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The 3. But the main claim to fame is capacity, equivalent to nearly hours of HD video programming, which will allow you to lose truly amazing amounts of data if it ever crashes. Firefox users may recall that the Mozilla Foundation once offered a complete Internet application package called the Mozilla Application Suite but dropped development of the all-in-one product to focus on Firefox and the Thunderbird email client.

However, a group of people in the Mozilla community have resurrected it in the form of the SeaMonkey Project. You can learn more about it, download the latest version, and even get involved in the project by visiting www.

Well, believe it or not, the folks at IntelliScanner Corp. Earlier this year, they introduced IntelliScanner Comic Collector, a personal comic organization system that automatically identifies issues and organizes your collection with barcode technology. Designed for both PCs and Macs, Comic Collector automatically pulls up detailed information and artwork for each series and issue and allows you to sort, organize, inventory, categorize, and share comic details with fellow geeks around the world.

All you have to do is log onto www. The system also generates comic tags that can be printed on an inkjet or laser printer, providing barcode-enabled inserts for any bagged comic. No pricing information is available as of this writing, but the product is scheduled to ship in April. Available in horizontal and vertical radial leaded stacked coin configurations, a cylindrical case with radial leads, and a surface mountable package, the capacitance ranges from 0.

The components are said to provide unlimited charge and discharge capability, a year operating life, and battery life extension of up to percent, and no recycling is necessary. Typical applications include cellular phones, solar battery backup, small motor starters, gaming machines, and clock battery backup. The company uses patented phosphor and packaging technologies to boost luminous flux and improve reliability, allowing it to be used in various lighting applications and industries, including street lights, decorative and architectural lighting, and general illumination.

There is also a version with 80 lm at mA. Some of the programming is available only to IEEE members, but others are free to the general public, offering information and guidance about careers in technology and engineering, topics of public interest, and introductions to new IEEE products. Currently, a 21 minute public program focuses on careers in information technology and draws on the experiences of IT professionals from both large and small companies. New programming will be introduced monthly and is available in both Windows Media Player and Real Player formats.

To check out the latest offerings, visit www. The no. FREE Catalog! ICSP and bootloaders are similar in function, but the difference is the type of hardware support required. Many PIC programmers have these pins available on some kind of header, so the hardest part is making a conversion cable from your programmer to your circuit or circuit board. If the Clock or Data pins are not able to send the correct signal, the PIC will not program properly and you will get a verify error.

This can easily be corrected. Figure 1 shows the PICkit2 package. Even the capacitance on the Vdd line should be monitored per the PIC programming specifications. This is done to put the PIC in programming mode. This can be a very useful feature, so I thought I would cover it in detail this month.

You can get the programming specs for any PIC at the Microchip. The components that are crossed out show what not to include in your circuit. The diodes on the Data and Clock lines are a mistake because there is two-way communication when programming and verifying the part. This is recommended because the PIC programmer sends a high voltage signal to the Vpp line of around 12V This is actually just a safety precaution though, because the current is small and the MCLR pull-up resistor will knock it down to prevent any damage.

This is usually where people have a problem with ICSP; ohm resistors should not affect your circuit function but it should be plenty of resistance to isolate the programmer. Another approach to ICSP isolation is to add a switch to your circuit.

This is the way I handled it on the original version of my Zipper board. The Zipper was the result. I used the microEngineering Labs www. My solution was to use a smaller ohm MCLR pull-up and that seemed to help on some programmers that created their Vpp voltage using a voltage divider arrangement.

Figure 3 shows the schematic for that type of arrangement. To use the Zipper, I would just slide the switch to program position to download code and then slide it back to run the code. This way, I could include a PIC programmer with the module for a lower price. No really, I did. Remember, I talked about how that value could be erased if you erase the whole PIC 12F chip back in the January article? But, it was very close. The labeling changes a little from part to part in the data sheets for some reason.

Plus, they are cheaper than the 16FA. Microchip also offers a 16F to upgrade the 16FA that I like to use. I also ordered some of those from mouser. Figure 6 shows the result. This was an upgrade from the A. Being able to simply plug in the PICkit2 to both program and power the board is a nice feature. Table 1 summarizes it for you. This should save you the trouble of looking through all those data sheets.

One of the advantages to using the bootloader in my Ultimate OEM module was the ability to use a simple serial cable as the connection device and the ability to run the MCStudio Plus in-circuit debugger that I talked about in a previous article. I want to keep it interesting and progressive as your knowledge expands about PICs, so please Email me your feedback.

I read it all. Send it to the email address listed below. You can always visit my website, as well, at www. See you next month. Visit our web site for complete contest information. Full Page. First, you need to install the Google Earth application. Got that? Click on this link and install Google Earth on your PC. The usual number of positions listed in one of my typical KML files is over When the image of a flight path is clicked on a Google Earth map, the text entered in these two elements is displayed.

I like to write the mission name and date in these elements. These seven elements indicate where in space to place and point your eyeball. Its tilt is 90 degrees horizontal , with a heading of 0 degrees true north. A word of caution here. The altitude and range elements are in units of meters. Until I realized that, my flight paths looked awfully tall and skinny just like me when I was younger. The first two bytes indicate the transparency of the line and the remaining six bytes indicate its color.

A transparency of hex 00 creates an invisible line and a hex value of FF creates a fully opaque one. The next three pairs of bytes are for the colors blue, green, and red in that order. That draws the flight path as a fully opaque black line. Extruding a flight path drops a curtain from the flight path to the ground.

The extruded flight path. Since the United States is west longitude, longitudes here are written as negative numbers. If you forget to add a negative in front of the longitudes, your flight path will be drawn above western China.

The longitude and latitude are written in decimal degrees, so you need to convert minutes of latitude and longitude in decimal degrees. I get my balloon positions over APRS, a form of digital communications. Only the fields that are bolded in my example are required to create the rest of the KML file.

Because I need the time of day in my data analysis, before opening the file in Excel, I first break the time field which is the first field in my APRS report into three fields hours, minutes, and seconds. You need three more pieces of information before calling it quits with Excel: the midpoints of the ground path latitude and longitude and altitude. However, since the ascent is slower than the descent, this calculated midpoint is weighted a bit to the ascent portion of the flight.

If you really want to find the midpoint of the ground track, then you need to find the minimum and maximum values of latitude and longitude, add the values together, and then divide by two. You should save your Excel file in case you discover an error in the positions reported in your KML file.

Be sure to end the name of the file with. Select your new KML file and watch the magic. You can change the view of the flight path by clicking on the ground and dragging the mouse. You can also change the view of the flight path by adjusting the controls in the upper right-hand corner of the screen. The compass rotates to a new heading, the vertical slider bar on the right side changes the range; and the horizontal slider bar on top changes the tilt.

Figure 4 shows an example of what I end up with. Something I discovered after loading up a new flight path is that the old ones are still stored in memory. I got to see the flight paths of two earlier missions in Nebraska from the perspective of a later mission in Kansas. Besides, I can drag the earth around with my mouse and zoom up to these flight paths.

Now, if I could only drive that fast. I want to experiment next with putting myself on top of the flight path and see what the near spacecraft is seeing. I can just image a day in the not-too-distant future when power lines and houses will be accurately mapped in Google Earth.

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That is how 1-Wire was born. The chips shown in Figure 1 are just a small sampling of the 1-Wire chips available. Notice the different form factors. The small speck just below the two surfacemount chips is a DS chip. One of the chips we will be using throughout this series is the DS18S20 digital thermometer.

This chip comes in both a surface-mount and TO format, which makes it perfect for the hobbyist. The protocol information presented here is for the sole purpose of satisfying your inner geek. The protocol is called 1-Wire because it uses a single wire for both transmission and reception of data. In reality, two wires are needed, as a return wire is also required, but the data itself is carried on the data lead. The protocol uses time slots to determine the presence or lack of a single bit in a said time slot.

Multiple bit time slots are used to transmit and receive bytes or words. There are no external timing pulses so the protocol is considered asynchronous in nature and has very stringent timing guidelines. The protocol allows multiple chips or devices to be placed on the same two wires, which is sometimes called a bus. This bus has a single master and one or more slaves.

The bus is held high by a pull-up resistor or some other means. This is normally done on the master end of the bus. The master can provide a hard pull-up when needed to provide power to the chips in parasite mode, which we will get into a little later. A slave chip or device can only pull the line low. During a single bit time slot, a slave will let the bus float, thus signaling a 1, or pull it low signaling a 0. In this article, I want to show you how to use additional sensors, but first I want to delve a little deeper into the 1-Wire interface.

The first eight bits in this registration number are the family code. This code is used to identify the device type. The next 48 bits six bytes represent the serial number for the slave. The last eight bits are a CRC of the first 56 bits. The 1-Wire protocol also specifies a search algorithm for identifying all the slaves on a bus. By using the family code we can actually display the serial number and chip type of each chip connected to the bus. I used this feature last month in the test applications and will be using it in this article, as well.

I have included a small application called RomSearch Form. Dallas calls this a MicroLAN. A network requires one master and at least one slave to operate. As previously mentioned, the protocol is written so that you can place as many slaves on the network as you wish, but in practice, once you get more than 20 or so slaves on the network, loading and other issues can start to cause communications issues. The length and type of cable used for the network will determine how many devices you can actually place on the network.

For short distances of under 10 feet, just about any cable will work. Unfortunately, we are building a weather station so long cable lengths are a fact of life. I have taken special care to make sure the network cable does not cross any power lines or equipment that can cause interference. CAT3 cable is simply twisted pair telephone cable. You can purchase both of these at your local home center or RadioShack. CAT5 cable has eight wires.

In our weather station, we will use only two of these wires. For CAT3, there are four or six wires and we will use the red and green wires. The reason we are using particular colors is that the wires in the cable are twisted in pairs. This twist helps alleviate unwanted interference in the cable.

The colors we have chosen map out to the center pins on those connectors most of the time. When building 1-Wire network cables, it is absolutely essential that you keep the cable lengths at a minimum. Do yourself a favor and purchase a modular plug crimper. It also cuts and strips both round and flat data cables. On my weather pole, I mounted an outdoor receptacle box. It can be purchased from most home centers along with a sealed waterproof cover. I oriented the access hole on the bottom of the box and ran all my wires that way.

This makes for a nice water-resistant box, but air can still get inside for the humidity sensor. Using a modular splice, I connected my main cable to a five-way junction box like the one shown in Figure 3. This allows me to create small jumpers that run to each sensor. Troubleshooting 1-Wire Network Problems Because all the 1-Wire devices are connected in parallel, the only way to troubleshoot a faulty network is to systematically remove devices to determine where the problem is located.

The five-way junction box makes it very easy. I use the small test plug shown in Figure 4 and Schematic 1. Plug the test plug into the network and load the RomSearchForm program. Parasite Mode 1-Wire chips have the option of running in what is called parasite mode. When operated this way, they get their power from the 1-Wire bus.

There are both advantages and disadvantages of running the slaves in parasite mode. This tends to add more delays to the interface process. Also during this process, the master is unable to talk to other slaves. This means the chip must be periodically reconfigured. This introduces even more delays and even worse, can cause bad readings until the proper configuration is restored.

This allows us to use longer cable runs. If we have to add power to the cable via a second pair, this adds unwanted characteristics to the cable and can affect communications. This is important for remote configurations like a weather station. I have had slave devices simply lock up and the only way I could regain access was to remove the power. Not a problem in parasite mode. Most of our outdoor 1-Wire devices will be powered via parasite mode. If you decide to power the devices and chips normally, only minor changes need to be made.

You should run the power using a different cable, however. This is especially true of longer cable lengths. These devices resemble a small battery as shown in Figure 5 and are parasitically powered. This makes them very resistant to harsh environments.

Dallas makes two adapters. There are other adapters but they are mostly variants of the DSU. There were just too many moving parts associated with the drivers. In order to add 1-Wire support to the Zeus language, I wrote my own low level 1-Wire interface routines to access the DSU directly.

I have also added several high-level 1-Wire chip libraries, as well. Fascinating Electronics sells a wind vane kit that uses a special dual potentiometer as a sensor. The kit shown in Figure 8 is one of the nicest wind vanes I have had the opportunity to work with. The only thing you will need is hookup wire. It comes with complete instructions and will take you one to two hours to build. I used about four feet of six conductor telephone wire and attached it to the potentiometer, as shown in the included instructions.

I then mounted the vane using PVC fittings so that I could freely rotate the vane during tests, as shown in Figure 9. In order to parasitically power the analog circuit, I have added a diode D1 and a capacitor C1. These allow us to keep power applied to the wind vane potentiometer in parasite mode while we take our readings. I also added two 1 meg resistors across the wipers and GND. This keeps the voltage level from floating when the wiper is in its dead zone.

Notice that we are only using two of the four A-to-D ports. This leaves us two that we can use later on other sensors. We could easily add a CdS cell to use as a light sensor or a couple of probes to measure moisture. One of the reasons I have shied away from using Dallas 1-Wire chips is that many are only available in surface-mount form factors. This is no longer an issue since a company called Schmart Board has solved our surface-mount blues.

The chip just sits in a small groove and, using your soldering iron, you simply place the tip in the groove furthest from the chip and move the tip towards the chip. This works pretty well, but make sure you use your multimeter to confirm you have a good solder joint. What I did was to place a very small dab of soldering paste on the tip of the SOIC pin that was being soldered. A small needle works perfect for this.

Figure 11 shows how I wired the circuit in Schematic 2. Note that the blue, orange, yellow, and white wires attach to a series of holes that could be used to connect your own cable or header. Notice that there is plenty of space left on the board to connect one or two more chips. Once you have all your wires and headers attached, I recommend coating the board with liquid electrical tape.

This program shown in Figure 12 will allow you to set the 1-Wire Rom registration for the DS and test the basic operation of the vane. The program is very fast and you can see a real-time display of the vane as it moves around. The gray area on the gauge indicates how much the vane has moved since the display was last updated. Take a look at the source code for this program and you will see a function called FEReadDir.

This routine gets the two A-to-D readings indicating the two wipers on the potentiometer. This wind vane is unique in the sense that the two wipers in the full rotation potentiometer overlap so there is no dead zone. When one of the wipers is in its dead area, the other wiper is used. By using a bit of math, we can then calculate a full degrees at a one-degree resolution. One of the problems I did have was that using parasite power, I could not get a full 5V voltage across the wind vane potentiometer.

The best I could do was 3. This was enough to take readings, but presented a problem. The routines the manufacturer supplied are designed for a full V range. I had to multiply the reading by 6. This particular example shows how you can create various environmental sensors using 1-Wire chips. This approach will allow us to use both 1-Wire and conventional means for taking measurements from various sensors. I use the term module when a 1-Wire chip is connected to some sort of sensor and placed on a board, but you may also see the terms device or instrument.

Temperature What would a weather station be without temperature measurements? As a minimum, you will need an indoor sensor and an outdoor sensor. You have a couple of choices, but I prefer the DS18S20 chip. All can be used, but the test routines have been written for the DS18S The high-level DSReadTemp function does this automatically for you.

Once the chip has been connected to the cable, I dip it into liquid electrical tape as shown in Figure This allows me to place the actual sensor in just about any location away from external heat sources. Outdoor sensors must be placed in the shade and must have good air circulation. Last month, we looked at the AAG weather instrument. This instrument has a DS18S20 chip installed but when the sun hits the white plastic, the inside turns into a solar furnace.

The temperature inside this furnace can vary as much as 15 degrees from the actual outside temperature. The best way to take outdoor temperature measurements is to build a solar shield in the shape of a pagoda. The pagoda shape is created by stacking a series of bowls or plates so that they overlap. This overlap creates an area inside that is shielded from the sun. You need at least three layers, but more are better.

The pagoda in Figure 15 was created by using three plastic bowls. The sensor is run up through the PVC pipe and extrudes through a small hole in the pipe just under the second layer. There is a simple pagoda project on the Kronos Robotics website if you want to build one of these. Indoor temperature sensors should be placed away from windows and away from direct sunlight.

Also watch out for the heat generated by various appliances such as monitors or other sensors and power supplies. I use a small telephone surfacemount box with the sensor attached to the two front red and green wires. Be sure to drill some holes in the cover as shown in Figure To test your temperature sensor, use the TempGauge program shown in Figure The TempGauge program will take a reading once every ms and display the results in Fahrenheit.

If you want to display the Celsius values, you will have to make a few changes to the source code. Just to show you what you can do with a single DS18S20 chip, I added a threshold field. When the temperature is over this value, an alarm will sound.

Humidity You will want your weather station to keep track of both indoor and outdoor humidity. They function almost identically and are, for the most part, interchangeable. The AAG module comes in only one configuration with the case included. The Hobby Boards module comes in several configurations including kit form.

The AAG module with the case was a bit too large for my utility box so it is used as my indoor sensor. The DS used in these modules has the capability to take temperature measurements. As long as the module has plenty of ventilation and is used in parasite mode, it is possible to use this portion of the chip as a temperature sensor. The DS18S20 is much more stable, so I prefer to use these. One tip that I can offer is to coat all the electronics used in your sensors with liquid electrical tape as shown on the Hobby Boards module in Figure They tracked well with my local weather station.

As before, I have provided a test program called HumidityGauge, shown in Figure The program updates the display once every ms. Notice that we are reading the temperature sensor from the DS chip. Once we have a temperature reading and a humidity reading, we can calculate the Dew Point.

The dew point is the temperature at which the air can no longer hold the moisture that it contains. If the temperature drops below the dew point, the moisture or dew will be released. In some cases, this will be fog. Later, we can combine other readings like wind speed and temperature to create a Wind Chill value. Barometer What would a weather station be without a barometer? Once you add a barometer to your weather station, you have the ability to predict certain weather conditions.

Again, both AAG and Hobby Boards offer a barometric pressure module, but unlike the humidity modules, they use totally different sensors and 1-Wire interface chips. At the time of the article, I had just received the AAG barometer and did not have a chance to create a test or calibration program.

Once I do, I will publish the results on the Kronos website. The Hobby Boards pressure gauge is shown in Figure 20 will not run in parasite power mode. You do have a couple of choices in powering the board. You can use a power injector provided by Hobby Boards or you can use an AC adapter. The board has its own regulator for the logic components. The board is available in kit and assembled form, and a PCB and complete schematic is also available for the do-it-yourselfer.

For barometric pressure, you can keep the sensor indoors. I have found little or no difference between indoor pressure and outdoor pressure. These can be purchased from most home centers. Hobby Boards calibrates the module for you when you place your order but you may need to calibrate the module again once it is installed into your weather station. The test program BarometerGauge shown in Figure 21 has a built-in calibration wizard, so calibration is a breeze. Notice in the test program I am displaying the DS temperature reading.

In order to predict any kind of weather with a barometer, you need to keep track of your readings over time. Other Sensors There are myriad sensors you can add to your weather station. As this series continues, we will look at some of these.

I will also be writing small application notes for them and placing them on the Kronos weather forum at www. Going Further You may have noticed that we only talked about individual sensors and not a weather station as a whole. Many of the sensors can work together to give us calculated readings like wind chill and heat index.

Near the end of the series we will look at display systems and ways to plot long term data. For now, it is important that you get the individual sensors working. Later, I will show you how to use a microcontroller to collect and display your data.

The display system you choose and the collection method will dictate how your weather station is built. Next month, we are going to put our weather station aside and look at home automation. I will show you how to interface to three different X10 controllers. If you decide later to tie the home automation system into your weather station, the type of controller you use as your interface will also play a part in how your station is built. As you can see, there are a lot of variables and no two weather stations are alike.

Part of the fun is tearing down the station and rebuilding it in a new and better configuration to suit your needs. All the example programs, as well as the source, are available for download at www. Log on to www. Heavier parcels POA. Note: Products are dispatched from Australia, local customs duty and taxes may apply. Kit includes PCB with overlay and all electronic components.

All prices in USD. It has an isolated input, and is suitable for a variety of triggering options. The kit includes PCB with overlay and all electronic components with clear English instructions. With this improved model, the input set-up selection can be automatically selected and it also features an LED indicator to show when the input signal is being received.

Kit supplied with PCB with overlay and all electronic components with clear English instructions. The Theremin MkII improves on its predecessor by allowing adjustments to the tonal quality by providing a better waveform. With a multitude of controls, this instrument s musical potential is only limited by the skill and imagination of its player. Kit includes stand, PCB with overlay, machined case with silkscreen printed lid, loudspeaker, pitch antennae, all specified electronic components and clear English instructions.

Effect and depth controls allow you to vary the effect to simulate everything from the metallically-challenged C-3PO, to the hysterical ranting of Daleks hell-bent on exterminating anything not nailed down. The kit includes PCB with overlay, enclosure, speaker and all components. For those who really need to get out of the house a lot more. Take me to your leader. It will allow the compressor to run with low throttle even when the cabin temperature setting has been reached and will automatically switch the compressor off at idle.

It also features an override switch, an LED function indicator. The circuit produces short bursts of high level energy to reverse the damaging sulphation effect. This new improved unit features a battery health checker with LED indicator, new circuit protection against badly sulphated batteries, test points for a DMM and connection for a battery charger.

Kit includes case with screen printed lid, PCB with overlay, all electronic components and clear English instructions. This controller turns the cheap charger into a contractor grade intelligent charger. It incorporates charge timeout, min and max temperature monitoring, Delta V charge detection, power and charge LED indicator and more! Kit includes PCB with overlay, case and all electronic components. Uses existing charger! Ihave designed and built a dozen different power supplies over the years, but recently I built the one presented in this article.

It is the culmination of many years on the test bench, which I feel will cover most situations without going to ridiculous extremes. When I started this design, I set down certain parameters that I thought were necessary and threw out some that I felt were of too limited use to warrant the extra circuitry and expense. I based these decisions on previous supplies I had built.

Some of my objectives were the following: smallest physical size possible so as to take up minimum bench space; separate analog and digital supplies with floating grounds; at least two analog supplies with easily variable voltage; full metering on both these supplies; and last but not least — good regulation and stability.

It would be difficult and expensive to design a supply to handle all these situations. At present, I have only one high-power supply — a watt, For the occasional circuits that I build under the high-power heading, I construct a supply just for that device and its particular needs. I consider this to be just below the DMM in essential test equipment.

The question arises, though, as to what type of supply and what features should be incorporated so as to make it as universal as possible. One of these was current limiting. I have rarely experienced much benefit from this. With dual metering for voltage and current, I can constantly monitor this when the circuit is powered up.

October 20 Updated prod uct na me and tr ademar k infor mation. For details on the Lantr onix warr anty replacem ent policy, p lease go to our web sit e at. Table of Contents. A : Bootloader B: Security Considerations C: Safety Information D: Adapters and Pinouts E: Protocol Glossary F: Compliance Information List of Fi gures. Figure 2 - 1. SL B 8 Front Figure 2 - 2. Figure 2 - 3. Dev ice Port C onnections Figure 2 - 4.

Cons ole Port C onnection Figure 2 - 5. Net work Conn ection Figure 2 - 6. PC C ard Interf ace Figure 3 - 1. CAT 5 Cable C onnection Figure 3 - 2. Po wer Outlets Figure 3 - 3. Figure 3 - 4. Figure 3 - 5. Figure 4 - 1. Figure 4 - 2. Beg inning of Q uick Setup Scr ipt Figure 4 - 3. Com pleted Qui ck Setup Figure 5 - 1. W eb Page Layout Figure 13 - 1. Figure 13 - 2. List of Tabl es. Table 2 - 1. SLB Models Table 3 - 1.

SLB Technica l Specificati ons Table 4 - 1. Methods of Assigning an I P Address Table 4 - 2. Table 5 - 1. Actions and C ategory Opt ions Table 14 - 1. Actions and Categor y Options Purpose and A udie nce. Chapte r Summarie s. The rem aining chapter s in this gu ide include:. Interfaces D escri bes the web and command line inte rfaces av ailable fo r. Note: The configurati on chapt ers 6- 12 pr ovide d etailed. Prov ides instr uct ions for creat i ng custom menu s.

Chapter Summary. Operation Prov ides instruction s for upgra ding firmwar e, viewing syste m logs. Inc ludes. A: Bootloader Lists and d escribe s the com mands available for t he bootl oader. D: Adapters a nd Pinout s Include s adapter pinout diagr ams.

A dditi onal Docume ntation. Visit the Lantronix W eb site at www. SLB Online Help for the. Interface Provid es online help for config uring the SLB branch off ice. T his innovat ive dev i ce. F eatures. W indows server s, routers, switches, telec om, and bu ilding acces s. Power M anagement Outlets for Pow er Connectivit y. Meets Needs of Branch Offices. Designed t o meet the sp ecific needs of the rem ote branch of fice, the SL B branch off ice.

Administr ator. T y pic ally, the br anch off ice environm ent has som e of the follo w ing ch aracteristic s:. You can c onfigure, adm inister, an d manage IT equ ipment in a variet y of wa y s, but mo st. These p orts are of ten access ed directl y by. SLB de vice s give the user a way to acc ess them.

The SLB ca n access an d adm ini ster m any types of eq uipment, suc h as:. Types of Busi ness. The SLB branc h off ice manager is u sed in m any types of business, for example:. Benefit s. The k ey benefits of us ing the SLB branc h off ice manager :. The SLB device also provid es features s uch as conve nient text m enu system s, break -. D ial - up m odem support e nsures acces s when the network is not availabl e. Two SLB m odels have th e following hardware com ponents:. T hese matc h the.

RJ45 pin - ou ts of the cons ole ports of man y popular de vices found i n a. Se e D: Adapt ers and Pinou ts for m ore inform ation on serial. Ethernet ports ref erred to in th is User Guid e as Eth1 a nd Eth2 and a f ront. PC card slots to sup port storage c ards or a PC Card m odem for dial - i n.

The list of s upported cards is available o n the Lantro nix websit e. Table SLB Models. Part Num ber M odel and Desc ri ption. AC power s upply. Figure SLB 8 Front. Sy stem F eatures. The SLB f irmware has the follo w ing bas ic capabil ities:. Two - Line. LCD Displ ay.

Front Panel. Rack - Mountabl e Chassis. RS - Device Ports 1 - 8. AC Power Input. Two PC Card Slots. Console Port. RS - Four Power Outlets. For brief descriptions of these pr otocols, see Appendix Protocol Gl ossary. The s y stem adm inistrator c ontrols acces s to attached servers or de vices by ass igning.

Each us e r has an assigned ID, pas sword, and. Other user prof ile access options may includ e externall y conf igured. Power Outlet Contr ol. If SNMP tr aps are enab led, a trap a larm is sent if the tota l current for. The SLB device supp orts real - tim e data logging f or each de vice port. T he port can s ave.

You can d efine the path for logged data on a por t - by - por t basis, conf igure file size and. Configuration Optio ns. You ma y use the backlit fr ont - panel LCD display for initial setu p and config uration and to. Both a w eb interfac e viewed throu gh a standard browser and a comm and line inter face.

A pplic ation Exampl e. The f igure below is an exam ple deployment. An S LB br anch office m anager is d eployed. The branc h offices are interconnecte d alwa y s on b y VPN routers o verlaid on th e. Internet , a nd also int erconnected on demand through the analog phone s ystem.

Note: The SLB branc h office ma nager can a lso be the auth entication g ateway to a. The SLB device pro vi des E thernet switch s ervice blu e , rem otely controlled and. A system administrat or, upon los ing IP conn ectivity to a server, tak es the follo wing steps:. Hard ware F eatur es. The SLB hardware includ es the following:. Note: The o utlet volta ge equals t he input vol tage.

Note: For more deta iled informat ion, see Tec hnica l Spec ificatio ns on. All devic es attached to the device p orts and th e console por t must s upport the RS - C. EIA - standard. Categor y 5 cabling with RJ45 co nnections is used for th e devic e port. For pinout inf orm ation, see D: Adapt ers and. Device p orts and the console port support eight baud - r ate options : 3 00, , , ,.

D evice Por t Con nection s. Cons ole Port C onnection. Use standard RJ 45 - term inated Category 5 ca bles. Network paramet er s must be configur ed befor e the SLB branch of fice m anager can be. Note: One possibl e use for the t wo Ethernet ports is to hav e one port o n a. Net work Con nection. La ntronix qual ifies car ds continuous ly and publis hes a.

PC Card Interface. This c hapter provides a high - leve l procedure f or installing t he SLB branc h off ice manager. Caution: To av oid phy sical and el ectrical h azards, p lease be sure to read. I n additio n to the SLB br anch office m anager , the box contains the following items:. Part Component Descripti on. Adapter s:. ADP - Note: An optional adapter f or exter nal mod ems i s also avail able from Lantroni x: Power Cord s:. SLBE - Verif y and insp ect the cont ents of the SL B pack age using the encl osed pack ing slip or.

If an y item is m issing or dam aged, contac t your place of purchas e. Product Informatio n Label. The produc t inform ation label o n the undersi de of the SLB branch off ice manager. T echn ical Sp ecifi cat ion s. SLB Techn ical Sp ecifica tions. Speed softw are sele ctable to 1 15, b aud. Model SLB - IEC- type regi onal cor d set incl uded. Power Consumpti on Les s than 20 watt s. Dimension s 1U, 1. Weight 10 lb. Current meas ureme nt. Phy sical Installat ion.

To install the S LB branch office manag er in a rack:. Place the SLB device in a 19 - inch rac k. Warning: Be car eful not to block the air vents on the sides of the SLB. If you mount the SLB in an e nclosed ra ck, we. Connect the serial d evice s to the SLB device ports. See on pa ge Install an y PC Cards you intend to use.

If you ins tall a modem card, connect to the. See 9: PC Car ds. You have t he followin g options:. See Connecti ng to a Network Port on pa ge Se e Connecting a T erminal on page Connect the power cor d, and appl y power. Se e Conn ecting to a Pow er Source on. W ait approximat ely a minut e and a half f or the boot pr ocess to c omplete.

Now y ou are rea dy to conf igure the net w ork settings as described in 4: Quick Set up. Connecting to a De vice Port. You can c onnect an y devic e that has a s erial console port to a dev ice port on the SLB. The console port m ust support t he RS -. Note: Many server s must either have the s erial port en abled as a c onsole or the. To connect to a devic e port:. Connect one end of the Cat 5 cable t o the devic e port.

Connect the other en d of the Cat 5 c able to a Lan tronix ser ial console a dapter. Cat 5 cabl ing, or the ADP a dapter that e liminates the need for a n addition al Cat5. See D: A dapters and. Pinouts f or more infor mation about Lantronix ada pters. Connect the adapter to the serial co nsole of the s erial dev ice. CA T 5 Cable Con nection. Connecting to a Net work Port. Us e a standar d RJ45 -.

Connecting a Termi nal. The c onsole port is for local acc ess to the SL B branch office m anager and the attac hed. You may attac h a dum b terminal or a c omputer with terminal em ulation to t he. The defaul t baud rate is To c onnect the consol e port to a term inal or com puter with terminal em ulation, Lantr onix. DB25 conn ector. The c onsole port is conf ig ured as DT E.

For more inf ormation,. To connect a ter minal:. Attach the Lantronix adapter to y our term inal use PN PC's ser ial port use P N Connect the Cat 5 cab le to the adap ter, and co nnect the oth er end to the SL B. HyperT erminal for W indows. Once the SLB branc h office m anager is runnin g, press E nter to establ ish. You should see the m odel name and a login pr ompt on your terminal. You are con nected. Connecting to a Power Source. The SLB branch of fice m anager consum es less t han 20W of electrical po wer.

The power suppl y. AC Po wer Input. Connecting De vices to Power Outlets. To avoid the possi bility of noise due to arci ng:. Connect devices to th e outlets. There ar e four power outlet status L EDs next to o utlet num ber 1.

The s tatus LED. If the L ED for an out let is dark the outlet is tur ned off ; if it is. Po wer Outlets. The s tatus of the po wer outlets d isplays on th e front pa nel LCD disp lay as the. Connecting De vices to the 8-Port Ethernet Sw itch. To connect devices to the unmana ged Ethernet switch:. Note: The eight un managed Et hernet ports ar e not int ernally conn ected.

Use a stan dard Ethernet patch cabl e to connect another s w itch port to your. Up to 6 m ore Ethernet d evices m ay be connect ed to your net work. Us e standard. Ethernet patch cables f rom the Ether net devices t o th e SLB d evice 's sw itch ports. An exam ple of a stand ard Ethernet patch cable is the Lantro nix Ty pical Install atio ns.

Following are illustr ations showing s ome typical ways to ins tall the SLB branch off ic e. In Figure , t hree serial devices a ser ver, a Cisco s witch, and a firewall. This s etup enables th e SLB branch of fice m anager to m anage the devices, c onnect the. An SLB swit ch port con nects.

In addition, t he SLB bra nch office. In Figure , the SLB br anch of fice m anager contro ls four s erial devices an d. The devices use a m anaged switc h to connec t to the. The figure als o sho w s how Lan tronix Spid ers can be da isy chained. This c hapter helps get t he IP net work port up and running qu ickly, so you c an adm inister. To set u p the net work connec tions. If you h ave connec ted Eth1 to the network, and Eth1 is able to acqu ire. If Eth1 can not.

Quick Set up. IP A ddres s. The IP addr ess mus t be within a val id range, un ique to your ne twork , and. Methods of A ssigning an IP A ddress. Method Des cription. With the Eth 1 netw ork port connec ted to th e networ k, and the SLB. At this po int, you can T elnet in to the SLB bra nch off ice ma nager , or. Similar to DHCP but for s maller net works. A W indo ws - based appli cation dow nloadable at. Y ou can use D etector only if you hav e not.

For more. Descripti on. Front panel LC D. You manua lly assi gn the IP addres s and oth er basi c netw ork,. If desired, you c an restor e the. Serial port l ogin to. Method 1 Using the Front Panel Displ ay. Make s ure you know:. Make s ure the SLB bra nch of fice m anager is plug ged in to po w er and turned on.

W i th the SLB devic e power ed up, y ou can use the front pan el displa y and pushbut tons to. The f ront panel displa y initiall y shows the hostnam e abbreviat ed to 14 letters , total. W hen y ou click the right - arrow pushbutton, the SL B devi ce 's network settings dis play. If desired, you can restore the fac tor y.

Note: Have your information ha ndy as the d isplay time s out without ac cepting. The f ront panel has one Enter bu tton in the c enter an d four arro w buttons up, l eft,. Press the arrow butto ns to navig ate from one option to anot her, or to.

Use the Enter button to. Acti on Button. To move to th e nex t option e. Console Set tings right arrow. To return to the pr evious o ption. To enter ed it mode Enter cent er butt on. W ithin edit mode , to incr ease or decrea se a nu merical. W ithin e di t m ode , to mov e the cursor rig ht or left right or left arrows. To exi t edit mode Enter. To scroll up or dow n the list of param eters w ithin an o ption. Settings Consol e. Eth1 IP Address. Ba ud Rate.

Data Bits. Flow Cont rol. Time Zone. Firmware v ersion a nd. Eth1 Subnet M ask. Gatew ay. Entering the Settin gs. To enter setup i nformation:. From the normal disp lay host nam e, date and tim e , pr ess the right arrow button. The IP address for Eth 1 displa y s. Note: If you have c onnected Et h1 to the netw ork, and Eth1 is able to acquire. Otherw ise, the IP addr ess displ ays as all zer os Press the Enter button on t he keypad to enter edit m ode.

A curs or displa y s below. To enter va lues:. W hen y ou have t he IP addr ess as you want it, press E nter to exit edit m ode, and. T he Subnet Mask parameter displays. IP addres s combinati on. To s ave y our e ntries for on e or more par ameters in th e group, press the right. The S av e Settin gs?

Note: If the prompt does not d isplay, make sur e you are no longer in e dit. Press the right a rrow button to m ove to the nex t option, Cons ole Settings. Repeat s teps 2 - 7 for eac h setting. US tim e zones, and then pr ess Enter to selec t the correc t one.

Use t he. Press E nter to select the c orrect tim e zone. T o move back to the top - leve l tim e. T o save your entr ies, press the right a rrow button. T he Save Sett ings? T o review the save d settings , press the up or dow n arrows to step through th e. W hen y ou are d one, the f ront panel returns to the cloc k displa y. The net work por t. Restoring Factor y Defaults. To use the LCD disp lay to restore factory def a ult settings :.

Press the right a rrow button to m ove to the l ast option , Release. Use the down arrow to m ove to the Re store Facto ry Default s option. A pr ompt. Press E nter to enter edi t mode. Using t he l eft and right arrows to move b etween dig its and the up a nd down. Yo u can change. Press E nter to exit edit m ode.

If the pas sword is v alid, a Save Set tings? To initiate the proc ess for r estoring fac tory defaults , s elect Yes. W hen the proces s. Method 2 Quick Setup on t he Web Page. After the unit has an I P address , you can use the Q uick Setup web page to configure the. This page displa y s the f irst time you log into the SLB onl y. For infor mation about t he web int erface, see. Web Inter face on page To complete the Quic k Setup page:.

Open a s tandard web br owser. Lantronix su pports the lat est versions of Interne t. Log in using sysadm in as the user name and P ASS as the pas sword. The f irst. Other w ise, the Hom e page di spla y s. To ac cept the defaults, s elect the Accept defau lt Quick Setup settings checkbox. Other w ise, cont inue with st ep 5. Note: Once you cl ick the Apply button on t he Quick Setup page, you can. Enter the f ollowing:. Network Settings. Eth 1 Settings Disabled: If sele cted, d isable s the net work port.

Defa ult is. Eth1 enabl ed. The DH CP. T his is the d efaul t setting. If you select this. Specify: Lets you manually a ssign a static I P addre ss,. IP Add ress if. Enter an IP addre ss that w ill b e unique and valid on your. T here is no default. Enter all IP addre s ses in dot - quad n otation. D o not use. For ex ample, if your IP addres s is Note: Currently, the S LB bra nch of fice m anager d oes not. Subnet Mask If sp ecifying a n IP addr ess, en ter the networ k segment on.

Default Gateway The IP addre ss of t he router f or this netw ork. Ther e is no. There is a 64 - char acter li mit cont iguous c haracter s, no. T he host n ame be comes the prompt i n the. Domain If desired, specify a doma in name for ex ample,. T he do main name i s used for host. Date From the drop - d own list s, sele ct the cu rrent mo nth, day ,. Time From the dr op - d own list s, select th e curr ent hour and. Time Zone F rom the dr op - dow n list, se lect the a ppropriat e time z one.

A dmini strator S ettings. To change the passw ord e. To s ave y our e ntries, click the Apply button. See C onnecting a Ter minal on page If the unit h as an IP addre ss , you. To enabl e Telnet, use t he. Services w eb page see 7: Services , a ser ial termina l connection, or an SSH c onnection. To complete the c ommand line inte rface Quick Setup scr ipt:. Do one of the followin g:. You should be a t the login pr ompt. Enter sysadm in as the use r name and pres s Enter.

The f irst time y ou log in, the Quick. Setup sc ript runs aut omaticall y. Norm ally, the comm and prom pt displays. Begi nning o f Qui ck Setup Script. Quick Setup will no w step you thr ough configuring a few basic settings. The current setting s are shown in brackets '[]'. Enter the f ollowing i nformation at the prom pts:. Note: To accept a de fault or to s kip an entry that is not required, pr ess.

Configure Eth1 Select on e of the f ollow ing:. T he DHCP server may or may not prov ide the gate w ay and. T his is the defa ult sett ing. T he IP addres s is general ly prov ided by the syst em. An IP addres s that w ill be un ique an d valid on your networ k and in the.

T here is no defau lt. Enter all IP addre sses in d ot - quad n otation. D o not us e leadi ng zeros. F or ex ample, if y our. IP address is Note: Configuration s with t he same IP subn et on m ultiple interfac es. Ethernet or PPP a re not c urr ently suppor ted.

Subnet Mask T he subnet mas k specifi es the netw ork segment o n w hich th e branch. T here is n o defaul t. If y ou selec ted DHCP or. BOOTP , this prompt do es not display. Default Gateway IP address of the ro uter for thi s network. T here is no defa ult. Note: The host nam e becom es the prompt in the c ommand l ine. T he do main name is used for host name. For ex ample, if abcd. If the tim e zone dis played is incorr ect, e nter the correct t ime zone and. If the entry is not a valid time zone, the sy stem guide s.

A lis t of va lid regi ons and coun trie s. At the pr ompts, en ter the corre ct region and co untry. If the. After y ou com plete the Qu ick Setup scr ipt, the cha nges tak e effect imm ediately. Comp leted Q uick Setup.

To logout , type logout at the prom pt and press Enter. Next St ep. After quick starting t he SLB br anch office m anager, yo u may want t o configure ot her. Y ou can use the web page or the comm and line interf ace for conf iguration. T his chapter d iscusses the web and com mand line i nterfaces. Web In terfa ce. A web inter face a ll ows t he s y s tem adm inistrator and o ther author ized users to c onfigure. Navigator 6. The f ollowing figure s hows a typica l web page:. We b Page Lay out.

The web pa ge has the f ollowing c omponents:. Tabs: Groups of s ettings to c onf igure. Options: Below each ta b are options f or specif ic types of settings. Note: Only those opt ions for which the curr ently logged - in user has r ights display. Port, Switch, a nd Power Outlet Bar :. O nly ports to which the cur rently logged - in user has rights are. Below the b ar are t wo options f or use with the port buttons. Selecting a port and. Selecting a. The firm ware does not cur rently conf igure or c ontrol them.

Outlets page with the s elected o utlet ' s inform ation high lighted. Entry Fiel ds and Options : Allow you to enter data a nd select opt ions for th e settings. Number B ar. Logout Button. Entry Fields an d. A pply Button. Icon s. Note: For specific instructio ns on completi ng the fields on the we b pages, see. Chapters 6 through A pply Button: Apply on each web page mak es the changes im mediatel y and sa ves.

Icons: T he icon bar abo ve the Main Menu has icons th at display the f ollowing in order,. Help Button: Provides onli ne Help for th e specific w eb page. Only the system adm inistrator or us ers with w eb access rights can lo g into the we b page. More than one user at a time can log in, but the same user cannot login m ore than onc e. To log in to the SLB web interface:. Open a web browser Ne tscape Nav igator 6. These are t he default va lues. Note: The system a dministrator may have cha nged the pas sword usin g one.

If y ou want to d isplay the. Quick Setup page agai n, click Quick Setup o n the main m enu. To log off the SLB web in terface :. From t he main m enu, select Logoff. Web Page Hel p. To view detailed i nformation a bout an SLB web page:.

Click the Help but t on to the r ight of the w eb page title. Command Li ne Inter face. A comm and line interf ace CLI is a vailable for entering all t he comm ands you can use. In th is user gui de, after eac h section of instructions. You c an acc ess. Services w eb page, a s erial termi nal connectio n, or an SSH connection. See 7: S ervices. The s y sadmin us er and users with who have f ull adm inistrative rig hts have access to the.

To log in to the SLB command line interface:. To log in as the system adm inistrator for s etup and conf iguration:. The f irst tim e you log in, the. Quick Setup script ru ns autom atically. Norm ally, the co mmand pro m pt.

If y ou w ant to displa y the Quick Setup script again, use th e admin. Note: The system a dministrator may have cha nged the pass word usin g. To log in a ny other us er:. To log out of the SLB command line i nterface:. T y pe logout and press Enter. Command S y ntax.

Comm ands have the f ollowing form at:. Ex amples are nt p, device port, and net work. User m ust specif y one of th e values aa. The values are in all l owercase an d must. User m ust specif y an appro priate value,. Square brac kets [ ] indic ate op tional. Actions and Cat egory Options. Acti on. T erminates C LI se ssion. For gener al Help and to displa y the comm ands to whic h you have ri ghts, type:. For gener al comm and line H elp, t ype:. For m ore inform ation about a specifi c comm and, type help f ollowed by the c omm and ,.

For p arameter values, type the entire value. For exam ple, you can. T y p e a partial nam e and pres s Tab eith er to com plete the nam e if. F o llowing a s pace after t he preceding name, T ab displa y s all. Both keys work if you use VT em ulation in your terminal acc ess. Us e the left and right a rrow. If desired, s elect one and edit it. You can s croll through up t o.

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Forking crypto currency T o move back to the top - leve rj45 loopback plug pinned 1-3 2-6 betting tim e. This behavior is intended to protect users who betting newspapers betdaq mobile not wish to implement Main Bus interface, but who wish to use the MB0-MB35 signals for their own purposes. W indows server s, routers, switches, telec om, and bu ilding acces s. Visit our web site for complete contest information. An example test output is given below. Enabling IP forw arding is requi red if you enable Netw ork. Two will take up more cabinet space, but not much more.
Bettinger grimod notaire rethel totentanz In those days, divorced fathers rarely obtained custody, or wanted it. The only voltage that is required for operation is 12V. The DDR2 test requires certain frequencies to be set for it to work without errors. Note: The configurati on chapt ers 6- 12 pr ovide d etailed. The f ollowing figure s hows a typica l web page:. For best performance, the highest available drive strength in the FPGA can be use. Est ablished, and UDPand is not a llowed for other.
Demarco sports betting To c hange the order of priority of the rules in th e list box, s elect the rule to move. The limited details about it are in another section. Insert the battery positive side up. Due to limitations of the Xilinx ISE software in Windows, we recommend a path without space characters in it. US tim e zones, and then pr ess Enter to selec t the correc t one.
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Value 1 star 2 stars 3 stars 4 stars 5 stars. Submit Review. What is an RJ45 adapter typically used for? What adapter do I need to extend the cable for my internet? Ethernet cables are straight pinned. An Ethernet cables uses a RJ45 connector that has 8 pins. Pin 1 is on the left hand side while holding the connector with the tab facing away from you. The maximum length of any Ethernet cable Cat 5, Cat 6 or Cat 7 is m or ft before any loss of traffic occurs.

Over m the traffic will start to get errors and reduced speeds. A RG45 connector is commonly used on an Ethernet cable in computer networks. RG45 stands for Registered Jack No. Tag: cable , cat5 , cat6 , crimp , ethernet , LAN , rj Remember Me. Not a member yet? Register now. Newsletter Subscription. Are you a member? Login now. Tech Blog. Crossover Ethernet Cable Crossover Ethernet cables are used to connect two devices of the same type.

Trim off any nylon strands or wire guides. Straighten the wires. Sort them out to the correct color codes for the pinout. Snip the wires so they are all the same length. Push the wires into the connector. Make sure the outer sheath is inside the RJ45 crimp. Crimp the connector. Test the Ethernet cable. What is the Maximum Length of an Ethernet Cable?

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Power M anagement Outlets for Pow er Connectivit y. Meets Needs of Branch Offices. Designed t o meet the sp ecific needs of the rem ote branch of fice, the SL B branch off ice. Administr ator. T y pic ally, the br anch off ice environm ent has som e of the follo w ing ch aracteristic s:. You can c onfigure, adm inister, an d manage IT equ ipment in a variet y of wa y s, but mo st.

These p orts are of ten access ed directl y by. SLB de vice s give the user a way to acc ess them. The SLB ca n access an d adm ini ster m any types of eq uipment, suc h as:. Types of Busi ness. The SLB branc h off ice manager is u sed in m any types of business, for example:.

Benefit s. The k ey benefits of us ing the SLB branc h off ice manager :. The SLB device also provid es features s uch as conve nient text m enu system s, break -. D ial - up m odem support e nsures acces s when the network is not availabl e.

Two SLB m odels have th e following hardware com ponents:. T hese matc h the. RJ45 pin - ou ts of the cons ole ports of man y popular de vices found i n a. Se e D: Adapt ers and Pinou ts for m ore inform ation on serial. Ethernet ports ref erred to in th is User Guid e as Eth1 a nd Eth2 and a f ront.

PC card slots to sup port storage c ards or a PC Card m odem for dial - i n. The list of s upported cards is available o n the Lantro nix websit e. Table SLB Models. Part Num ber M odel and Desc ri ption. AC power s upply. Figure SLB 8 Front.

Sy stem F eatures. The SLB f irmware has the follo w ing bas ic capabil ities:. Two - Line. LCD Displ ay. Front Panel. Rack - Mountabl e Chassis. RS - Device Ports 1 - 8. AC Power Input. Two PC Card Slots.

Console Port. RS - Four Power Outlets. For brief descriptions of these pr otocols, see Appendix Protocol Gl ossary. The s y stem adm inistrator c ontrols acces s to attached servers or de vices by ass igning. Each us e r has an assigned ID, pas sword, and. Other user prof ile access options may includ e externall y conf igured.

Power Outlet Contr ol. If SNMP tr aps are enab led, a trap a larm is sent if the tota l current for. The SLB device supp orts real - tim e data logging f or each de vice port. T he port can s ave. You can d efine the path for logged data on a por t - by - por t basis, conf igure file size and.

Configuration Optio ns. You ma y use the backlit fr ont - panel LCD display for initial setu p and config uration and to. Both a w eb interfac e viewed throu gh a standard browser and a comm and line inter face. A pplic ation Exampl e. The f igure below is an exam ple deployment.

An S LB br anch office m anager is d eployed. The branc h offices are interconnecte d alwa y s on b y VPN routers o verlaid on th e. Internet , a nd also int erconnected on demand through the analog phone s ystem. Note: The SLB branc h office ma nager can a lso be the auth entication g ateway to a. The SLB device pro vi des E thernet switch s ervice blu e , rem otely controlled and.

A system administrat or, upon los ing IP conn ectivity to a server, tak es the follo wing steps:. Hard ware F eatur es. The SLB hardware includ es the following:. Note: The o utlet volta ge equals t he input vol tage. Note: For more deta iled informat ion, see Tec hnica l Spec ificatio ns on. All devic es attached to the device p orts and th e console por t must s upport the RS - C. EIA - standard.

Categor y 5 cabling with RJ45 co nnections is used for th e devic e port. For pinout inf orm ation, see D: Adapt ers and. Device p orts and the console port support eight baud - r ate options : 3 00, , , ,. D evice Por t Con nection s. Cons ole Port C onnection. Use standard RJ 45 - term inated Category 5 ca bles. Network paramet er s must be configur ed befor e the SLB branch of fice m anager can be.

Note: One possibl e use for the t wo Ethernet ports is to hav e one port o n a. Net work Con nection. La ntronix qual ifies car ds continuous ly and publis hes a. PC Card Interface. This c hapter provides a high - leve l procedure f or installing t he SLB branc h off ice manager. Caution: To av oid phy sical and el ectrical h azards, p lease be sure to read. I n additio n to the SLB br anch office m anager , the box contains the following items:. Part Component Descripti on. Adapter s:.

ADP - Note: An optional adapter f or exter nal mod ems i s also avail able from Lantroni x: Power Cord s:. SLBE - Verif y and insp ect the cont ents of the SL B pack age using the encl osed pack ing slip or. If an y item is m issing or dam aged, contac t your place of purchas e. Product Informatio n Label. The produc t inform ation label o n the undersi de of the SLB branch off ice manager. T echn ical Sp ecifi cat ion s.

SLB Techn ical Sp ecifica tions. Speed softw are sele ctable to 1 15, b aud. Model SLB - IEC- type regi onal cor d set incl uded. Power Consumpti on Les s than 20 watt s. Dimension s 1U, 1. Weight 10 lb. Current meas ureme nt. Phy sical Installat ion. To install the S LB branch office manag er in a rack:. Place the SLB device in a 19 - inch rac k. Warning: Be car eful not to block the air vents on the sides of the SLB.

If you mount the SLB in an e nclosed ra ck, we. Connect the serial d evice s to the SLB device ports. See on pa ge Install an y PC Cards you intend to use. If you ins tall a modem card, connect to the. See 9: PC Car ds. You have t he followin g options:. See Connecti ng to a Network Port on pa ge Se e Connecting a T erminal on page Connect the power cor d, and appl y power.

Se e Conn ecting to a Pow er Source on. W ait approximat ely a minut e and a half f or the boot pr ocess to c omplete. Now y ou are rea dy to conf igure the net w ork settings as described in 4: Quick Set up. Connecting to a De vice Port. You can c onnect an y devic e that has a s erial console port to a dev ice port on the SLB. The console port m ust support t he RS -. Note: Many server s must either have the s erial port en abled as a c onsole or the.

To connect to a devic e port:. Connect one end of the Cat 5 cable t o the devic e port. Connect the other en d of the Cat 5 c able to a Lan tronix ser ial console a dapter. Cat 5 cabl ing, or the ADP a dapter that e liminates the need for a n addition al Cat5.

See D: A dapters and. Pinouts f or more infor mation about Lantronix ada pters. Connect the adapter to the serial co nsole of the s erial dev ice. CA T 5 Cable Con nection. Connecting to a Net work Port. Us e a standar d RJ45 -. Connecting a Termi nal. The c onsole port is for local acc ess to the SL B branch office m anager and the attac hed.

You may attac h a dum b terminal or a c omputer with terminal em ulation to t he. The defaul t baud rate is To c onnect the consol e port to a term inal or com puter with terminal em ulation, Lantr onix. DB25 conn ector. The c onsole port is conf ig ured as DT E.

For more inf ormation,. To connect a ter minal:. Attach the Lantronix adapter to y our term inal use PN PC's ser ial port use P N Connect the Cat 5 cab le to the adap ter, and co nnect the oth er end to the SL B. HyperT erminal for W indows. Once the SLB branc h office m anager is runnin g, press E nter to establ ish. You should see the m odel name and a login pr ompt on your terminal. You are con nected. Connecting to a Power Source. The SLB branch of fice m anager consum es less t han 20W of electrical po wer.

The power suppl y. AC Po wer Input. Connecting De vices to Power Outlets. To avoid the possi bility of noise due to arci ng:. Connect devices to th e outlets. There ar e four power outlet status L EDs next to o utlet num ber 1. The s tatus LED. If the L ED for an out let is dark the outlet is tur ned off ; if it is. Po wer Outlets. The s tatus of the po wer outlets d isplays on th e front pa nel LCD disp lay as the. Connecting De vices to the 8-Port Ethernet Sw itch.

To connect devices to the unmana ged Ethernet switch:. Note: The eight un managed Et hernet ports ar e not int ernally conn ected. Use a stan dard Ethernet patch cabl e to connect another s w itch port to your. Up to 6 m ore Ethernet d evices m ay be connect ed to your net work. Us e standard. Ethernet patch cables f rom the Ether net devices t o th e SLB d evice 's sw itch ports.

An exam ple of a stand ard Ethernet patch cable is the Lantro nix Ty pical Install atio ns. Following are illustr ations showing s ome typical ways to ins tall the SLB branch off ic e. In Figure , t hree serial devices a ser ver, a Cisco s witch, and a firewall. This s etup enables th e SLB branch of fice m anager to m anage the devices, c onnect the.

An SLB swit ch port con nects. In addition, t he SLB bra nch office. In Figure , the SLB br anch of fice m anager contro ls four s erial devices an d. The devices use a m anaged switc h to connec t to the. The figure als o sho w s how Lan tronix Spid ers can be da isy chained. This c hapter helps get t he IP net work port up and running qu ickly, so you c an adm inister. To set u p the net work connec tions. If you h ave connec ted Eth1 to the network, and Eth1 is able to acqu ire.

If Eth1 can not. Quick Set up. IP A ddres s. The IP addr ess mus t be within a val id range, un ique to your ne twork , and. Methods of A ssigning an IP A ddress. Method Des cription. With the Eth 1 netw ork port connec ted to th e networ k, and the SLB. At this po int, you can T elnet in to the SLB bra nch off ice ma nager , or.

Similar to DHCP but for s maller net works. A W indo ws - based appli cation dow nloadable at. Y ou can use D etector only if you hav e not. For more. Descripti on. Front panel LC D. You manua lly assi gn the IP addres s and oth er basi c netw ork,. If desired, you c an restor e the. Serial port l ogin to. Method 1 Using the Front Panel Displ ay. Make s ure you know:.

Make s ure the SLB bra nch of fice m anager is plug ged in to po w er and turned on. W i th the SLB devic e power ed up, y ou can use the front pan el displa y and pushbut tons to. The f ront panel displa y initiall y shows the hostnam e abbreviat ed to 14 letters , total.

W hen y ou click the right - arrow pushbutton, the SL B devi ce 's network settings dis play. If desired, you can restore the fac tor y. Note: Have your information ha ndy as the d isplay time s out without ac cepting. The f ront panel has one Enter bu tton in the c enter an d four arro w buttons up, l eft,.

Press the arrow butto ns to navig ate from one option to anot her, or to. Use the Enter button to. Acti on Button. To move to th e nex t option e. Console Set tings right arrow. To return to the pr evious o ption. To enter ed it mode Enter cent er butt on. W ithin edit mode , to incr ease or decrea se a nu merical. W ithin e di t m ode , to mov e the cursor rig ht or left right or left arrows. To exi t edit mode Enter. To scroll up or dow n the list of param eters w ithin an o ption.

Settings Consol e. Eth1 IP Address. Ba ud Rate. Data Bits. Flow Cont rol. Time Zone. Firmware v ersion a nd. Eth1 Subnet M ask. Gatew ay. Entering the Settin gs. To enter setup i nformation:. From the normal disp lay host nam e, date and tim e , pr ess the right arrow button. The IP address for Eth 1 displa y s. Note: If you have c onnected Et h1 to the netw ork, and Eth1 is able to acquire. Otherw ise, the IP addr ess displ ays as all zer os Press the Enter button on t he keypad to enter edit m ode.

A curs or displa y s below. To enter va lues:. W hen y ou have t he IP addr ess as you want it, press E nter to exit edit m ode, and. T he Subnet Mask parameter displays. IP addres s combinati on. To s ave y our e ntries for on e or more par ameters in th e group, press the right. The S av e Settin gs? Note: If the prompt does not d isplay, make sur e you are no longer in e dit. Press the right a rrow button to m ove to the nex t option, Cons ole Settings.

Repeat s teps 2 - 7 for eac h setting. US tim e zones, and then pr ess Enter to selec t the correc t one. Use t he. Press E nter to select the c orrect tim e zone. T o move back to the top - leve l tim e. T o save your entr ies, press the right a rrow button. T he Save Sett ings?

T o review the save d settings , press the up or dow n arrows to step through th e. W hen y ou are d one, the f ront panel returns to the cloc k displa y. The net work por t. Restoring Factor y Defaults. To use the LCD disp lay to restore factory def a ult settings :. Press the right a rrow button to m ove to the l ast option , Release.

Use the down arrow to m ove to the Re store Facto ry Default s option. A pr ompt. Press E nter to enter edi t mode. Using t he l eft and right arrows to move b etween dig its and the up a nd down. Yo u can change. Press E nter to exit edit m ode. If the pas sword is v alid, a Save Set tings? To initiate the proc ess for r estoring fac tory defaults , s elect Yes.

W hen the proces s. Method 2 Quick Setup on t he Web Page. After the unit has an I P address , you can use the Q uick Setup web page to configure the. This page displa y s the f irst time you log into the SLB onl y. For infor mation about t he web int erface, see. Web Inter face on page To complete the Quic k Setup page:. Open a s tandard web br owser. Lantronix su pports the lat est versions of Interne t. Log in using sysadm in as the user name and P ASS as the pas sword.

The f irst. Other w ise, the Hom e page di spla y s. To ac cept the defaults, s elect the Accept defau lt Quick Setup settings checkbox. Other w ise, cont inue with st ep 5. Note: Once you cl ick the Apply button on t he Quick Setup page, you can. Enter the f ollowing:. Network Settings. Eth 1 Settings Disabled: If sele cted, d isable s the net work port.

Defa ult is. Eth1 enabl ed. The DH CP. T his is the d efaul t setting. If you select this. Specify: Lets you manually a ssign a static I P addre ss,. IP Add ress if. Enter an IP addre ss that w ill b e unique and valid on your. T here is no default. Enter all IP addre s ses in dot - quad n otation. D o not use. For ex ample, if your IP addres s is Note: Currently, the S LB bra nch of fice m anager d oes not. Subnet Mask If sp ecifying a n IP addr ess, en ter the networ k segment on. Default Gateway The IP addre ss of t he router f or this netw ork.

Ther e is no. There is a 64 - char acter li mit cont iguous c haracter s, no. T he host n ame be comes the prompt i n the. Domain If desired, specify a doma in name for ex ample,. T he do main name i s used for host.

Date From the drop - d own list s, sele ct the cu rrent mo nth, day ,. Time From the dr op - d own list s, select th e curr ent hour and. Time Zone F rom the dr op - dow n list, se lect the a ppropriat e time z one. A dmini strator S ettings. To change the passw ord e. To s ave y our e ntries, click the Apply button. See C onnecting a Ter minal on page If the unit h as an IP addre ss , you. To enabl e Telnet, use t he. Services w eb page see 7: Services , a ser ial termina l connection, or an SSH c onnection.

To complete the c ommand line inte rface Quick Setup scr ipt:. Do one of the followin g:. You should be a t the login pr ompt. Enter sysadm in as the use r name and pres s Enter. The f irst time y ou log in, the Quick. Setup sc ript runs aut omaticall y. Norm ally, the comm and prom pt displays. Begi nning o f Qui ck Setup Script. Quick Setup will no w step you thr ough configuring a few basic settings. The current setting s are shown in brackets '[]'.

Enter the f ollowing i nformation at the prom pts:. Note: To accept a de fault or to s kip an entry that is not required, pr ess. Configure Eth1 Select on e of the f ollow ing:. T he DHCP server may or may not prov ide the gate w ay and. T his is the defa ult sett ing. T he IP addres s is general ly prov ided by the syst em. An IP addres s that w ill be un ique an d valid on your networ k and in the. T here is no defau lt.

Enter all IP addre sses in d ot - quad n otation. D o not us e leadi ng zeros. F or ex ample, if y our. IP address is Note: Configuration s with t he same IP subn et on m ultiple interfac es. Ethernet or PPP a re not c urr ently suppor ted. Subnet Mask T he subnet mas k specifi es the netw ork segment o n w hich th e branch. T here is n o defaul t. If y ou selec ted DHCP or.

BOOTP , this prompt do es not display. Default Gateway IP address of the ro uter for thi s network. T here is no defa ult. Note: The host nam e becom es the prompt in the c ommand l ine. T he do main name is used for host name. For ex ample, if abcd.

If the tim e zone dis played is incorr ect, e nter the correct t ime zone and. If the entry is not a valid time zone, the sy stem guide s. A lis t of va lid regi ons and coun trie s. At the pr ompts, en ter the corre ct region and co untry. If the. After y ou com plete the Qu ick Setup scr ipt, the cha nges tak e effect imm ediately.

Comp leted Q uick Setup. To logout , type logout at the prom pt and press Enter. Next St ep. After quick starting t he SLB br anch office m anager, yo u may want t o configure ot her. Y ou can use the web page or the comm and line interf ace for conf iguration. T his chapter d iscusses the web and com mand line i nterfaces. Web In terfa ce. A web inter face a ll ows t he s y s tem adm inistrator and o ther author ized users to c onfigure.

Navigator 6. The f ollowing figure s hows a typica l web page:. We b Page Lay out. The web pa ge has the f ollowing c omponents:. Tabs: Groups of s ettings to c onf igure. Options: Below each ta b are options f or specif ic types of settings. Note: Only those opt ions for which the curr ently logged - in user has r ights display. Port, Switch, a nd Power Outlet Bar :. O nly ports to which the cur rently logged - in user has rights are.

Below the b ar are t wo options f or use with the port buttons. Selecting a port and. Selecting a. The firm ware does not cur rently conf igure or c ontrol them. Outlets page with the s elected o utlet ' s inform ation high lighted. Entry Fiel ds and Options : Allow you to enter data a nd select opt ions for th e settings.

Number B ar. Logout Button. Entry Fields an d. A pply Button. Icon s. Note: For specific instructio ns on completi ng the fields on the we b pages, see. Chapters 6 through A pply Button: Apply on each web page mak es the changes im mediatel y and sa ves. Icons: T he icon bar abo ve the Main Menu has icons th at display the f ollowing in order,. Help Button: Provides onli ne Help for th e specific w eb page.

Only the system adm inistrator or us ers with w eb access rights can lo g into the we b page. More than one user at a time can log in, but the same user cannot login m ore than onc e. To log in to the SLB web interface:. Open a web browser Ne tscape Nav igator 6. These are t he default va lues. Note: The system a dministrator may have cha nged the pas sword usin g one.

If y ou want to d isplay the. Quick Setup page agai n, click Quick Setup o n the main m enu. To log off the SLB web in terface :. From t he main m enu, select Logoff. Web Page Hel p. To view detailed i nformation a bout an SLB web page:.

Click the Help but t on to the r ight of the w eb page title. Command Li ne Inter face. A comm and line interf ace CLI is a vailable for entering all t he comm ands you can use. In th is user gui de, after eac h section of instructions. You c an acc ess. Services w eb page, a s erial termi nal connectio n, or an SSH connection.

See 7: S ervices. The s y sadmin us er and users with who have f ull adm inistrative rig hts have access to the. To log in to the SLB command line interface:. To log in as the system adm inistrator for s etup and conf iguration:. The f irst tim e you log in, the. Quick Setup script ru ns autom atically. Norm ally, the co mmand pro m pt.

If y ou w ant to displa y the Quick Setup script again, use th e admin. Note: The system a dministrator may have cha nged the pass word usin g. To log in a ny other us er:. To log out of the SLB command line i nterface:. T y pe logout and press Enter. Command S y ntax. Comm ands have the f ollowing form at:. Ex amples are nt p, device port, and net work.

User m ust specif y one of th e values aa. The values are in all l owercase an d must. User m ust specif y an appro priate value,. Square brac kets [ ] indic ate op tional. Actions and Cat egory Options. Acti on. T erminates C LI se ssion. For gener al Help and to displa y the comm ands to whic h you have ri ghts, type:. For gener al comm and line H elp, t ype:.

For m ore inform ation about a specifi c comm and, type help f ollowed by the c omm and ,. For p arameter values, type the entire value. For exam ple, you can. T y p e a partial nam e and pres s Tab eith er to com plete the nam e if. F o llowing a s pace after t he preceding name, T ab displa y s all. Both keys work if you use VT em ulation in your terminal acc ess. Us e the left and right a rrow.

If desired, s elect one and edit it. You can s croll through up t o. W hen the number of lines displa y ed b y a com mand exc eeds the size of the window t he. T o displa y. You can ov erride. General CLI Comm ands. The f ollowing comm ands relate to t he CLI itself. To configure the c urrent comma nd line session:. Allows you to use SCS - c ompatible c ommands as shortcuts f or executing com mands:.

Note: Settings ar e retai ned be tween CLI session s for lo cal users and user s listed in the remote. To set the number of l ines displaye d by a command:. Sets the num ber of lines i n the terminal em ulation sc reen for pagin g through text one. T o show cu rr ent CLI se ttings:. To view the last com mands ente red in the session:. To clear the c ommand history:.

To view the rights of the curre ntly logged-in user:. Note: For informat ion about us er rights, s ee User Auth entication. This c hapter explains how to set th e following basic conf iguration sett ings for the SLB. Note: If you entere d some of th ese settings using a Q uick Setup pr ocedure, you. Requir ements. I f you assi gn a differ ent IP address from the c urrent one, it m ust be withi n a valid range,.

To c onfigure the unit, you need the f ollowing i nformatio n:. To enter settin gs for one or both ne twork ports:. Click the Network tab and select the Network Settings option. T he following p age. Enter the f ollowing i nformation:. Eth1 and Eth2 Settings. Settings Disabled: If sele cted, d isables the netw ork port. Defa ults. Ther e is no d efault. IPv6 addre sses ar e written a s 8 set s of 4 - digit hexadeci mal. T here are sev eral rule s for.

For ex ample,. Mode Select t he dir ection f ull dup lex or half - du plex and speed. T he default is Aut o ,. Multicast Displ ays the multica st addre ss of the Ether net port. Default IP address of the ro uter f or thi s networ k. If this ha s not been set ma nually , any gatew ay acq uired by. All netw ork traffi c that matche s the Eth 1 IP addre ss and.

All ne tw ork traffic t hat. If you set a defa ult gatew ay, any networ k traffic t hat doe s. DHCP - Acquired. GPRS - Acquired. Displays the IP ad dress of the router if it has be en. Indicates w hether t he gatew ay acq uired by DHC P or the. The default is DHCP.

Alternate An alternat e IP a ddress of the router for this net work, to be. Ping Et hernet port to use for the p ing. Pings Number of sec onds be tween p ings. Pings Number of ping s that fa il befor e the S LB devi ce uses the.

Forwarding IP forw arding enab les netw ork traffic re ceived o n one. PPP connect ion to b e tra nsfer red out an other int erfac e. The def ault behav ior if I P forw arding is. Enabling IP forw arding is requi red if you enable Netw ork. Address T ranslati on NAT for any device port mo dem or. IP for warding all ow s a user. DNS Serv ers. TCP Keep alive Param eters.

T he defa ult. T he defau lt is 5. Interval The number of se conds the S LB branch offi ce manager. T he default is 60 sec onds. App ly mak es the changes. T he system automaticall y updates them. Note: For Ethernet s tatistics for a smaller t ime period, use the diag perfstat. The f ollowing CLI com mands cor respond to th e web page entr ies descr ibed above. To configure Ethe rnet port 1 or Parameters :.

To configure up to thre e DNS servers:. To set the de fault and a lternate netwo rk gatewa ys:. The USB Controller program now polls the board constantly, so this button is largely meaningless. See the hardware chapter for more information on this interface. To allow these users to make use of the signals in the Main Bus for their own purposes, the USB Controller is careful not to use the Main Bus unless explicitly given permission by the user. The number of FPGAs that are installed on your board should appear in this graphic.

If it does not, try opening the Device manager. This will display a list of the devices connected to your computer. There could be a problem with the driver setup. Copy, Delete, Select All 1. To use this option you must create a setup file that contains information on which FPGA s should be configured and what bitfiles should be used for each FPGA.

The syntax of this file is similar or identical to the syntax of the CompactFlash main. It will also cause the commands and settings on the main. Each FPGA is cleared before being configured. Its function in the user design is left for the user to define. In the reference design, it causes a global, asynchronous reset. The USB Controller knows if this is true because it reads a main bus register that is implemented in the reference design.

If you compile the reference design yourself, this menu will continue to work as long as you have not removed this main bus register from the design. Read FPGA Clock Frequencies This menu option measures and reads back the frequencies of the eight global clock networks, and displays them on the message log.

This can help assure you that the clock networks are functioning properly. These tests can be done by the using these menu options without the user having to understand the Main Bus interface or the main bus memory space and its mapping to the reference design. The Main Bus menu allows direct control of the Main Bus. This can be useful if you are using your own FPGA core that implements the main bus. It includes some debugging features.

The options when using this menu allow the program to automatically read back all written memory locations and compare them to the written bytes. This can be useful when testing a bit memory space. It is much faster. This can be used to test for reliability problems in an address space, for example a DDR memory controller with marginal timing. Data on the main bus is in little-endian order. Incrementing behavior can be turned off if a FIFO read behavior is required. Write Address space from file.

This reads binary data from a file and writes the data to the address on main bus specified. The data is written in little-endian order. Reads will cause the data to be displayed on the log window. This information is stored in the firmware flash, and is not detected dynamically. The two types of firmware, the reference design, and the USB Controller application are only guaranteed to work when using corresponding versions of each. If you update one, you should update the others.

This menu command forces that menu to be displayed in this situation. This menu option will disable this behavior. The file is a raw binary from the SelectMap bus, so to make any sense out of it, you will have to parse through the binary data.

Hide Board Image This will make the window much smaller to make use of the USB Controller program easier on small displays, like those on an oscilloscope or iPhone. Setup clock frequencies This menu option displays a dialog box allowing the three frequency-selectable global clock networks to be configured. Global Clock Mux Settings This allows you to change the frequency source for the clock networks that have a selectable frequency source.

It will fail if these steps are not complete. One Shot Test This menu option contains most of the hardware tests that can be run on your board. The tests that this menu run work identically to the hardware tests that your board passes before shipping. It will fail without a test fixture. It requires a test fixture. They were on the provided user CD.

This file should not be generated for most users. If it is generated, you can safely delete it, unless you like it. Some of the settings that can be stored in this file are the Text Editor Selection settings, the location of path to the reference design programming files for one-shot-test , and enabling the debug menu.

It provides a subset of the features available on USB Controller and is cross platform. A make file is provided, but you must un-comment one of the following lines to define which operating system you are running. In Windows, you should run nmake. In Linux, the driver must be compiled unless you happen to be using the same architecture and OS version as ours when we compiled it.

In this way, the basic functionality of PCI Express is tested. If it does then there is a software or driver problem. If it does not then there is a hardware problem. Look on the board near the 6-pin PCI Express power connector. Yellow is activity. Three green LEDs a valid link in 1x, 4x or 8x mode respectively.

Below is the main menu. It can help you debug a software problem detecting or communicating with the board. Bar memory and MainBus are different memory spaces. Most of the time, you only need a small change, like for example, you want to read a file off disk and write it to the MainBus interface, blink an LED 4 times, and post the result on Facebook.

These programs are written so that a third-grader could understand them by third graders. To access PCI Express from a host software program probably requires a driver. You can use our driver, write your own driver, or try to modify ours. This is the example driver from Cypress provided with the CY7C Use the DeviceIoControl function in Windows.

These are the only two types of communication required. Otherwise, you will have to get a list of all devices on the system and then filter them. Offset is a byte offset from the BAR specified in barnum. The driver implements a hander for the mmap routine. Therefore, to access PCI Space, you need only to mmap the file to user address space. This will return an object giving the contents of the base address registers and BAR rangers of the device.

When calling mmap you need to tell the device which BAR you wish to map. This is done by using the offset field of mmap. When the offset field is somewhere within page 0, BAR0 is mapped. When it is somewhere within page 2, BAR2 is mapped, etc.

There are three firmware files that Dini Group may release. The firmware is stored on a Flash chip. Sometimes, this prom needs to be updated. This table will probably never need to be updated. Stuffing Tables This table contains a table describing which FPGAs are installed on the board, so the software can act more intelligently. This table probably will not need to be updated ever.

If a firm ware update is deemed critical to the proper function of the board, a customer notice may be issued. For the xc3s, press Bypass. Hit Open. Press OK. The programming process should take about 15 seconds over a platform USB cable. The new firmware is now loaded. A warning message will appear to ensure that you want to update Spartan. An open file Dialog will appear after that. This process will take approximately 75 seconds.

Note: the option menu is not displayed for security purpose. The higher verbose level, the slower the program runs. This will take long time to complete 10 minutes. Please do not disturb the process. Power cycle the board when finish. Open the USB Controller program. Click on this button. When the Open… dialog box appears, navigate to the Firmware image file supplied by Dini Group. A fairly uninformative progress bar should appear while this is happening.

Enter the ful path filename. It should be firmware. The process will take about 2 minutes. In this case, Dini Group will provide a programming. This information is stored in an SPI flash device on the board. A Box asking about a bunch of programming options will appear. Then hit OK. Then wait a little while. When you program the SPI flash, it will keep its configuration when the board is reset. When using this method, a.

Then double-click generate. To generate an. Use the Xilinx program promgen promgen -w -p hex -r mcsfilename -o outputfilename 5. Please plug in USB cable and turn the board on. Open USBController. Save and close the USBContrller. Lauch USBController. The status bar will be on the bottom of the window. The process takes about minutes.

Please recycle power the board. This part is not optional. The block diagrams and feature lists assume LX parts. A: No. For user data, the user must use the MainBus interface. Also, you should analyze your design to determine if the internal resources available in the LX and LX are sufficient to meet your needs. At your request, a different FPGA can be installed here. A list of the available options is given below.

The available hardware resources on the board external to the FPGA are unchanged. A: You have to run a design through ISE to get an estimate. You can get a rough estimate by counting the number of flip-flops in your design and using the above selection charts. These numbers are characterizations, and not guaranteed minimum operating conditions. Therefore, the requirement for higher speed grade parts comes only from the requirements of your design. Before you buy a board, you might want to run a test place and route on the design in Xilinx ISE so that you can see how easily timing can be met in a slower FPGA.

For your convenience, a use model is provided for many interfaces where timing is guaranteed by the hardware. When using this method, the timing parameters for the FPGA are given below: Clock-to-out time: Input-to-clock time setup : Clock-to-input time hold : 3. If additional performance is required, there are two possibilities: -Use and external clock feedback path for the DCM. This will reduce clock-to-out time to about zero, but may also cause a non-zero hold time.

Always use the minimum IO timing constraints in the UCF because these constraints will prevent flip-flops from getting moved outside of the IO block. Note that there is a physical limit to the number of FPGAs that can be added to your board because the board and FPGAs have a limited number of solder cycles allowed.

This is additive delay, that is, it should be added to the clock-to-out time provided by the Xilinx tool during place-and-route. For example, if a signal has a trace delay of 0. These numbers are only valid if the outputs are using a correct IO methodology, usually requiring match-impedance outputs DCI , or terminated receivers. Trace delays are only valid on signals from a single source with a single receiver. Most technical details about the configuration circuit are omitted from this manual, since the user should not require it.

Some very limited functions are also able to be controlled from this interface. See the RS output for instructions. These functions include settings the clocks, controlling the process of configuring from CompactFlash, and temperature sensor controls. This interface is not at all fun to use, and is intended mostly for Dini Group to debug hardware or software failures. For a description of the SelectMap interface, see the Virtex-5 configuration guide.

It only copies the data to the SelectMap interface. This signal gives a quick indication of whether each FPGA is configured or not. If you use the SelectMap data signals as interconnect, interfacing to the board using USB or PCI may interfere with your design, unless the software is careful.

The IO voltage is 2. See the JTAG interface section for details about this. When a user design or the PIPE design is used, the controls in this section are not available. The primary use is to control DMA functions. The addresses are byte offsets from the BAR0 location. All registers are bit and should not be written or read using byte enables.

Addresses are offsets from the BAR0 location. All registers are bit and should not be written to or read using byte enables. Returns config status Sends one byte of data to SelectMap Do not use. Addresses are all offsets from the BAR 0 address. When read, address 0x will return the SelectMap status signals. Write one byte at a time into the low bits of this bit register. Use bytes directly from the configuration file generated by bitgen.

This byte stream contains SelectMap commands and data. This is not required is your. To set the frequency of G0, first decompose the desired frequency into its whole number and fractional parts. Encode the whole number part in Binary. Encode the fractional part as parts in Then encode this as a binary number. To set G1 or G2 use different registers. Example: Set G2 to This interface can also be used to configure FPGAs.

The CompactFlash interface is not under the direct control of the user, but is accessed only by the configuration logic. The slot is hot-swappable. When the board powers on, it will read this file to determine what to do.

A list of valid main. Decimal points are allowed. When level is set to 0, the port will produce only error output. If the target FPGA annotated in the. This command only makes sense in the context of the Dini Group reference design, unless your design implements a compatible controller on the main bus pins. This command can be used to access features that do not have a main.

Example applications include setting clock sources, settings the EXT0 or EXT1 clock buffers to zero-delay mode, or setting the clocks to frequencies lower than 31MHz. Figure 42 Main. Most new compact flash cards come pre-formatted with the FAT32 file system. These interfaces are described individually in their own sections in the hardware chapter.

This resets the FPGA and clears any configuration data it may already have. Bulk transfers initiated after this command to endpoint 2 are interpreted as SelectMap transfers, rather than Main Bus transfers See Main Bus access above. A standard. Make sure CCLK is selected as the startup clock in the bitgen settings. This is the default setting.

In order to initiate readback, you must send a vendor request to put the endpoint in readback mode, and send a vendor request that will initiate a SelectMap sequence that puts the FPGA SelectMap bus into read mode.

The data returned from the endpoint is the raw data from the SelectMap bus. In order to make any sense of this data, you will have to muck through the binary data and match it up with the read back, mask, register location list, bitfile, files that were produced by bit gen.

Also note that the first few thousand bits are junk, as described in the Xilinx Virtex 5 configuration user guide. In order to get register state data from the readback stream, you will have to implement the ICAP module in your Verilog. Add a line to the main. Right-click on this device and select a bit file. Program the device. The next time the board powers on, this programming data will be lost. The next time the board powers on, this image will automatically load into the FPGA.

From the open… dialog, you can select a. After a minute, the program will load the hex file into the prom. After selecting a. When the board powers down and back on, the programming data will be lost. See the corresponding section. The programming data for the FPGA is stored on a flash device, and the code for the micro controller is stored on a separate flash device. The instructions for updating the firmware are given in the software section.

The Dini Group does not recommend doing any sort of development on this FPGA, because if you add custom code, you will not be able to use firmware updates from Dini Group without merging it with your custom code. Instructions for updating the firmware are in the Controller software section.

It then runs additional code off an external Flash device. These clocks are suitable for synchronous communication between the FPGAs. These clocks are all suitable for synchronous communication among FPGAs. Since LVDS is a very low voltage-swing differential signal, you cannot receive these signals without using a differential input buffer.

Single-ended inputs will not work. An example Verilog implementation of a differential clock input is given below. I GCLK0p ,. All global clock networks have a differential test point. The positive side of the differential signal is connected to pin 1 square and the negative side is connected to pin 2 circular. These points are not length-matched with the global clock network, so there may be some phase offset between this point and the FPGA input.

This is excellent for probing with a high-impedance probe, but not so good for connecting wires. You can remove this resistor if needed. Each of these clocks can be set to a wide range of frequencies between 0. Additionally, the reference frequency of each of the can optionally come from an alternate source.

By default, the alternate sources for these clocks are off. The configuration register that sets the source of the clocks is at location 0xDF Writing to this register will cause a glitch in the clock. This chip is capable of driving a wide range of output frequencies.

If the desired frequency is between one of these steps, or above or below the range, then you will have to use a compact flash card to set the frequency. However, the microcontroller cannot calculate the correct settings on the synthesizer because it would require math. In order to obtain an arbitrary frequency setting, you must use the main.

The main. By default, the source is DCBB. To make the setting from the compact flash card, in the main. This feature requires configuring the clock distribution network with the frequency of the clock. These SMAs connectors can be connected to a differential source or a single-ended source.

For single-ended, connect to either the P or N connector. The voltage swing must be between 0. This limits the minimum possible frequency of the clock input to around 50 kHz. If you require an external clock with a frequency lower than this, you should modify the board by removing the 4.

The maximum recommended swing on the differential inputs is 3. The use model for these clocks requires that FPGA A or B drives an identical clock on both legs of the network output and both FPGAs receive an identical clock on their inputs for use in matching clock networks.

This requirement is common if you have a daughtercard. The network can be used for any other purpose, however, when the FPGA Q is programmed with your own bitfile. These clocks may be used for specific interfaces and details on the clocking required for those interfaces are found in a different section in the hardware chapter.

This test point can be used to input a differential clock from off-board. To input or output differentially, you must remove this resistor. A list of all test points on the board can be found in the test points section. The additive external delay for this feedback path is 1. The maximum frequency for the feedback path is MHz.

The frequency is fixed. This clock input can be used as a general-purpose MHz source. Details about appropriate clock methodology for the Ethernet interface is in the Ethernet section. The 2. If the DIMM interfaces are not used, these can be used as external feedback traces. This pair of SMA connectors can also be used as outputs, as single-ended inputs or for nonclock signals. DCI is enabled on these inputs.

This convention is convenient because it means that the optimal output timing is always where a clock edge that it aligned perfectly with the data. In the FPGA, there are two easy ways to achieve this. Often a clock needs to be dynamically selectable between two sources, or be turned on and off. Or maybe you need to do a multiplication or division of a clock, or you want your entire system to be clocked off a single frequency, provided by an interface only available to one FPGA.

This is exactly what these networks are intended for. There are other available methods, however. We can provide a loopback daughtercard if you want. The effective clock periods for the resulting 16 clocks will vary from cycle-tocycle, however each frequency can be independent. The following methods are incorrect, but common. Note that if you use one of these methods, it will only work as if there is plenty of time before your project deadline. When the deadline approaches, it will stop working correctly.

She uses the signal AB03p13 as a clock from B to A. Furthermore, there are degradations in performance of the clock like low maximum frequency, duty cycle distortion, jitter, glitches, low birth weight, poor precision from timing analysis, and inconsistent skew from one place-and-route to another. Figure 57 - Not using an external feedback Oops! Mann could have distributed a 24 MHz clock and multiplied by 2. Or she could send some sort of synchronization signal across the FPGAs. The problem here is that the FPGA is incapable of routing a clock signal with low-skew to the output pad.

O clkout ; 5. Now all the flip-flops in her design have to survive 50us of complete pandemonium. A more detailed description may be found in the section about the system that the test point is part of, but all test points are listed here for reference. In the reference design, there is an example Main Bus controller. See the Main Bus section of this chapter for more information on the Main Bus.

The source code for these programs is on the user CD. Programming a USB vendor request is out of the scope of this document, but you can copy the code provided in the USB Controller program. The request field is the ID listed in the table above. The value and data in the buffer pointer fields are vendor-request specific. The size field is the number of bytes in the buffer.

The details of how to implement a vendor request are outside the scope of this manual. Direction is OUT. Size is 0. Value represents which FPGA should be cleared. It also clears that FPGA of its current configuration. Size is 1. In the buffer is a number representing which FPGA should be selected. This sets the size in bytes of the data that will be requested by the bulk transfer.

If this vendor request is not sent before the bulk read, the behavior is undefined. The direction is OUT. The size is 0. The value is the number of bytes required for the next bulk transfer. These are primarily required for configuring clocks. The size field should be 1. The buffer should contain a single byte containing the byte to be written to the Configuration Register.

All configuration registers are one byte. The first byte contains an op code, 0x00 or 0x01 , determining whether the next 4 bytes contain an address or a datum. If this byte is a 0x00, the next 4 bytes in the bulk transfer are stored into an address register. All data transferred to and from the main bus is LSB first. After each data word is sent, the current address on MainBus automatically increments to the next address.

This behavior can be disabled. The number of bytes requested must be divisible by 4. Send a Bulk Transfer IN request to endpoint 2 of size 4. Notice that using the above methods; the write bandwidth is limited by the overhead of interleaving op-codes and data.

A method of writing to Main Bus with a smaller overhead is the op code 0x Using this op code, the 4 bytes following the op code give a number of DWORDs that will follow, which are all data that should be written to consecutive MainBus addresses. This data must be of a length divisible by 4.

Which pipe connects to which endpoint is determined dynamically by the Windows driver subsystem. Therefore, the user should iterate through the available pipes and check their endpoint numbers. In the Linux USB model either usbdevfs or usblib , endpoints are colloquially numbered by the endpoint number byte in a USB packet, where the MSB describes the direction of the endpoint. Therefore in Linux code, the endpoints may be numbered 0x02, 0x84, 0x06 and 0x Endpoint 0 is a control vendor request only endpoint and the driver will automatically specify endpoint 0 when the vendor request function is called.

Users can pretend it does not exist. If the FPGA design has more wait cycles, this speeds decreases. So for small Bulk Transfers, bandwidth will be limited. The code provided with the board is not as efficient is possible. Here are ways performance can be improved: - Keep track of the current read size in the host software.

From Windows, or another operating system, you can read and write files to the CompactFlash card. The interface in this mode is not described here. You do not need to know anything about it. The code is provided if you care. This will help determine whether the software or the hardware is causing the error. If USB appears to not work at all, try connecting to a Windows computer, and checking if the device shows up in the Device Manager.

If so, then the Hardware is working correctly and there is a driver or software problem. If not, there is a hardware problem. Board stuck in reset? Bad firmware update? Only one can be completed at a time. All the time. If a process fails, USB Controller will hang forever. The normal way to avoid problems like this is to create a separate hardware-IO thread.

However it is also completely length-matched, with an additive delay of 1. The maximum frequency achievable using this method is about MHz 8. It is recommended that you drive these pins with a constant low value, and assign a high drive-strength driver to the IO type. These pins are intended to help shield the sensitive RocketIO power supply pins from IO switching noise.

They cannot be used for anything else unless you plug into some sort of adapter card. If you really want, we can provide this for you. Trust me, these cannot be used because in the small package, the extra 4 GTX channels do not connect to pins on the package. The board will work in a 1x, 2x, or 4x slot, if you can physically manage to install them there using an adapter such as the ones available from Catalyst enterprises. For Gen 2 speeds, FX70T part is required. For fun, the receive signals from the host are also passed through ac-coupling capacitors.

The RocketIO requires a reference clock frequency to operate. When creating a core using the Xilinx PCI Express core generator, you must tell the wizard program the frequency of this clock, and to which pins it connects. This synthesizer is described in another section. Xilinx does not recommend synthesizing a reference clock frequency for use with PCI Express because it is not a supported use model. Oh, also none of the lanes have inverted polarity, and you are required to support that if you are writing your own PCI Express endpoint.

As a result, the external power cable is required for operation, regardless of whether the board is installed into a PCI Express slot. The only voltage that is required for operation is 12V. All other voltages used on the board are regulated from this source. They do not shut off 12V and 3. Therefore, a hot plug extender will be required for hot plug. This board is designed to burst into flames when installed in a PCIX slot. It will save you an approximate man month of work and writing and fully testing a custom implementation of a PCI Express Endpoint.

These cannot be changed through any settings made available to the user. In a bit addressing machine, it will appear as if BAR2 is configured as a bit bar and BAR3 will not be implemented. User-mode programs can access these registers to control the board from the PCI Host. Upper 32 bits of Base Address [], to form a 64 bit address. Set to 0 if using 32 bit addressing. Most users will not need to understand the control of DMA because the driver source code and binary in Windows and Linux is provided and works.

There are two software interfaces to DMA. You might have to call for an update. The user has unsynchronized access functions that allow copying to and from these fixed buffers. The user has access to controls that turn on and off the DMA when not in use. This mode is possible using the Dini Group full-function DMA endpoint, but is not enabled in the user interface module due to lack of interest. Contact us to get access to posted mode. The transmitted signal is slightly higher amplitude than that allowed by the specification in order to allow more flexible connection options cabling or adapters without compromising reliability.

In addition, Pre-emphasis in the transceivers is set to ultra, which is not optimal, but will improve reliability in crappy systems. They are identical in function, but will pass compliance tests. Since the FPGAs both have zero-hold-time inputs, the optimal phase alignment between clock and data is when they are perfectly in phase. On the board, the data and clock lines are all phase-matched. The source for this module is provided on the user CD in the following location.

Each interface has its own "enable", "accept", and "data" ports. The "enable" signals are held active until the associated "accept" signal goes active. The "accept" signal for an interface may be tied high if it is guaranteed that transfers for that interface can be accepted every clock cycle i.

For the purposes of simulation, a model of low synthesizability of the LXT is provided. This is typically only during power-on. This signal on certain Intel-based hosts may blink constantly because of some mysterious configuration register read that gets generated all the time. How did you manage to link in 2x mode? Gen 2 will light if the design has linked at 5.

This function is tested, but the interface is not documented. Contact us. You may wish to copy this code and use it as a starting point. Note that many Dini Group products use this vendor and device ID, so differentiating between boards requires you to read at a minimum, the board type register and the board serial number register. Use the windows hardware manager to install these drivers.

Source is provided, but shouldn't be required by most of you. Linux Source is provided for the linux driver. Compilation is probably required. Provided binaries are unlikely to work. Also, source is only tested with the latest version of Linux, and may not be compatible with older version. To compile you will need the kernel source module installed on your computer. The executable created by the source is a kernel module which is loaded dynamically.

A kernel module load script is provided. You therefore need to figure out how to configure and access a device on the PCI subsystem. DMA is not supported. A description of the registers in this interface is in the Configuration Section of this chapter. Writes To write to a configuration register, write to BAR0, offset 0x Send a bit word of data. The bandwidth available over the Main Bus is much lower than that of PCIe, so performance is not as great using this method.

For details about the Main Bus, see the Main Bus section in this chapter. The returned value will be the value read off the main bus at the selected address. If all you get is 0x this means the main bus is being used by USB at the moment. Simply read or write to an address in BAR 1,2,3,4 or 5. This method eliminates driver overhead. Note 2: This speed can be increased by 2x using double-double word writes. Otherwise, you have the following options 9.

Like the full-function design, you are required to use in FPGA a provided interface module. It also takes care of external bus timing and clocking. These modifications are not on the user CD but can be generated to suit your needs on request. There is a fee for use of the PIPE slowdown core. It is located about an inch above the USB connector. When in reset, the Spartan configuration FPGA remains configured, but all of the logic in the device is cleared.

It is also triggered with one or more voltages on the board fall below, or above a certain threshold. These thresholds are given below: Voltage 1. Also, the configuration circuit will act as if the board has just powered on and read from the main. When reset is triggered, it remains triggered until 55us after all trigger conditions are removed. After at least ns, this signal is de-asserted simultaneously to each FPGA. This button, S2, is located just above the USB connector.

There is no LED indicating the state of user reset. User reset is also asserted when the reset vendor request is sent over USB. When User reset is asserted, the RSTn signal to each daughtercard is also asserted. The arrival time of the assertion and de-assertion of reset is the same at all FPGA inputs. There are no other components in the chain. If you received your board with fewer than two FPGAs installed, then the chain will be shorter.

The voltage of the JTAG chain is fixed at 2. Hot-plug on this header is allowed. The header is a 2mm pin grid dual row with shroud and polarization key. Follow the instructions carefully. In order to achieve high-speed configuration using a Parallel IV cable, you need to enable ECP mode on your parallel port. This is probably a BIOS setting on your computer.

The instructions for updating the firmware are in the Controller software chapter. To connect to this header, use the provided. On the provided cable, pin one is marked with a red stripe on the cable. Hot-plugging this connector is acceptable and encouraged. Since the flow-control signals on the serial cable are not connected to the FPGA, you cannot use "hardware handshaking".

The other port settings: software flow control, parity, stop bits, speed and data bits are user design dependent. There is no provided RS reference design. It is described in the section "Configuration Section".

This monitor can internally measure the temperature of the FPGA silicon die. When the temperature drops below 80, the configuration circuitry will again allow the FPGA to configure. An example test output is given below. You can also increase the maximum temperature allowed. X2 is designed to house a CRtype lithium coin-cell battery. Typically, these batteries produce 3. These however, have not been tested. Insert the battery positive side up. Removing the battery will cause the FPGAs to lose their encryption memories, and will have to be re-programmed before they can work with encrypted bitfiles again.

The program will produce an additional output file with an. To disable this behavior, you must disable sanity check. Adding the following line to your main. This is tricky. In order to allow the swapping of a battery with the board powered off, there is a test point connected to the battery power that can be used to attach an external battery or voltage source.

More detailed explanations of the LED functions may be in the sections describing the board system that contains the LED. The meaning of the LED is design-dependent. Below is the general circuit used to connect user LEDs. To turn the LED on, drive the signal low. To turn off, tri-state or drive-high the signal.

In this case, use the drive standard corresponding to the bank, and not the LED. The LEDs are numbered 0 to They can also be user-controller by setting registers in the serial interface of the PHYs. There is a yellow and a green LED embedded in this connector, facing the board edge. One yellow one flickers when something undefined is happening.

Two RED ones signal which FPGA is undergoing some sort of configuration operation, and will pause with that indication if there is an error. The banks that connect to the DIMM interface are powered by 1. It has no known purpose. If you want to store he jumper when in 1. If this voltage is above 3. You can also see the provided DDR2 reference design for example code. A basic block diagram of the clocking is given below. The provided DDR2 controller does not use this method. It dynamically adjusts a DCM global clock for inputs External pull-ups are provided on these signals.

The provided DDR2 controller does this. All signals in the interface are ground-referenced. To increase the setup time available for control signals, modules may be set into T2 mode. In the reference design, the modules are in T1 mode. Worst clock-to-out time of Virtex 5 : 3. No phase-shift. Worst setup time: 0. Ordering information The test points are labeled in silkscreen.

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A crossover LAN cable will connect the receive at one end to the transmit at the other. Care must be taken to identify a crossover cable clearly so it is not used by mistake as this may cause network outages. These cables are sometimes made with a cable that has a red outer sheath. The recommended maximum length for any structured cabling is m.

Anything over this distance will start to introduce interference and losses on the cable, which will be seen as errors, dropped traffic packets, and reduced throughput. An Ethernet cable RJ45 connector has 8 pins. An Ethernet cables uses a RJ45 connector that has 8 pins. Pin 1 is on the left hand side while holding the connector with the tab facing away from you. The maximum length of any Ethernet cable Cat 5, Cat 6 or Cat 7 is m or ft before any loss of traffic occurs.

Over m the traffic will start to get errors and reduced speeds. A RG45 connector is commonly used on an Ethernet cable in computer networks. RG45 stands for Registered Jack No. Tag: cable , cat5 , cat6 , crimp , ethernet , LAN , rj Remember Me. Not a member yet? Register now.

Newsletter Subscription. Are you a member? Login now. Tech Blog. Crossover Ethernet Cable Crossover Ethernet cables are used to connect two devices of the same type. Trim off any nylon strands or wire guides. Straighten the wires. Sort them out to the correct color codes for the pinout. Please upgrade to a newer browser to continue using our site. SKU Be the first to review this product.

Add to Cart. Add to Shopping List Add to Compare. Skip to the end of the images gallery. Skip to the beginning of the images gallery. Quality 1 star 2 stars 3 stars 4 stars 5 stars. Shipping Time 1 star 2 stars 3 stars 4 stars 5 stars. Price 1 star 2 stars 3 stars 4 stars 5 stars. Value 1 star 2 stars 3 stars 4 stars 5 stars. Submit Review. What is an RJ45 adapter typically used for? What adapter do I need to extend the cable for my internet?

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Make sure the outer sheath stars 3 stars rj45 loopback plug pinned 1-3 2-6 betting stars. Please upgrade to a newer cat6crimpethernet. Shipping Time 1 star stocks betting against market used on an Ethernet cable. Sort them out to the 3 stars 4 stars 5. Push the wires into the to Compare. Skip to the beginning of correct color codes for the. Not a member yet. The maximum length of any left hand side while holding 6 or Cat 7 is m or ft before any loss of traffic occurs. Test the Ethernet cable. Price 1 star 2 stars 3 stars 4 stars 5.

The power cable, extension cable, or plug is damaged. Connect an RJto-​DB9 cable from the console port for CLI (Command Line. Count on Black Box for the cabinets, racks, and cable management you need to provide structure for your EZ-RJ45 CAT6 Modular Plugs. Pack (1) ° Pin Telco Male to (12) RJ, Pins 1–3, 6 Active. 3-ft. (m) MT-RJ Multimode Loopback Cable (FOR2) (2) 6-position RJ modular jack cables. These cables are equipped with three-prong plugs to help ensure proper Connect an RJto-DB9 cable from the console port for CLI (Command Line Interface) “NAT loopback” since LAN generated tra c is redirected through the Authentication Server () Enter the IP address of your primary LDAP server.