Summary of Contents for Cabletron Systems Access Server 316
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Access Server 316 Hardware Owner’s Manual 9032858...
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Notice Notice Cabletron Systems reserves the right to make changes in specifications and other information contained in this document without prior notice. The reader should in all cases consult Cabletron Systems to determine whether any such changes have been made. The hardware, firmware, or software described in this manual is subject to change without notice.
Notice FCC Notice This device complies with Part 15 of the FCC rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. NOTE: This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC rules.
Declaration of Conformity Application of Council Directive(s): Manufacturer’s Name: Manufacturer’s Address: European Representative Name: European Representative Address: Conformance to Directive(s)/Product Standards: Equipment Type/Environment: We the undersigned, hereby declare, under our sole responsibility, that the equipment packaged with this notice conforms to the above directives. Mr.
Chapter 3 Cabling the Site Preinstallation Checks ... 3-1 Installing the Ethernet Cables and Devices... 3-2 Installing Serial Cables and Devices on the Access Server 316 ... 3-2 Cabling Requirements ... 3-4 Standard Ethernet Connection... 3-5 10BaseT Ethernet Connection ... 3-5 ThinWire Ethernet Connection ...
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10BaseT Ethernet... 4-3 Access Server 316 Serial Line Ports ... 4-4 Cable Connections... 4-5 Cabling and Adapters Used with Access Server 316 ... 4-6 Chapter 5 Replacing and Adding Memory Swapping or Replacing an Access Server 316 Unit ... 5-1 Replacing a Faulty Single-In-Line Memory Module...
This manual describes how to use the Access Server 316. It also provides problem solving, connector and adapter, and pin assignment information. Using This Guide Read through this guide completely to understand the interface module features, capabilities, and Local Management functions. A general working knowledge of Ethernet and IEEE 802.3-type data communications networks and their physical...
The following documents may help the user to set up and manage the Network Access Server 316: Title Network Access Server 316 Hardware Owner’s Manual Network Access Software Management Guide Network Access Software Commands Reference Manual Network Access Software Problem Solving Guide...
Cabletron RADIUS Server Management Guide The manuals referenced above can be viewed or printed from the CD-ROM included with the Access Server 316 or can be obtained on the World Wide Web in Adobe Acrobat Portable Document Format (PDF). Getting Help...
802.3-based and supports standard Ethernet/IEEE 802.3 and l0BaseT Ethernet/ IEEE 802.3 directly, and ThinWire Ethernet/IEEE 802.3 through an adapter. The Access Server 316 can be installed on a desktop or in a 19-inch rack. The Access Server 316 supports Flash RAM capability and other nonvolatile forms of memory.
NOTES Controls, Indicators, and Connectors All of the Access Server 316 controls, indicators, and connectors are located on the rear, as shown in Figure 1-1, with the exception of the System OK LED, which is duplicated on the front of the Access Server 316 (Figure 1-2).
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Display System OK LED Lights (green) when the Access Server 316 has passed self-test. Blinks when a nonfatal error occurs on self-test. When off, indicates that the Access Server 316 has failed self-test. Network Activity Refer to Table 1-3. Seven-Segment Provides error and status information.
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Ethernet/IEEE 802.3 local area network using a transceiver cable. This single female MJ8 connector connects to a 10BaseT Ethernet/IEEE 802.3 local area network. The Access Server 316 power cord plugs into this receptacle. LED Display Flashing (rate independent of network activity).
Flash RAM loading phase. If the Access Server 316 does not have Flash RAM, or if the name of the image in Flash RAM does not match the image name the Access Server 316 is attempting to load, it proceeds to a network load.
Chapter 2 Checking the Site The Access Server 316 can operate in an office environment and in a standard equipment rack located in a computer room or satellite equipment room. Regardless of where you install the Access Server 316, verify that all of the requirements in this section are met before beginning the installation.
Checking the Site Physical Requirements Allow for 15 cm (6 in) of airspace around the Access Server 316 air vents. Table 2-1 shows the size and weight of the Access Server 316. Table 2-1. Physical Specifications of the Access Server 316 Table 2-2 shows the acoustic parameters.
Environmental Requirements Environmental requirements for temperature and humidity must be within the ranges shown in Table 2-3. Table 2-3. Environmental Specifications of the Access Server 316 Parameter Temperature Operating Nonoperating Maximum rate of temperature change per hour Altitude Operating Nonoperating...
Table 2-5. Standard Ethernet/IEEE 802.3 Connector Output Table 2-4. Electrical Requirements Access Server 316 100–120 V rms/220–240 V rms 50/60 Hz 1.0 A rms/.5 A rms 1. The Access Server 316 automatically selects the voltage range. Parameter Access Server 316 Voltage + 12 V DC Current 0.5 A Max...
Before beginning the Access Server 316 installation, use the following checklist to make sure that the site preparation is complete: • Arrangements have been made to connect the Access Server 316 Ethernet port to an Ethernet interface device (if required).
Installing Serial Cables and Devices on the Access Server 316 The Access Server 316 can be configured by the software to support one of the two sets of signals. One set consists of: • Clear to send (CTS)—This is the default setting.
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Table 3-1. Cables and Adapters for the Access Server 316 Cable and Adapters BN25G MP8 to MP8 Equipment Cable BN24H MP8 to MMP6 (modified modular plug) Office Cable H8575-A (EIA 423-B to EIA-232-D) Adapter H8575-B Adapter H8575-D (E1A423-B to EIA-232-D) Adapter...
Cabling Requirements Table 3-2 shows the maximum communication distances for different types of cable used between the Access Server 316 and the Ethernet device. Table 3-3 shows the maximum cable lengths for a number of data rates using Access Server 316 supported line protocols.
Do not use structured building wiring or bundled type breakout cables at baud rates above 38.4 K. Separate point to point cables are recommended at baud rates above 38.4 K. CAUTION Standard Ethernet Connection The transceiver cable must not exceed the maximum distances listed in Table 3-2. 10BaseT Ethernet Connection The 10BaseT Ethernet installation must conform to the following configuration rules:...
Cabling the Site Installing the Access Server 316 in a Rack You can rack mount the Access Server 316 in any one of four ways (Table 3-4) depending on how you install the brackets. Access Server 316 Installation Flush with rear facing outward Recessed 2.54 cm (1 in)
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Cabling the Site Figure 3-1 shows how to install the brackets in order to recess the Access Server 316. Figure 3-1. Access Server 316 Bracket Installation...
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Cabling the Site Figure 3-2 shows how to remove the brackets from the Access Server 316. Figure 3-2. Access Server 316 Bracket Removal...
Installing the Access Server 316 on a Desktop To install the Access Server 316 on a desktop: Step Action Turn the Access Server 316 upside down. Remove the backing from the feet. Stick the feet to the Access Server 316.
Descriptions This chapter describes the pins of the Access Server 316 hardware connectors and the cables used to interface to the Access Server 316 hardware. Wiring diagrams of the individual cables are included to help you in troubleshooting and cable building.
Connector and Cable Pin Descriptions Standard Ethernet Figure 4-1 shows how the pins are numbered on a standard Ethernet transceiver interface connector and Table 4-1 lists the signals for the standard Ethernet connector pins. Figure 4-1. Pin Numbers and Signals for Standard Ethernet Connector Table 4-1.
10BaseT Ethernet The 10BaseT Ethernet connector is an 8-pin modular jack (MJ8). Figure 4-2 shows how the pins are numbered on a 10BaseT Ethernet connector and Table 4-2 lists the signals for the 10BaseT Ethernet connector. Figure 4-2. Pin Numbers and Signals for 10BaseT Ethernet Connector Table 4-2.
Connector and Cable Pin Descriptions Access Server 316 Serial Line Ports The Access Server 316 uses an MJ8 connector on the serial ports. Figure 4-3 shows how the pins are numbered on the MJ8 connector and Table 4-3 lists the signals on the pins.
Cable Connections Table 4-4 describes the cable connections that are compatible with the Access Server 316 Ethernet and serial line connectors. Wiring diagrams of individual cables are provided for use in troubleshooting and cable building. Cable Type 10BaseT Ethernet Cable BN25G MP8 to MP8 Equipment Cable H8585-AA MJ8 to...
Connector and Cable Pin Descriptions Cabling and Adapters Used with Access Server 316 The following figures illustrate the cabling and adapters used that can be used with the Access Server 316. Figure 4-4. Crossover Cable Connection...
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Connector and Cable Pin Descriptions Figure 4-5. Crossover and Straight-Through Cable Connections...
Network Access Software and is not required for the operation of the unit. Before an Access Server 316 is swapped, assure that at least one memory SIM is installed. Please refer to the following chapters for the correct procedure for removing and installing SIMs and Flash Cards.
Replacing and Adding Memory Replacing a Faulty Single-In-Line Memory Module To replace a SIM: 1. Disconnect all cables from the Access Server 316. 2. Remove the Access Server 316 brackets (if fitted) (Figure 5-1). Figure 5-1. Replace Unit...
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Replacing and Adding Memory 3. Remove the Access Server 316 cover (Figure 5-2). Figure 5-2. Cover Removal...
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Replacing and Adding Memory 4. Fit the anti-static kit (Figure 5-3). Figure 5-3. Anti-Static Wrist Guard...
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Replacing and Adding Memory 5. Locate the SIM connectors (Figure 5-4). Figure 5-4. SIM Location...
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Replacing and Adding Memory 6. Remove the faulty SIM (Figure 5-5). Figure 5-5. SIM Removal...
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Replacing and Adding Memory 7. Insert the replacement SIM into the connector (Figures 5-6 & 5-7). Figure 5-6. SIM Replacement...
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Replacing and Adding Memory Figure 5-7. Adding an Additional SIM...
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Flashing 11. Reconnect the cables and test the Access Server 316. When you plug in the power cable, the Access Server 316 runs self-tests. After the tests are completed, the Access Server 316 requests a load from Flash RAM. If Flash RAM is installed, three horizontal segments will be displayed.
If you are using a special load image file, use that file name in place of wweng2. If the SIM memory is faulty, the Access Server 316 flashed "C" if the faulty SIM NOTE is in connector 1 and "d" if the faulty SIM is in connector 2. If you install the wrong type SIM, the Access Server 316 flashes "n".
Check status message 960 to verify memory size: Local -960- Available memory 4 Mbytes If the SIM memory is faulty, the Access Server 316 flashes “C” if the faulty SIM NOTE is in connector 1 and “d” if the faulty SIM is in connector 2. If you install the wrong type SIM, the Access Server 316 flashes “n”.
Replacing and Adding Flash RAM This chapter shows how to replace or update an Access Server 316 Flash RAM Card. Electrostatic Discharge (ESD) can cause failure of electronic components and can NOTE reduce the long term reliability of the Access Server 316. Cabletron Systems recommends you use an anti-static kit or ESD wrist strap when installing a Flash RAM Card.
Replacing and Adding Flash RAM Replacing or Adding Flash RAM To replace or install the Flash RAM Card: 1. Disconnect all cables from the Access Server 316. 2. Remove the Access Server 316 brackets, if fitted (Figure 6-1). Figure 6-1. Removing the Brackets...
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Replacing and Adding Flash RAM 3. Remove the Access Server 316 cover (Figure 6-2). Figure 6-2. Removing the Cover...
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Replacing and Adding Flash RAM 4. Fit the anti-static kit (Figure 6-3). Figure 6-3. Fitting the Anti-Static Kit...
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Replacing and Adding Flash RAM 5. Locate the Flash RAM connector or remove the faulty Flash RAM Card (Figure 6-4). Figure 6-4. Locating the Flash RAM Connector/Removing Faulty Flash RAM Card...
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Replacing and Adding Flash RAM 6. Insert the replacement or Flash RAM Card update in the connector (Figure 6-5). Figure 6-5. Inserting the Replacement or Flash RAM Card Update The Flash RAM socket is keyed. Ensure that you follow the instructions located NOTE on the Flash RAM card when installing.
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Replacing and Adding Flash RAM 7. Remove the anti-static kit. 8. Replace the cover (Figure 6-6). Figure 6-6. Replacing the Cover 9. Connect a terminal to the Access Server 316 (See section titled System OK LED on page 7-4). Flashing...
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Replacing and Adding Flash RAM 10. Reconnect the cables and test the Access Server 316. When you plug in the power cable, the Access Server 316 runs a self-test. After the tests are completed, the Access Server 316 requests a load from Flash RAM.
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Example Local> SHOW MEMORY CONFIGURATION Dynamic RAM: Non-Volatile RAM: Flash RAM: Installed: Total size: Boot block: Load image: Name: Size: Version: NOTE If Flash RAM is installed, but its boot block is invalid, then the total memory size will be displayed as zero. Your Flash RAM can also be updated with the INITIALIZE command.
What to Do If You Have Problems This chapter helps you identify and correct problems you may encounter during and after the installation of the Access Server 316 hardware. The troubleshooting procedures are for diagnosing and correcting hardware-related problems only.
What to Do If You Have Problems Diagnosing Problems Compare the state of the Seven-Segment Display and the System OK LED with those shown in Table 7-1 and go to the section indicated for information on corrective action. On power up, the seven-segment display will show an “8”. Allow about 3 NOTE minutes to elapse before determining the state of the display.
Seven-Segment Display Off and System OK LED Off Problem(s) Correction(s) Power is not reaching the 1. Secure the power cable at the Access Server 316 and at the wall Access Server 316 hardware. 2. Check the wall outlet using another appliance or light, or plug the 3.
8 bits (no parity). (Refer to the specific terminal user's guide if you need help setting up the terminal parameters.) 3. Unplug the Access Server 316 power cord at the wall outlet, then reinsert it. 4. Read the error message that appears on the terminal display.
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If this corrects the problem, the fault is external to the Access Server 316. If this fails to correct the problem, notify the network manager to return the Access Server 316 to Cabletron Systems for repair or replacement.
What to Do If You Have Problems Seven-Segment Display Shows a “3” If the seven-segment display has a “3” after power up, the Access Server 316 has a downline loading problem. To isolate and diagnose the problem, do the following: 1.
Local—953—[MOP] Attempting to locate load host, [ISO8802] Local—953—[MOP] Attempting to locate load host, [ETHERNET] Problem: Load hosts are not responding to the Access Server 316 downline load request within the allotted timeout period. Correction: Copy the error message exactly as it appears on the console terminal display and notify the network manager.
— Hardware revision number incompatible with firmware revision number — No SIMs or wrong type SIMs installed Rotating — Access Server 316 is operating correctly Network Activity LED The following table shows the connection status for each type of LED display.