DSS NETWORKS Metro-Switch Gigabit Backplane Switch Fabric Board and Firmware Users Manual (Includes models 8260, 8261 and 8261-RIO) Firmware Version 1.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual 1. INTRODUCTION..................................................................................................... 4 1.1 CAPABILITIES OVERVIEW .................................................................................. 4 1.2 USE AND TARGET APPLICATIONS.................................................................... 5 1.3 KIT CONTENTS ...................................................................................................
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual 9.1.23 EEPROM CONTENTS SHOW COMMAND ................................................... 41 9.1.24 EPROM INIT COMMAND.............................................................................. 41 9.1.25 EEPROM TEST READ COMMAND ............................................................... 41 9.1.26 MMU REGS SHOW COMMAND.................................................................... 41 9.1.27 CMIC REGS SHOW COMMAND .....................
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual 1. INTRODUCTION The Metro-Switch family of embedded Gigabit Ethernet switches are a highperformance, flexible and cost-effective solution for adding scalable Gigabit Ethernet switching capabilities for use in standalone or rackmount embedded systems applications. The Models 8260 and 8261 support 12-ports of 10/100/1000 Base T over copper or 10ports copper and 2 ports of 1000 Base X over optical fiber.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual includes fully configurable routing tables and RMON, SNMP, Ethernet and extended MIB(s). A 32-bit, 66 MHZ PCI interface is also provided to support system management via the PCI bus and the switch can additionally route packets to/from the PCI interface as a “virtual port” function. This would allow for example, SNMP or other management packets to be routed to an external processing component in a distributed network management scheme. 1.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual 1.5 COMPATIBILITY The Metro-Switch is fully compliant with the following standards: IEEE 802.3-2002 (all sections applicable to 1000 Base T, 1000 Base SX, 1000 Base LX) IEEE 802.1D and IEEE 802.1Q as applicable for VLAN and priority queuing support PCI 2.2 bus compliant, 32-bit 33/66 MHZ PICMG 2.0 R3.0 Compact PCI compliant (6U form factor) PICMG specifications: 2.16 R1.
Gigabit Ethernet Metro-Switch Part Number Model Description # Copper ports # Fiber ports Switch type Board and Firmware Users Manual 182604 8260 12-port Compact PCI PICMG 2.16 compliant switch 12 (10/100/1000 Base T) 0 (without fiber uplinks) L2+ and L3 Model 8261 Part Number Model Description Copper ports Fiber ports Switch type 182612 8261 12-port Compact PCI PICMG 2.
Gigabit Ethernet Metro-Switch Part Number Model Description # Copper ports # Fiber ports Switch type Board and Firmware Users Manual 182614 8261 12-port Compact PCI PICMG 2.16 compliant switch 12 (10/100/1000 Base T) 0 (without fiber uplinks) Multilayer (L2 – L7) Note: Please note that copper ports 10 and 11 are not active when fiber ports are used. 3.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual 4. SYSTEM REQUIREMENTS Compact PCI PSB Platform: Compact PCI compliant (PICMG 2.16, PICMG 2.0 R3.0) Size 6U chassis and slots, power supply and fan(s) Packet Switching Backplane Compliant to PICMG 2.16 R1.0 At least one fabric slot required Metro-Switch installs into fabric slot in PICMG 2.16 PSB backplane Note: The Metro-Switch may also be installed into peripheral slot on standard Compact PCI chassis with H.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual 5. BOARD AND CONNECTOR INFORMATION 5.1 COMPONENT DIAGRAM DSS NETWORKS, INC. Version: 1.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual 5.2 BOARD PHOTOS Model 8261 - P/N 182612 (shown without heat sinks) DSS NETWORKS, INC. Version: 1.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual Model 8261-RIO - P/N 182618 DSS NETWORKS, INC. Version: 1.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual 5.3 BOARD LED INDICATORS There are 12 LED arrays marked “P0” thru “P11” on the front panel. Each port array has 4 green LEDS and their meaning is described in the following table: Port LED Arrays (P0 – P11) Function Table (from left to right) Gigabit Switch Model 8260/8261 LED # 1 Green Link LED # 2 LED #3 Green Yellow TX RX LED #4 Yellow Quality* Note: The Quality LED is only available for ports in 1000-Base-T copper mode.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual 5.4 CPCI CONNECTOR PIN/SIGNAL DEFINITIONS The MetroSwitch models use the J1, J3 and J5 Compact PCI connectors as shown in the following diagrams. Connectors J2 and J4 are not used.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual C17 C18 C19 C20 C21 C22 C23 C24 C25 P_IPMB_SDA EARLY_3V P_AD14 EARLY_VIO P_AD8 EARLY_3V P_AD3 EARLY_VIO P_ENUM_N D17 D18 D19 D20 D21 D22 D23 D24 D25 GND P_PAR GND P_AD11 P_M66EN P_AD6 EARLY_5V P_AD0 EARLY_3V E1 E2 E3 E4 E5 E6 E7 E8 E9 E10 E11 E12 E13 E14 E15 E16 E17 E18 E19 E20 E21 E22 E23 E24 E25 EARLY_5V P_TDI INTD# INTS P_GNT_N P_AD31 P_AD27 P_AD24 P_AD22 P_AD19 P_CBEN2 NC NC NC P_TRDY_N LOCK# P_PERR_N P_CBEN1 P_AD13 P_AD10 P_CBEN0 P_AD
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual Board Connectors pin diagram J3 CPCI Connector J3 Signal Name CPCI Connector J3 Signal Name A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 A13 A14 A15 A16 A17 A18 A19 MDIB_P-1 MDIA_P-1 MDIB_P-2 MDIA_P-2 MDIB_P-3 MDIA_P-3 MDIB_P-4 MDIA_P-4 MDIB_P-5 MDIA_P-5 MDIB_P-6 MDIA_P-6 MDIB_P-7 MDIA_P-7 MDIB_P-8 MDIA_P-8 LP1-DB_P LP1-DA_P SGA4 B1 B2 B3 B4 B5 B6 B7 B8 B9 B10 B11 B12 B13 B14 B15 B16 B17 B18 B19 MDIB_N-1 MDIA_N-1 MDIB_N-2 MDIA_N-2 MDIB_N-3 MDI
Gigabit Ethernet Metro-Switch E9 E10 E11 E12 E13 E14 E15 E16 E17 E18 E19 MDID_N-5 MDIC_N-5 MDID_N-6 MDIC_N-6 MDID_N-7 MDIC_N-7 MDID_N-8 MDIC_N-8 LP1-DD_N LP1-DC_N SGA0 DSS NETWORKS, INC. Board and Firmware Users Manual F9 F10 F11 F12 F13 F14 F15 F16 F17 F18 F19 GND GND GND GND GND GND GND GND GND GND GND Version: 1.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual Board Connectors pin diagram J5 CPCI Connector J5 Signal Name CPCI Connector J5 Signal Name A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 A13 A14 A15 A16 A17 A18 A19 A20 A21 A22 MDIB_P-9 MDIA_P-9 MDIB_P-10 MDIA_P-10 MDIB_P-11 MDIA_P-11 MDIB_P-12 MDIA_P-12 LP13-DB_P LP13-DA_P LP14-DB_P LP14-DA_P LP15-DB_P LP15-DA_P LP16-DB_P LP16-DA_P LP17-DB_P LP17-DA_P LP18-DB_P LP18-DA_P LP19-DB_P LP19-DA_P B1 B2 B3 B4 B5 B6 B7 B8 B9 B10 B11 B12 B13 B14 B15 B1
Gigabit Ethernet Metro-Switch E3 E4 E5 E6 E7 E8 E9 E10 E11 E12 E13 E14 E15 E16 E17 E18 E19 E20 E21 E22 MDID_N-10 MDIC_N-10 MDID_N-11 MDIC_N-11 MDID_N-12 MDIC_N-12 LP13-DD_N LP13-DC_N LP14-DD_N LP14-DC_N LP15-DD_N LP15-DC_N LP16-DD_N LP16-DC_N LP17-DD_N LP17-DC_N LP18-DD_N LP18-DC_N LP19-DD_N LP19-DC_N DSS NETWORKS, INC.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual 6. POWER CONSUMPTION SPECIFICATIONS All board power is derived from 5V power rail to CPCI “J1” connector. Note: The 3.3V onboard power has its own power regulator taken from the 5V rail, however it can optionally be jumpered to use the 3.3V power rail from the J1 CPCI connector. Onboard power supplies 1.2V Power (mA, A) 2.5V Power (mA, A) 6.584A 7.91W 3.01A 3.3V Power (mA, A) 7.53W 1.025 Power (W) 3.39W 18.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual body by using a wrist ground-strap or by touching the bare metal case around the power supply inside your computer. Avoid excessive movement during the installation, such as walking across carpets, as this can generate static. If you must leave the installation area before the installation is complete, be sure to ground yourself again before continuing the installation. Step 2: Insert Metro-Switch fabric card into the first CPCI 2.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual 7.1 SERIAL PORT CABLE DIAGRAM Included in each Metro-Switch kit shipped from the factory to the customer is one RJ-11 male to DB9 female RS232 serial port cable for connecting to the PC’s serial COM port for use with a terminal emulator in a PC.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual 8. COPPER AND FIBER CABLING 8.1. FIBER CABLE SPECIFICATIONS Distance (1000-base-SX 850nm multimode) (1000-base-LX 1310nm singlemode) 1000BASE-SX/LX (850 nm Laser for multimode-SX, 1310nm laser for single-mode-LX) Fiber Core Diameter Type 62.5/125 um 62.5/125 um 50.0/125 um 50.0/125 um 9.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual This section explains how to connect external 1000 Base T copper ports to the MetroSwitch using the standard Category 5, 5e or 6 cables. The maximum cable length is typically 100 meters or 328 feet. Insert the Category 5 or 5e cable into the RJ-45 connector on the Rear I/O module until the self-locking tab clicks into position. Connect the opposite end in to a device containing a 10/100 or 10/100/1000 Base T port.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual RJ-45 pinouts for CAT5 connectors and cables are shown in the following table: Pin 1 2 3 4 5 6 7 8 10/100 Signal Transmit+ TransmitReceive+ Unused Unused ReceiveUnused Unused Gigabit Signal Channel A+ Channel AChannel B+ Channel C+ Channel CChannel BChannel D+ Channel D+ 9. UNIT OPERATION The switch is factory pre-programmed with firmware and default switching configuration to operate as a standalone “layer 2” switch.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual Switch status Switch statistics Link status Link (port) statistics Port-based VLANS Tagged and untagged VLANS Spanning tree groups (MSTP) Simple and rapid spanning tree (STP, RSTP) Switch reset Port statistics Configuration commands Eeprom access commands Note: Additional features including trunking, port aggregation, protected ports, IPv4 IP static routing and QoS are planned and will be availabl
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual 9.1.1 HELP COMMAND metro-sw> h CLI cmds: link stats eeprom eereg mmu arl vlan stg gimask girule gffp-ctr gffp-pkt cmic cfg switch gmac gpic sgmii portctl mirctl egrmask help h metro-sw> [show | stat | regs] [int | ext | ] ... [show | clr] [show | init | test] [read | ] [show | set | clr] ... regs regs [show | set | regs] ... [show] [show | set | regs] ... [show | set | regs] ...
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual Usage example: metro-sw> vlan set 3 0x04 0x1ff 0x3ff The arguments to the Vlan set command are as follows: vlan set Where: Id = vlan id stg = Spanning tree group vlan_port_map = port bitmap of vlan member ports egr_map_untagged = port bitmap of egress ports (sent w/o tags) Note: The port bit map is a 12-bit mask shown as hexadecimal value.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual 9.1.4 VLAN TABLE REGISTER COMMAND The vlan table show register command is used to display the value of the corresponding vlan register of the switch e.g., the register value which is used for the current mode of operation. metro-sw> vlan reg 3 vlan id = 03 vlan[0x3e00000]: vlan[0x3e0000c]: vlan[0x3e00018]: 9 1ff 3ff # value is (stg << 1) | valid_bit # egress_mapped_tagged port bitmap # egress_mapped_untagged port bitmap 9.1.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual metro-sw> eereg set 1 0x24 1 1 0x00 0x10 0x00 0x40 In this command, the arguments are interpreted as follows: metro-sw> eereg set metro-sw> eereg show reg idx: 01, rclass: 01 (reg set cmd) base: 24, strt/incr: 01, end/cnt: 01 data: 00 10 00 40 In the example above, the last two data bytes (0x00 0x40) specify the layer 2 ARL age timeout in seconds (i.e.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual Note: ‘reg-base’ can be set from 0x22 – 0x28 for up to seven entries per port. metro-sw> eereg show reg idx: 01, rclass: 03 (reg set cmd) base: 22, strt/incr: 00, end/cnt: 00 data: 01 08 00 01 In the example above, the data bytes comprising a 32-bit long word (0x01, 0x08, 0x00 0x01) specify the VLAN id, Ethertype and Frame-Type for the port range starting at zero and ending at 0 (port 0 only). DSS NETWORKS, INC. Version: 1.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual The following table shows the encoding of the data bytes comprising the 32-bit longword argument: Bits 30:28 Bits 27:12 Bits Name FrameType 001 = Ethernet II 010 = 802.3 LLC/SNAP 100 = LLC (Only one bit set per entry) Name Description Frame type to match Description EtherType (i.e. 0x0800 for IPv4) Ether type field which determines the protocol Name Description VLAN ID Vlan ID for this entry 11:00 9.1.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual 9.1.12 ‘EEREG CLR’ COMMAND metro-sw> eereg clr Clears eeprom entries specified by ‘reg-idx’. 9.1.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual 9.1.14 LINK COMMAND metro-sw> link show int 0xb phy link = 11, reg(0x0): reg(0x1): reg(0x1c-68): reg(0x1c-7c): link up = 1 1140 796d 69bf 7cec metro-sw> link show ext 4 iphy link = 4, link up = 1 reg(0x01): 0004 reg(0x00): 0140 reg(0x05): 0000 reg(0x06): 0000 reg(0x0b): 0004 reg(0x0c): 180c reg(0x0e): 0000 reg(0x0f): 0000 reg(0x10): 0400 reg(0x14): 001d The ‘link stat’ command shows a summary table of the link state (down/up) and link speed.
Gigabit Ethernet Metro-Switch sd up cnt: an strt cnt: Board and Firmware Users Manual 0 0 9.1.
Gigabit Ethernet Metro-Switch phy[0x12]: phy[0x13]: phy[0x14]: phy[0x15]: phy[0x16]: phy[0x17]: phy[0x18]: phy[0x19]: phy[0x1a]: phy[0x1c]: phy[0x1d]: phy[0x1e]: phy[0x1f]: s-1c[0x34]: s-1c[0x38]: s-1c[0x68]: s-1c[0x70]: s-1c[0x78]: s-1c[0x7c]: xphy[0x00]: xphy[0x01]: xphy[0x02]: xphy[0x03]: xphy[0x05]: xphy[0x07]: xphy[0x08]: xphy[0x09]: xphy[0x0a]: xphy[0x0b]: xphy[0x0c]: xphy[0x0d]: xphy[0x0e]: xphy[0x0f]: Board and Firmware Users Manual 0 0 101 60e6 0 f03 7267 ff1c 247e 7cec 57b 0 0 3421 3868 68c0 72
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual 9.1.
Gigabit Ethernet Metro-Switch (0x53) (0x54) (0x55) (0x56) (0x57) (0x5b) (0x5c) (0x5d) (0x5e) (0x5f) (0x60) (0x61) (0x62) (0x63) (0x74) (0x75) GTMCL* GTLCL* GTXCL* GTFrags GTNCL* GTBYTes GTIP GTVLAN GTAGE GTIPD* GTIMTLD GTABRT* GTIMDR GTFIDR GTCE* GTIPAGE 0 0 0 0 0 5138544 0 0 0 0 0 0 0 0 0 0 Board and Firmware Users Manual (802.2-30.3.1.1.8/aOctetsTransmittedOk;2665/ifOutOctets) 9.1.
Gigabit Ethernet Metro-Switch wait data high last read val last progress code mii timeouts schan timeouts schan err cnt last schan rsp l2 purge cnt Board and Firmware Users Manual 0 0 4 0 0 0 0 0 The clear stats command executes an implicit ‘stats show’ command before clearing the stats values.
Gigabit Ethernet Metro-Switch gpic[0x80018]: gpic[0x80019]: gpic[0x8001a]: gpic[0x8001b]: gpic[0x8001c]: gpic[0x8001d]: gpic[0x8001e]: gpic[0x8001f]: gpic[0x80020]: gpic[0x80021]: gpic[0x80022]: gpic[0x80023]: gpic[0x80024]: gpic[0x80025]: gpic[0x80026]: gpic[0x80027]: gpic[0x80028]: Board and Firmware Users Manual 0 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 9.1.
Gigabit Ethernet Metro-Switch reg(0x0): reg(0x1): reg(0x1c-68): reg(0x1c-7c): Board and Firmware Users Manual 000b 0149 69bf 7c1d metro-sw> sgmii show ext 0 sgmii phy link reg(0x0): reg(0x1): reg(0x1c-68): reg(0x1c-7c): = 0, link up = 0 0000 0149 68c0 7ced 9.1.
Gigabit Ethernet Metro-Switch mmu[0xd80005]: mmu[0xd80006]: mmu[0xd80007]: mmu[0xd80008]: mmu[0xd80009]: mmu[0xd8000a]: mmu[0xd8000b]: mmu[0xd8000c]: mmu[0xd8000d]: mmu[0xd8000e]: mmu[0xd8000f]: mmu[0xd80010]: mmu[0xd80011]: mmu[0xd80012]: mmu[0xd80013]: mmu[0xd80014]: mmu[0xd80015]: mmu[0xd80016]: mmu[0xd80017]: mmu[0xd80018]: mmu[0xd80019]: mmu[0xd8001a]: mmu[0xd8001b]: mmu[0xd8001c]: mmu[0xd8001d]: mmu[0xd8001e]: mmu[0xd8001f]: mmu[0xd80020]: mmu[0xd80021]: mmu[0xd80022]: Board and Firmware Users Manua
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual 9.1.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual 9.1.30 ‘GIMASK SET’ COMMAND The ‘gimask set’ command is used to setup the GIMASK tables for the FFP processor. The command takes seven numeric arguments. The first argument is the ‘link’ index (011) and the second argument is the ‘mask’ index (0-15). The third argument is the table entry index (0 – 11). The last 4 arguments are the data bytes comprising the 32-bit dword.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual metro-sw> girule set 0 0 0 0 0 0 0xa0 port) midx: 00, eidx: 00 # set action bits 5 and 7 (send to metro-sw> girule set 0 0 2 0 0 0 0x21 midx: 00, eidx: 02 # dest-port=1, untag-bit, ctr=0 metro-sw> girule set 0 0 5 0x08 0 0x45 0 midx: 00, eidx: 05 # set FILTER-2 (for dataoff-2 filter) metro-sw> eereg set 3 5 0 0 0 0x5 0 0xff port 1 # enable mirroring on port 0 egress metro-sw> cfg save # save configuration to eeprom DSS NETWORKS, INC.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual FFP “GIMASK” table bit map description: ADDR-LIMIT 0x07g0.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual dword. The rightmost argument ‘d1’ is the least significant byte (bits 0 – 7) while the leftmost ‘d3’ is the most significant byte (bits 24-31) of the 32-bit dword.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual If is either ‘-1’ or ‘all’, all valid entries in the table are shown. If is either ‘-1’ or ‘all’, all valid table entries with the specified link index are shown.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual ffpr[0x7020007]: ffpr[0x7020008]: ffpr[0x7020009]: ffpr[0x702000a]: ffpr[0x702000b]: 0 0 0 0 0 9.1.34 ‘GIMASK SHOW REGISTER’ COMMAND The ‘gimask regs’ command is used to display the current GIMASK tables for the FFP processor currently used by the switch. The command takes two numeric arguments. The first argument is the ‘link’ index (0-11) and the second argument is the ‘mask’ index (0-63).
Gigabit Ethernet Metro-Switch ffpr[0x7020001]: ffpr[0x7020002]: ffpr[0x7020003]: ffpr[0x7020004]: ffpr[0x7020005]: ffpr[0x7020006]: ffpr[0x7020007]: ffpr[0x7020008]: ffpr[0x7020009]: ffpr[0x702000a]: ffpr[0x702000b]: Board and Firmware Users Manual 0 21 0 0 8004500 0 0 0 0 0 0 9.1.36 ‘GFFP-CTR’ SHOW COMMAND The ‘gffp-ctr show’ command is used to display the ffp counters for a particular link. The link index is used as an argument.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual 9.1.37 ‘GFFP-CTR’ CLEAR COMMAND The ‘gffp-ctr clr’ command is used to clear the ffp counters for the specified link. The link index is used as an argument. Note: The ‘gffp-ctr clr’ command issues an implicit ‘gffp-ctr show’ command before clearing the counters. metro-sw> gffp-ctr clr 9.1.38 ‘GFFP-PKT’ CLEAR COMMAND The ‘gffp-pkt clr’ command is used to clear the ffp packet counters for the specified link.
Gigabit Ethernet Metro-Switch gffp-pkt[0x7040048]: gffp-pkt[0x704004c]: gffp-pkt[0x7040050]: gffp-pkt[0x7040054]: gffp-pkt[0x7040058]: gffp-pkt[0x704005c]: gffp-pkt[0x7040060]: gffp-pkt[0x7040064]: gffp-pkt[0x7040068]: gffp-pkt[0x704006c]: gffp-pkt[0x7040070]: gffp-pkt[0x7040074]: gffp-pkt[0x7040078]: gffp-pkt[0x704007c]: gffp-pkt[0x7040080]: gffp-pkt[0x7040084]: gffp-pkt[0x7040088]: gffp-pkt[0x704008c]: gffp-pkt[0x7040090]: gffp-pkt[0x7040094]: gffp-pkt[0x7040098]: gffp-pkt[0x704009c]: gffp-pkt[0x70400a0]
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual mirror-to-port. This specifies the local port to which the mirrored packets are being sent. Destination bitmap specifying which ports are mirrored on egress. Preserve format. When set, packets that are mirrored will be the same tagged/untagged format (at the mtp) as the ingress packet. When clear, the format of the mirrored packet is determined by the VLAN. This argument is optional. When omitted it is set implicitly.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual DSTmap: Destination bitmap binary value [hex value] 9.1.42 MIRROR CONTROL REGS COMMAND The ‘mirctl regs’ command is used to display the actual values of the port mirror control registers currently used by the switch. It has the same output format as the ‘mirctl show’ command.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual Usage example: metro-sw> egrmask set 7 0xffe Port 7 allows only packets to be forwarded which have destination port 0. All other incoming packets on port 7 are being blocked. 9.1.45 EGRESS MASK (BLOCK MASK) SHOW COMMAND The ‘egrmask show’ command is used to display the value of the modified per-port egress mask. metro-sw> egrmask show Usage example: metro-sw> egrmask show 7 link egress mask 0x07 1111 1111 1110 [0xffe] 9.1.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual 9.2 TEST METHODS There are several ways to test the Metro-Switch using methods to stimulate network traffic through the switch. This section provides suggestions on how you may test and verify your installation. Before you can proceed with any of the suggested tests, you must have previously configured your TCP/IP protocols and interfaces on your computers or external test equipment.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual 10. ON BOARD FIRMWARE 10.1 INTRODUCTION The Metro-Switch has an onboard 16-bit RISC microcontroller and uses the Motorola DSP56F826 hybrid DSP/microcontroller for onboard management functions. The DSP56F826 is useful for a local switch management processor because it contains more features than found in conventional microcontrollers.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual 10.2 BLOCK DIAGRAM Fiber transceivers Quad-PHY J5 Quad-PHY MI-interface JTAG Quad-PHY J3 128K EEPROM COM port 56F826 BCM5690 switch I2C bus 128K-SRAM PCI I/F RUN LED J1 Switch data path block diagram DSS NETWORKS, INC. Version: 1.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual 10.3 FIRMWARE DEVELOPMENT ENVIRONMENT The development environment uses the Metrowerks IDE 5.1 in conjunction with the Motorola Embedded SDK version 3.0. The Metrowerks development environment provides a complete project-based facility and includes everything needed to develop, compile, link, download and debug firmware for the 56F826 via the JTAG port with “oneclick” operation from compile to JTAG debug.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual 11. SPECIFICATIONS Distance (copper): Recommended maximum distance is 328 feet (100 meters). Backplane I/O: 12-ports routed to “J3” and “J5” Compact PCI connectors as per PICMG 2.16 specification (RJ3 and RJ5 on rear I/O backplane). NOTE: All J3 and J5 (RJ3, RJ5) pins must be fully PICMG 2.16 compliant or Passive or electrical short circuit could occur.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual Voltage: Uses single 5V from CPCI connector “J1” Power Rail Power: Uses single 5V supply from Compact PCI connector, (onboard 3.3V, 2.5V and 1.2V regulators) Power consumption: 18W total board power Conformal Coating: Conformal coating is available as custom order option and typically based on customer’s requirements and reference specifications.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual 11.1 ENVIRONMENTAL SPECIFICATIONS Rugged Grade Class C1 R1 R2 Operating Vibration Temp. Shock Humidity Conformal Coated 5Hz-2000Hz at 2g, 0.38mm 20g, 11ms, peak 0ºC to ½ sine +65ºC 250 displacement (operating); (operating) Operating: linear Up to 90% ft/minute air No 30g, 11ms, Commercial Nonflow 5Hz-2000Hz ½ sine Condensing at 5g, (nonStorage: 0.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual Environmental Standards Compliance (pending): FCC Part 15, Class B EN 55022; 1998 Class B EN 50082-1 CE Mark DSS NETWORKS, INC. Version: 1.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual 11.2 MECHANICAL SPECIFICATIONS 6U form-factor: 9.187 inches x 6.3 inches (233mm x 160mm) Single-slot-width: 0.8inches (20.3mm) Connectors: IEC-1076-4-101 type for J1-J5 11.3 INDUSTRY STANDARDS COMPLIANCE PICMG 2.0 R3.0 Compact PCI compliant (6U form factor) PICMG specifications: 2.16 R1.0 Packet Switching Backplane (PSB) complaint fabric board (occupies one fabric slot per board, up to two per chassis) PICMG 2.9 R1.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual o Ethernet MIB (RFC 802.3) 11.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual 11.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual 11.7 HARDWARE SPECIFICATIONS Broadcom BCM5690/5695 12-port non-blocking multi-layer switch fabric network processor Broadcom BCL6464SR 4-port gigabit transceivers with Serdes Motorola DSP56F826 management processor, 80 MHZ PIGMG 2.1 R1.
Gigabit Ethernet Metro-Switch Board and Firmware Users Manual 12. WARRANTEE AND SUPPORT INFO Technical Support and Warranty: Telephone technical support (8AM to 6PM, MST), 24-hour support via web email 1 year product warranty on controller hardware (subject to Standard Warrantee Policy and Purchase Terms and Conditions). Contacting Us You may contact DSS Networks in one of several ways: via the Web, e-mail, fax or telephone.
