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HP HSR6800 Router SFE-X1front panel, SFE-X1specifications, SFE-X1, Item, NOTE:, Remarks, Figure 90 SFE-X1front panel, Table 33 SFE-X1specifications

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SFE-X1

The SFE-X1 with a built-in 1024-Gbps switch fabric is specially designed for the HSR6808 by HP to improve the router's switching capability.

NOTE:

Only the HSR6808 routers support SFE-X1.

SFE-X1 front panel

Figure 90 SFE-X1 front panel

(1)	Captive screw	(2) Ejector lever
(3)	Switching fabric module status LED (RUN)

SFE-X1 specifications

Table 33 SFE-X1 specifications

	Item	Remarks
	Flash	8 MB

		DDR2 SDRAM
	Memory type and size	256 MB (default)
		256 MB (maximum)

	NVRAM	128 KB

	Switching capability	1024 Gbps
	Switching capability	Supporting integrated switch fabric
		Supporting integrated switch fabric

	Hot swapping	Supported

Contents

HP HSR6800 Routers Page Contents Page Page Page Preparing for installation Safety recommendations Electricity safety Laser safety Router moving ESD prevention Examining the installation site Humidity Altitude Cleanness Cooling system EMI Installation accessories Page Installing the router Installation flow Installing a cable management bracket Installing the router in a 19-inchrack Installing the mounting brackets to the router Grounding the router Installing a power module Installing an MPU and a switching fabric module Installing an LPU Installing a HIM/MIM Installing a CF card Installing optional components Installing an air filter on an HSR6802/HSR6804 Page Installing an air filter on an HSR6808 Connecting the power cord Connecting power cords for the PSR650-D Connecting power cords for the PSR1200-D Page Page Connecting interface cables Connecting the AUX cable Connecting an Ethernet cable Making an Ethernet cable Connecting a fiber cable Figure 33 SFP+ transceiver module Fiber cable overview •Never exert a fierce force when you insert or remove a fiber connector •Never pull, press or extrude the fiber fiercely Table 9 Characteristics of single-modeand multi-modeoptical fibers Single-modeoptical fiber Connecting a fiber cable Connecting an E1/T1 cable E1 cable T1 cable Connecting an E1 cable (D68 <---->BNC) Connecting a T1 cable Connecting a CE3/CT3 cable Connecting a serial port cable Page Connecting a serial port cable Page Accessing the router Login methods Logging in through the console port Setting terminal parameters Page Page Powering on the router Logging in to the router through Telnet/SSH Logging in to the router through the AUX port Configuring basic settings Replacement procedures Replacing a power module Replacing an MPU and a switching fabric module Replacing an LPU Replacing a HIM/MIM Replacing a CF card Replacing a transceiver module Replacing a fan tray Replacing an air filter Replacing a memory module Memory module structure Replacing a memory module Page Hardware management and maintenance Displaying the hardware information of the router Displaying the running statistics for the router •Save the operating statistics for each module of the router •Display the operating statistics for each module of the router Displaying detailed information about a card Use the display device slot Displaying the electrical label data Use the display device manuinfo slot Table 12 Command output Displaying the CPU usage statistics Table 13 Command output Displaying the MPU memory usage Use the display memory command to display the active MPU memory information Table 14 Command output Displaying the CF card information Use the display device cf-cardcommand to display the CF card information Table 15 Command output FieldDescription Displaying the fan operating status Displaying the alarming thresholds of a card Port configuration and management Displaying transceiver module information Verifying transceiver modules Active and standby switchover for MPUs Troubleshooting system exceptions Rebooting a card or router To reboot the router immediately at the CLI: To schedule a reboot: Troubleshooting MPU failures LPU failures Power module failures Fan failures HIM/MIM failures Configuration system problems Dealing with password loss Examining the state of password recovery capability 1.Reboot the router 1.Reboot the router to access the EXTEND-BOOTWAREmenu, and then enter 2.When the EXTEND-BOOTWAREmenu appears again, enter 0 to reboot the router The router starts up with empty configuration To use the configuration in the 4.Configure a new console login password Page Dealing with password loss when password recovery capability is disabled 1.Reboot the router to access the EXTEND-BOOTWAREmenu, and enter 2.At the prompt for confirmation, enter Y 3.When the EXTEND-BOOTWAREmenu appears again, enter 0 to reboot the router The router starts up with the factory-defaultconfiguration Cooling system failure Ethernet port failure HIM/MIM, cable, and connection failure Software upgrade failures System software image file missing errors Appendix A Chassis views and technical specifications Chassis views Figure 77 HSR6802 rear view HSR6804 Figure 78 HSR6804 front view Figure 79 HSR6804 rear view HSR6808 Figure 80 HSR6808 front view Dimensions and weight Power consumption Power module PSR650-A PSR1200-A PSR650-D PSR1200-D Fan tray specifications MPU RSE-X2front panel RSE-X2specifications CF card Console port AUX port Management Ethernet port Reset button SFE-X1front panel SFE-X1specifications LPU FIP-110front panel FIP-110specifications FIP-110combo interface specifications Maximum interface modules provided by the FIP-110in full configuration FIP-210front panel FIP-210specifications FIP-210combo interface specifications Maximum interface modules provided by FIP-210in full configuration FIP-300front panel FIP-300specifications FIP-300combo interface specifications Maximum interface modules provided by FIP-300in full configuration FIP-310front panel FIP-310specifications FIP-310combo interface specifications FIP-31010 Gbps Ethernet port specifications Maximum interface modules provided by FIP-310in full configuration FIP-600front panel FIP-600specifications FIP-600combo interface specifications Maximum interface modules provided by FIP-600in full configuration SAP-48GBEfront panel SAP-48GBEspecifications SAP-48GBEfixed Ethernet port specifications SAP-24GBPfront panel SAP-24GBPspecifications SAP-24GBPfixed Ethernet port specifications SAP-48GBPfront panel SAP-48GBPspecifications SAP-48GBPfixed Ethernet port specifications SAP-4EXPfront panel SAP-4EXPspecifications SAP-4EXPfixed Ethernet port specifications SPE/OAP HIM/MIM Appendix B LEDs MPU and switching fabric module LEDs Figure 101 SFE-X1LEDs Table 43 SFE-X1LED description LPU LEDs FIP-110/FIP-210/FIP-600LEDs FIP-300LEDs FIP-310LEDs SAP LEDs Figure 107 SAP-48GBELEDs Table 47 SAP-48GBELED description Figure 108 SAP-24GBPLEDs Table 48 SAP-24GBPLED description Figure 109 SAP-48GBPLEDs Table 49 SAP-48GBPLED description Figure 110 SAP-4EXPLEDs Table 50 SAP-4EXPLED description SPE LEDs HIM/MIM LEDs Power module LEDs Fan LEDs Figure 116 Fan LEDs of the HSR6804 Figure 117 Fan LEDs of the HSR6808 Table 52 Fan LED description Page Appendix C Arranging slots and numbering interfaces Slot arrangement Available slots for cards Numbering interfaces Examples Fixed GigabitEthernet interfaces on the FIP-110 GigabitEthernet interfaces on the MIM-2GBE Page Appendix D Cable management General cabling requirements Labeling cables Cable management guidelines Page Cable routing example Support and other resources Contacting HP Related information Conventions Command conventions GUI conventions Symbols Network topology icons Port numbering in examples Index