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Cabletron Systems 9A000 C.3.11 VMA-200 Technical Speciﬁcations, C-30, Hardware Specifications

Models: 9A000

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C.3.11 VMA-200 Technical Speciﬁcations

Hardware Specifications

C.3.11 VMA-200 Technical Speciﬁcations

The VMA-200 ATM Adapter provides ATM connectivity to Crimson, Onyx, Challenge XL, Challenge L, and Power Challenge machines, and has the fol- lowing speciﬁcations:

	Hardware
Architecture	On-board 25 mHz i960 cell processor
AAL Support	Special purpose, on-board hardware for HEC, CRC, and AAL5 and
	3/4 calculations
UNI	155 Mbps SONET STS-3c/SDH STM-1
Form Factor	Single-slot 6U or 9U VMEbus
Compliance	ATM cell processing per ANSI T1S1.5/92-002R3, ITU I.361, and
	ATM Forum v3.0 UNI speciﬁcation.
Cabling	Duplex 62.5/125 ∝m multimode ﬁber (2 km max. run, 10 dB loss);
	2-pair 100 ohm CAT 5 or CAT 5 screened UTP (100 meters max.)
Connectors	ST and SC Types for multimode ﬁber; RJ-45 for CAT 5 UTP copper
Memory	256 kbytes on-board RAM
DMA Support	“Fly-by,” scatter-gather DMA support; VMEbus Master;
	A32/D32, 64 word maximum block transfers; A32/D64, 512 word
	maximum block transfers; Full 32-bit datapath
VMEbus modes supported	Master: A32/D32, A32/D64; Slave: A16/D16, A32/D32
	Requester: Level 3 only - fair requester; Interrupter: Level [7:1]
	Software

Transparent TCP/IP protocol interface

Enhanced-performance ATM Application Programming Interface (API) Library

SPANS Switched Virtual Circuit (SVC) signalling protocol

Permanent Virtual Circuits (PVC), Supports up to 1024 Virtual Circuit Identiﬁers (VCIs)

Application-controlled multicasting and broadcasting with recipient add and delete capabilities

Support for UNI 3.0 signalling, ILMI, LAN Emulation Services Clients, Classical IP

SNMP MIB access to adapter status, ATM cell statistics, cell errors, and VCI/VPI information

	General
Dimensions	6U: 0.6" H x 6.3" W x 9.2" D ( 1.5 cm x 16 cm x 23.4 cm)
	9U: 0.6" H x 14.4" W x 15.7" D ( 1.5 cm x 36.6 cm x 39.9 cm)
Weight	6U: 10.8 oz. (306 g), 9U: 32.5 oz. (922 g)
Power Requirements	2A (maximum) @ +5V; 50 mA@ + 12V
Operating Temperature	32˚F to 104˚F (0˚C to 40˚C)
Operating Humidity	20% to 80%, non-condensing @ 40˚C
Compliance	FCC Part 15, Class A Veriﬁcation (UTP); FCC Class B Certiﬁcation
	(ﬁber-optic connectors)
C-30

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Cabletron Systems 9A000 manual C.3.11 VMA-200 Technical Speciﬁcations, C-30, Hardware Specifications

Contents

SFCS-200WG and SFCS-1000 ATM SWITCH User’s Guide MMAC-Plus 9A000, SFCS-200BXPage Copyright April 1996 by Cabletron Systems, Inc 35 Industrial Way FCC Notice VCCI NoticeTable of Contents Installing the 9A000Switch Hardware PrefaceSwitch Setup Hardware Maintenance ProceduresContents ChapterSoftware Upgrade Instructions Appendix AAppendix B TroubleshootingAppendix C Hardware SpeciﬁcationsContents PREFACE Technical SupportTypographical Styles Important Information Indicators PREFACEviii Are all four conditions true?PREFACE Information contained in NOTE statements has been found important enough to be called to the special attention of the operator and will be set off from the text as followsLaser Warning PREFACESafety Agency Compliance Safety PrecautionsSymbols PREFACEPlacement of a Cabletron Systems Product Power Cord ConnectionModiﬁcations to Equipment PREFACECHAPTER Introduction1.1 Overview of the ATM Standard 1.2 Hardware Description IntroductionFigure 1.1 - 9A000 Switch Conﬁguration Introduction1.2.3 9A000 and SFCS Series Switch Board 1.2.1 Front Panel Description1.2.2 9A000 and SFCS Series Hardware Conﬁguration Introduction1.2.4 Switch Control Processor 1.2.5 9A000 and SFCS Series Network Modules1.2.6 Environmental Information IntroductionFeatures Introduction1.2.8 Safety Compliance 1.3.1 Switch Control Software1.3 Software Description 1.2.7 Standards ComplianceIntroduction 1-8 Installing the 9A000 2.1 Installing the 9A000CHAPTER Installing the 9A000 Jack for ESD wrist strap Metal Back-Panel Circuit Card Card GuidesEnsure that the circuit card is between the card guides Figure 2.1 - Installing the 9A000 Module2.2 The Reset Switch Installing the 9A000Installing the 9A000 2-4 Switch Hardware CHAPTER3.1 Switch Hardware Conﬁgurations Switch HardwareSwitch Hardware Figure 3.2 - SFCS-200BX Switch ConﬁgurationSwitch Hardware 48V DCAC Volt. In SFCS3.2 Switch Hardware Components 3.2.1 Switch Board3.2.2 Switch Control Processor Switch HardwareSwitch Hardware 3.2.2.1 i960 Switch Control Processor3.2.2.1.1 RESET Button 3.2.2.1.2 RS-232 Serial PortSwitch Hardware SignalSignal Name Pin NumberSwitch Hardware 3.2.2.1.4 CTL Port3.2.2.1.5 NEXT Pushbutton 3.2.2.1.6 SELECT Pushbutton3.2.3 Network Modules Switch Hardware3.2.2.1.8 Power LED LED Color3-10 Switch Hardware3.2.4 Power Supply Modules 3-11Switch Hardware 3.2.4.1 SFCS-200BX AC Power Supply3-12 Switch Hardware3.2.4.2 SFCS-1000 AC Power Supply Model A The model A AC power supply for an SFCS-1000 is shown in Figure3-13 Switch Hardware3.2.4.2.1 Power Supply LEDs 3.2.4.2.2 Shutdown Conditions3-14 Switch HardwareIf a model A power supply goes into shutdown, it will remain shut down until the power switch is turned off and turned on again power cycle. The power switch must remain off long enough for the SHUTDOWN LED to extinguish this allows the capacitors to discharge 3-15 Switch Hardware3.2.4.3 SFCS-1000 AC Power Supply Model B The model B AC power supply for an SFCS-1000 is shown in Figure3-16 Switch Hardware3.2.4.3.1 Power Supply LEDs 3.2.4.3.2 Shutdown Conditions3-17 Switch Hardware3.2.6 SFCS-1000 Temperature Sensing 3.2.5 SFCS-1000 Fan Tray3-18 Switch Hardware3.2.7 SFCS-1000 Common Equipment Card CEC 3-19Switch Hardware AL1AL23-20 Switch HardwarePins 1 and Pins 3 and3-21 Switch Hardware3.2.7.3.1 Alarm LEDs 3.2.7.3 CEC Status LEDs3-22 Switch Hardware3.2.7.3.2 Power Supply LEDs 3.2.7.3.3 Switch Board LEDs3-23 Switch HardwareLED Color MeaningSwitch Hardware 3-24 Switch Setup 4.1 Introduction4.2 Unpacking CHAPTERSwitch Setup 4.2.1 Inventorying the Unit4.3 Electrical Considerations Switch Setup4.4 Rack-Mounting an SFCS-200BX 4.4.1 Required ToolsSwitch Setup 4.4.2 Installing the Rack-mount Brackets Switch SetupSwitch Setup NOTE The SFCS-200BX is an operational ATM switch at this point if used with other Cabletron switches or with ATM interface cards. However, if other vendor equipment is connected, you may have to complete an ini- tial user conﬁguration4.5 Rack-Mounting an SFCS-200WG 4.5.1 Required ToolsSwitch Setup 4.5.2 Installing the Rack-mount Brackets Switch SetupSwitch Setup 4.6 Rack-Mounting an SFCS-1000 4-10Switch Setup 4.6.1 Installing the SFCS-1000 4-11Switch Setup 4.7 Installing the Serial Cable 4-12Switch Setup 4.8 Modem Conﬁguration 4.8.1 Modem Parameters4-13 Switch Setup4.9 Conﬁguring IP Addresses conﬁguration ip address interface addressconﬁguration ip mask interface mask 4-144.10 AMI Security 4.11 Subsequent Operation4-15 Switch Setup4.12 Verifying the Installation 4.13 Product Registration Informationconﬁguration port show 4-16Hardware Maintenance Procedures 5.1 Network Module Replacement5.1.1 Overview CHAPTER5.1.2 Multicast Mode Hardware Maintenance Procedures5.1.3 Hot-swapping Network Modules Hardware Maintenance Procedures5.2 Power Supply Module Replacement 5.2.1 SFCS-200BX Power Supply Module ReplacementHardware Maintenance Procedures Hardware Maintenance Procedures 5. Pull forward on the handle to remove the sliding tray5.2.2 SFCS-1000 Power Supply Module Replacement Hardware Maintenance Procedures5.2.2.1 Replacing an SFCS-1000 AC Power Supply Model A AC 48V DC 5VDC OK SHUTDOWNHardware Maintenance Procedures 3. Unplug and remove the power cord from the failed supplyHardware Maintenance Procedures 7. Ensure that the fuses on the new unit are rated at 12.5AHardware Maintenance Procedures 5.2.2.2 Replacing an SFCS-1000 AC Power Supply Model BA model B AC power supply module for an SFCS-1000 is shown in Figure ON/OFF Switch Handle5-10 Hardware Maintenance Procedures5-11 Hardware Maintenance Procedures6. Set the failed supply aside and prepare to install the new one 5.3 SFCS-1000 Fan Tray Replacement 5-12Hardware Maintenance Procedures 5.4 Switch Control Processor Replacement 5-13Hardware Maintenance Procedures 5-14 Hardware Maintenance ProceduresCAUTION Take care to properly align the SCP in the card guides in the following step 5.5 Switch Board Replacement 5-15Hardware Maintenance Procedures 5-16 Hardware Maintenance ProceduresNOTE To ensure that the switch will work with the previously established network conﬁguration, the relative position of the network modules must not change when you transfer them to the new fabric. For example, an OC-3c network module that is removed from slot A of the old switch fabric must be installed in slot A of the new switch fabric. Therefore, it is recommended that you label all network connections and network modules before removing them 5-17 Hardware Maintenance ProceduresCAUTION Make sure the replacement board is properly aligned in the slot in the next step Hardware Maintenance Procedures 5-18 Software Upgrade Instructions CHAPTER6.1 Obtaining the Software Upgrade File via Diskette Software Upgrade Instructionstar -xvf device eject deviceforeextract device Software Upgrade Instructions6.2 Performing the Software Upgrade mkdir /tftpbootmv ﬁlename /tftpboot operation upgrade ?operation upgrade 169.144.3.54asx-scp4.0.01.3 operation upgrade 169.144.3.54ASX-200BX4.0.01.3Software Upgrade Instructions Software Upgrade Instructions Reboot the switchy? y6.3 Changing between Multiple Versions of Software Software Upgrade InstructionsSoftware Upgrade Instructions localhostoperation rebootAre you sure you want to reboot this switch n? y 6.4 Using bootp to Download Software to the Switch 6.4.2 Setting Up Your bootp Server6.4.1 Overview Software Upgrade Instructions6.4.3 Adding an Entry for Your Switch in the bootptab File 6-10Software Upgrade Instructions 6-11 Software Upgrade InstructionsThe variables in the previous example are deﬁned as follows 6.4.4 Setting Up a tftpboot Server 6-12Software Upgrade Instructions Troubleshooting A.1 Adapter Hardware TroubleshootingAPPENDIX A Troubleshooting Figure A.1 - Adapter Hardware Troubleshooting FlowchartA.1.1 Run Looptest TroubleshootingA.1.2 Check Self-Test Automatically Performed A.1.3 Firmware Download Automatically PerformedTroubleshooting A.1.4 Hardware Detected by Driver netstatTroubleshooting A.1.5 Check Firmware atmstat fa0Troubleshooting A.1.6 Check Physical Link TroubleshootingA.2 Testing Network Connectivity Using PVCs TroubleshootingFigure A ping IPaddressofremoteworkstation A-10Troubleshooting A.2.1 Verifying the Outgoing ATM ARP Entry A-11Troubleshooting A.2.2 atmstat A-12Troubleshooting A-13 TroubleshootingA.2.2.2 Cells and VPI/VCI Errors Received by Remote A.2.2.3 Cells and AAL* Errors Received by RemoteA-14 TroubleshootingA.2.2.5 Cells and No Errors Received by Remote and Transmitting Cells A.3 Collecting Additional Information A.3.1 Basic InformationA.3.2 Adapter Information A-15uname -a ifconﬁg fa0netstat -nr A-16netstat -in adinfo fa0A-17 TroubleshootingA.3.3 Switch Information A-18Troubleshooting asxmon switchname cport switchnameA-19 Troubleshootingconﬁguration spans show conﬁguration port showA-20 Troubleshootingconﬁguration port taxi show conﬁguration port ds3 showA-21 Troubleshootingconﬁguration port ds1 show conﬁguration port sonet showconﬁguration e1 show conﬁguration port e3 showSCP Diagnostics B.1 SFCS-200WG, SFCS-200BX, SFCS-1000 DiagnosticsAPPENDIX B B.1.1 Accessing the Monitor Mode SCP DiagnosticsSCP Diagnostics B.1.2 Running the Hardware Tests SCP DiagnosticsB.1.2.1 Clock Test B.1.2.2 DRAM TestSCP Diagnostics B.1.2.3 DRAM Chip TestB.1.2.4 Ethernet Test B.1.2.5 FLASH TestSCP Diagnostics B.1.2.6 FLASH Chip Test=test-fc 1 Save Chip SCP Diagnostics B.1.2.9 Timer TestTimer OK Clock OK DRAM OK Ethernet OK Timer OK Serial OKSCP Diagnostics =test-manufact Clock OK DRAM OK Ethernet OK Timer OKB.1.2.11 Complete Hardware Test C.1 Cabletron ATM Switches APPENDIX CHardware Speciﬁcations Hardware Specifications C.1.1 SFCS-200WGC.1.2 SFCS-200BX Hardware SpecificationsC.1.3 SFCS-1000 Hardware SpecificationsC.2 ATM Network Modules C.2.1 100 Mbps TAXI ModuleHardware Specifications C.2.2 155 Mbps OC-3c/STM-1 MM Module Hardware SpecificationsC.2.3 155 Mbps STS-3c/STM-1 UTP Module Hardware SpecificationsHardware Specifications SignalSignal Name C.2.3.2 Connecting Switches with 155 Mbps UTP Network ModulesC.2.4 622 Mbps OC-12c/STM-4c MM Module Hardware SpecificationsC.2.5 25 Mbps TP25 Module C-10Hardware Specifications C-11 Hardware SpecificationsC.2.5.1 Connecting Switches with TP25 Network Modules C-12 Hardware SpecificationsC.2.6 34 Mbps E3 Module C-13Hardware Specifications C.2.7 45 Mbps DS3 Module C-14Hardware Specifications C.2.8 155 Mbps OC-3c/STM-1 SM Module C-15Hardware Specifications C.2.9 155 Mbps OC-3c/STM-1 3MM/1SM Module C-16Hardware Specifications C-17 Hardware SpecificationsDescription C.2.10 622 Mbps OC-12c/STM-4c SM Module C-18Hardware Specifications C.3 ATM Adapters C.3.1 Adapter Cabling SpeciﬁcationsC-19 Hardware SpecificationsC-20 Hardware SpecificationsC.3.1.2 UTP Cable Speciﬁcations C.3.2 ESA-200PC Technical Speciﬁcations C-21Hardware Specifications C.3.3 PCA-200PC Technical Speciﬁcations C-22Hardware Specifications C.3.4 PCA-200MAC Technical Speciﬁcations C-23Hardware Specifications C.3.5 NBA-200 Technical Speciﬁcations C-24Hardware Specifications C.3.6 GIA-200 Technical Speciﬁcations C-25Hardware Specifications C.3.7 HPA-200 Technical Speciﬁcations C-26Hardware Specifications C.3.8 MCA-200 Technical Speciﬁcations C-27Hardware Specifications C.3.9 SBA-200 Technical Speciﬁcations C-28Hardware Specifications C.3.10 ESA-200 Technical Speciﬁcations C-29Hardware Specifications C.3.11 VMA-200 Technical Speciﬁcations C-30Hardware Specifications Hardware Specifications C-31 Hardware Specifications C-32 GLOSSARY GLOSSARY ATM Link - a virtual path link VPL or a virtual channel link VCLatmconﬁg - a FORE program used to enable or disable SPANS signalling GLOSSARYGLOSSARY Cell - an ATM Layer protocol data unit PDUGLOSSARY Cell Header - ATM Layer protocol control informationGLOSSARY DSn Digital Standard n 0, 1, 1C, 2, and 3 - a method that deﬁnes the rate and format of digital hierarchyGLOSSARY EPROM - Erasable Programmable Read Only Memory See PROMGLOSSARY HPUX - the Hewlett-Packard version of UNIXGLOSSARY nnn.nnn.nnn.nnng-10 GLOSSARYg-11 GLOSSARYLayer Entity - an active layer within an element g-12 GLOSSARYg-13 GLOSSARYOpenView - Hewlett-Packard’s network management software g-14 GLOSSARYPeer Entities - entities within the same layer g-15 GLOSSARYPoint-to-Point Connection - a connection with only two endpoints g-16 GLOSSARYPVC Permanent Virtual Circuit or Channel - a circuit or channel through an ATM network provisioned by a carrier between two endpoints used for dedicated long-term information transport between locations g-17 GLOSSARYSGMP Simple Gateway Management Protocol - the predecessor to SNMP g-18 STS Synchronous Transport Signal - a SONET electrical signal rateGLOSSARY g-19 Switched Connection - a connection established via signallingGLOSSARY g-20 GLOSSARYVCI Virtual Channel Identiﬁer - the address or label of a VC g-21 GLOSSARYVPI Virtual Path Identiﬁer - the address or label of a particular VP GLOSSARY g-22