Quidway S8500 FE/GE LPU Datasheet V1 - H3C · PDF fileQuidway S8500 FE/GE LPU Datasheet V1.01 Huawei-3Com Technologies Co., ... 2.2 Hot Swap Function ... Quidway S8500 FE/GE LPU Datasheet

Quidway S8500 FE/GE LPU Datasheet V1.01 For internal use only

2005-12-16 Huawei-3Com confidential, no dispersion without permission Page 1 of 38

Quidway S8500 FE/GE LPU Datasheet V1.01

Huawei-3Com Technologies Co., Ltd. All rights reserved



Statement

Copyright ©2005 by Huawei-3Com Co., Ltd.

All product photography in this literature is intended for reference only. All rights reserved. No

part of this document may be reproduced or transmitted in any form or by any means without

prior written consent of Huawei-3com Co., Ltd. All other company and product names may be

trademarks of their respective companies. While every effort is made to ensure the information

given is accurate, Huawei-3Com Co., Ltd. does not accept liability for any errors or mistakes

which may arise. Specifications and other information in this document may be subject to

change without notice.



Table of content Statement ............................................................................................................................2

1 Overview ......................................................................................................................6

2 Characteristics ............................................................................................................6

2.1 Flexible Configuration and Scalability ..........................................................6

2.2 Hot Swap Function ..........................................................................................6

2.3 Flexible Services Function Configuration ....................................................6

2.4 High Port Density.............................................................................................8

2.5 Power Over Ethernet (POE) ............................................................................8

3 Service Features .........................................................................................................8

4 Specifications .............................................................................................................9

4.1 Dimensions.......................................................................................................9

4.2 Environments ...................................................................................................9

4.3 Security Standards ..........................................................................................9

4.4 EMC Standards ................................................................................................9

4.5 GV48 LPU........................................................................................................10

4.5.1 Introduction .........................................................................................10

4.5.2 Basic Features ....................................................................................10

4.5.3 Specifications......................................................................................10

4.5.4 Panel and Indicators...........................................................................11

4.5.5 View ......................................................................................................11

4.5.6 Interface Cables ..................................................................................11

4.6 GT24 LPU ........................................................................................................12

4.6.1 Introduction .........................................................................................12

4.6.2 Basic Features ....................................................................................12

4.6.3 Specifications......................................................................................13


4.6.5 View ......................................................................................................14


4.7 GP24 LPU........................................................................................................15

4.7.1 Introduction .........................................................................................15

4.7.2 Basic Features ....................................................................................15

4.7.3 Specifications......................................................................................15


4.7.5 View ......................................................................................................16



4.7.6 Interface Optical Fibers ......................................................................16

4.8 GT12 LPU ........................................................................................................17

4.8.1 Introduction .........................................................................................17

4.8.2 Basic Features ....................................................................................18

4.8.3 Specifications......................................................................................18


4.8.5 View ......................................................................................................19


4.9 GP12 LPU........................................................................................................20

4.9.1 Introduction .........................................................................................20

4.9.2 Basic Features ....................................................................................20

4.9.3 Specifications......................................................................................20


4.9.5 View ......................................................................................................21

4.9.6 Interface Optical Fibers/Cables .........................................................21

4.10 GT8P LPU .......................................................................................................22

4.10.1 Introduction .........................................................................................22

4.10.2 Basic Features ....................................................................................23

4.10.3 Specifications......................................................................................23


4.10.5 View ......................................................................................................24


4.11 P4G8 LPU........................................................................................................26

4.11.1 Introduction .........................................................................................26

4.11.2 Basic Features ....................................................................................26

4.11.3 Specifications......................................................................................27


4.11.5 View ......................................................................................................28


4.12 F32G LPU ........................................................................................................29

4.12.1 Introduction .........................................................................................29

4.12.2 Basic Features ....................................................................................30

4.12.3 Specifications......................................................................................30


4.12.5 View ......................................................................................................31




4.13 FP20 LPU ........................................................................................................33

4.13.1 Introduction .........................................................................................33

4.13.2 Basic Features ....................................................................................34

4.13.3 Specifications......................................................................................34


4.13.5 View ......................................................................................................35


4.14 FT48 LPU ........................................................................................................36

4.14.1 Introduction .........................................................................................36

4.14.2 Basic Features ....................................................................................36

4.14.3 Specifications......................................................................................36


4.14.5 View ......................................................................................................37




1 Overview

S8500 Series Core Routing Switches, self-developed by Huawei-3Com, offer GE and

FE LPUs. GE LPUs include GP12, GT12, GP24, GT24 and GV48; FE LPUs include FT48

and FP20; hybrid LPUs include GT8P, P4G8 and F32G.

2 Characteristics

2.1 Flexible Configuration and Scalability

An FE/GE LPU works well in any service slot of the S8500. UP to five, eight and 12

FE/GE LPUs can be configured in the S8505/S8508/S8512 for high speed traffic

switching. Users can select FE/GE LPUs with different port densities in accordance with

actual applications and select optical modules depending on transmission distances.

An FE/GE LPU is connected to other LPUs in the system through the Crossbar. As a

result, any port services on one LPU or different LPUs can switch freely. In addition,

services on different ports can be aggregated to a port of an LPU for high speed long-haul

transmission.

2.2 Hot Swap Function

An FE/GE LPU is hot swappable. Users can online add or remove an LPU as

required without any service disruption on other LPUs. The management system can

detect and identify an LPU in real time and enable automatic configuration, thus

guaranteeing the availability of existing services to the largest extent. In addition, an

optical module can also implement hot swap function and realize Plug and Play. The

system detects the optical module in real time and notifies its state change to the

administrator.

2.3 Flexible Services Function Configuration

Users can configure FE/GE LPUs with different functions according to different

circumstances. Additionally, the S8500 supports hybrid LPUs such as P4G8, F32G and



GT8P, which can satisfy diversified requirements of users and also save user investments

to the largest extent.

Table 1 FE/GE LPU types

Module name Module type Description

GV48DB Standard 48-port GE electrical LPU – supporting POE (hardware IPv6 ready)

FT48B Standard 48-port 100M Ethernet electrical LPU

FP20B Standard 20-port 100M Ethernet optical LPU

GT12B Standard 12-port GE electrical LPU

GP12B Standard 12-port GE optical LPU

F32GB Standard 32-port 100M Ethernet electrical interface (RJ45) + 4-port GE optical interface LPU

P4G8B Standard 4-port OC-3c POS optical interface + 8-port GE optical interface LPU

GT8PB Standard 8-port GE electrical interface (RJ45) + 4-port GE optical interface LPU

GT24B Standard 24-port GE electrical LPU

GP24B Standard 24-port GE optical LPU

FT48C Enhanced 48-port 100M Ethernet electrical LPU

FP20C Enhanced 20-port 100M Ethernet optical LPU

GP12C Enhanced 12-port GE optical LPU

GT12C Enhanced 12-port GE electrical LPU

P4G8C Enhanced 4-port OC-3c POS optical interface + 8-port GE optical interface LPU

F32GC Enhanced 32-port 100M Ethernet electrical interface + 4-port GE optical interface LPU

GT8PC Enhanced 8-port GE electrical interface (RJ45) + 4-port GE optical interface LPU

GT8PCA Enhanced 8-port GE electrical interface (RJ45) + 4-port GE optical interface LPU

GT24CA Enhanced 24-port GE electrical LPU

GP24CA Enhanced 24-port GE optical LPU

GT24DB Standard 24-port GE electrical LPU (hardware IPv6 ready)

GP24DB Standard 24-port GE optical LPU (hardware IPv6 ready)

GP24DC Standard 24-port GE optical LPU (hardware IPv6 ready)



2.4 High Port Density

The S8500 supports 48-port GE and 100M boards, i.e. GV48DB and FT48, and

supports up to 576 GE/FE ports.

2.5 Power Over Ethernet (POE)

With the POE function offered by the GV48 electrical LPU, the S8500 can supply

power for downstream devices through Ethernet twisted pairs, saving the investments on

power cabling for them. The S8500 supports up to 288 GE interfaces to provide the POE

function.

3 Service Features of LPU

l LPU Could Work at any service slot

l Supports hot swap

l Supports IEEE 802.3x (Traffic control)

l Supports IEEE 802.3ad (Link aggregation)

l Supports IEEE 802.1d (STP)

l Supports IEEE 802.1w (RSTP)

l Supports IEEE 802.1s (MSTP)

l Supports IEEE 802.1p (COS priority)

l Supports IEEE 802.1Q (VLAN)

l Supports IEEE 802.3, IEEE 802.3u, IEEE 802.3z and IEEE 802.3ab

l Supports broadcast storm suppression

l Supports standards and extended ACL rules

l Supports Diff-Serv/QoS, including traffic policing CAR, traffic shaping, priority tag

reset, packet redirection, queue scheduling mechanism, congestion avoidance

mechanism, traffic mirroring, port mirroring and traffic statistics

l Supports eight priority queues/ports

l Supports the longest matching and packet-by-packet forwarding



l Supports line-speed forwarding of L2/L3 packets

l Supports equal cost routes

l Supports multicast forwarding

l Supports MPLS forwarding for enhanced boards

4 Specifications

4.1 Dimensions

346.40 mm (L) × 399.15 mm (W) × 40.1 mm (H)

4.2 Environments

Operating temperature: 0–45℃

Storing temperature: -40 to 70℃

Relative humidity: 10–90% (Non-condensing)

Fungus resistance level: 0

Operating altitude: -60 to 3000 m

4.3 Security Standards

- EN 60950-1 (LVD Directive)

- UL 60950-1, Edition 1, April 1, 2003

- IEC 60950-1

4.4 EMC Standards

- CISPR 22: 2003-04-10 Edition 4 Class A

- EN55022: 1998+ A1: 2000+A2: 2003 Class A

- CFR Title 47, FCC part 15, Subpart B, Class A

- ICES-003, Issue 4, 2004 Class A

- AS/NZS 3548 Class A

- VCCI V-4 (2002) Class A

- EN 55024: 1998, A1:2001, A2:2003



4.5 GV48 LPU

4.5.1 Introduction

The GV48 LPU offers 48 GE electrical interfaces with advanced POE function. Each

POE Ethernet port offers up to 15.4 W load power and can supply power for

802.3af-compliant power devices (PDs). An Ethernet port uses standard CAT5 cables

with a maximum transmission distance of 100 m.

Table 2 GV48 board types

Name Description

GV48DB

48-port GE LPU, supporting 128K IPv4/64K IPv6 route forwarding table; supporting the POE function; maximum power of 110 W; IPv6 enhanced LPU

4.5.2 Basic Features

♦ Port quantity: 48 GE electrical interfaces, with POE supported

♦ Packet processing capability: 12 GE line speed

♦ Electrical interface: Standard RJ-45 electrical interface

♦ Slot requirements: The LPU can work in any slot of the S8500 series chassis and

prevent from misinsertion; it supports hot swap without any service influence on other

boards

♦ Supports the POE standard of IEEE 802.3af fully

4.5.3 Specifications

The GV48 LPU offers 48 GE electrical interfaces supporting the POE function.

Table 3 GV48 LPU specifications

Proprieties GV48

Number of interfaces 48 GE electrical interfaces supporting PoE

Type of connector RJ45

Interface rate 10M/100M/1000Mbps



4.5.4 Panel and Indicators

Figure 1 GV48 LPU panel

Each gigabit electrical interface of the GV48 LPU has one indicator.

Table 4 Meaning of gigabit electrical interface indicator

Indicator State Meaning

Constantly on An interface is connected to this interface correctly.

Constantly off No interface is connected to this interface. LINK/ACT

Flashing Some data is received/sent on this interface.

4.5.5 View

Figure 2 GV48 view

4.5.6 Interface Cables

The GV48 LPU selects the following RJ45 connector and CAT5 cables with a transmission distance of 100 m.

PIN #8

PIN #1

Figure 3 RJ-45 connector

Table 5 RJ-45 GE interface pin assignment



10Base-T/100Base-T/1000Base-TX Pin number

Signal Function

1 MX_0+ Receiving/sending data

2 MX_0- Receiving/sending data







4.6 GT24 LPU

4.6.1 Introduction

The GT24 LPU offers 24 line speed Ethernet electrical interfaces with 24 GE packet

processing capability at line speed. The S8500 employs 12 GT24 LPUs and offers up to

288 GE electrical interfaces. It conforms to standards such as IEEE 802.3ab and has a

maximum transmission distance of 100 m.

Table 6 GT24 LPU types

Name Description

GT24B 24-port line speed GE electrical LPU, supporting 128K IPv4 route forwarding table; maximum power of 110 W; standard LPU

GT24CA 24-port line speed GE electrical LPU, supporting 256K IPv4 route forwarding table; maximum power of 90 W; MPLS VPN enhanced LPU

GT24DB 24-port line speed GE electrical LPU, supporting 128K IPv4/64K IPv6 route forwarding table; maximum power of 95 W; IPv6 enhanced LPU


♦ 24 high-density line speed GE electrical interfaces, with a maximum of 100 m

distance

♦ 24GE packet processing capability at line speed

♦ Electrical interface: RJ-45





boards

♦ IEEE 802.3ab compliant


The GT24 LPU offers 24 line speed GE electrical interfaces.

Table 7 GT24 LPU specifications

Properties GT24

Number of interfaces 24 GE electrical interfaces




Figure 4 GT24 LPU panel

Each gigabit electrical interface of the GT24 LPU has one indicator.

Table 8 Meaning of gigabit electrical interface indicator







4.6.5 View

Figure 5 GT24 view


The GT24 LPU selects the following RJ45 connector and CAT5 cables with a transmission distance of 100 m.

PIN #8

PIN #1




Signal Function











4.7 GP24 LPU

4.7.1 Introduction

The GP24 LPU offers 24 line speed Ethernet optical interfaces with 24GE packet

processing capability at line speed. The S8500 employs 12 GP24 LPUs and offers up to

288 GE optical interfaces. By configuring various optical modules, it can satisfy different

requirements for the transmission distance, and provide users with flexible and diversified

interface types for complex networking requirements. The GP24 LPU conforms to

standards such as IEEE 802.3z.

Table 10 GP24 LPU types

Name Description

GP24B 24-port line speed GE optical LPU, supporting 128K IPv4 route forwarding table; maximum power of 106 W; standard LPU

GP24CA 24-port line speed GE optical LPU, supporting 256K IPv4 route forwarding table; maximum power of 100 W; MPLS VPN enhanced LPU

GP24DB 24-port line speed GE optical LPU, supporting 128K IPv4/64K IPv6 route forwarding table; maximum power of 100 W; IPv6 enhanced LPU

GP24DC 24-port line speed GE optical LPU, supporting 256K IPv4/128K IPv6 route forwarding table; maximum power of 100 W; IPv6 enhanced LPU


♦ 24 line speed GE optical interface

♦ Powerful 24GE packet processing capability at line speed

♦ Optical interface: A variety of SFP/LC hot swappable optical modules



boards

♦ IEEE 802.3z compliant


The GP24 LPU offers 24 gigabit SFP optical interfaces.



Table 11 GP24 LPU specifications

Properties GP24

Number of interfaces 24 gigabit SFP interfaces

Type of connector SFP/LC

Interface rate 1000 Mbps


Figure 7 GP24 LPU panel

Each gigabit optical interface of the GP24 LPU has two indicators.

Table 12 Meaning of user interface indicators

Indicator Color State Meaning

Off A line is not connected. LINK Green

On A line is connected

Off No data is received/sent.

ACT Orange Flashing Some data is

received/sent.

4.7.5 View

Figure 8 GP24 view

4.7.6 Interface Optical Fibers

The GP24 LPU offers a choice of gigabit optical interfaces. Users can select the following SFP optical modules as required.



Table 13 Description of GP24 optical interface modules

SFP module name

Central wavelength

Type of user interface connector offered by SFP module

Interface optical fiber specifications

Maximum transmission distance

50/125 µm multi-mode optical fiber

550 m 1000BASE-SX-SFP 850 nm

62.5/125 µm multi-mode optical fiber

275 m

1000BASE-LX-SFP 10 km

1000BASE-LH-SFP

1310 nm

1000BASE-ZX-LR- SFP

40 km

1000BASE-ZX-VR-SFP 70 km

1000BASE-ZX-UR-SFP

1550 nm

LC

9/125 µm single-mode optical fiber

100 km

4.8 GT12 LPU

4.8.1 Introduction

The GT12 LPU offers 12GE line speed Ethernet electrical interfaces. It complies with

standards such as IEEE 802.3ab and IEEE 802.3z, with a maximum transmission

distance of 100 m.

Table 14 GT12 LPU types

Name Description

GT12B 12-port line speed GE electrical LPU, supporting 128K IPv4 route forwarding table; maximum power of 55 W; standard LPU

GT12C 12-port line speed GE electrical LPU, supporting 128K IPv4 route forwarding table; maximum power of 55 W; MPLS VPN enhanced LPU

GT12CA 12-port line speed GE electrical LPU, supporting 256K IPv4 route forwarding table; maximum power of 57 W; MPLS VPN enhanced LPU




♦ 12GE line speed Ethernet electrical interface, with a maximum of transmission

distance of 100 m


♦ Electrical interface: standard RJ-45



boards

♦ IEEE 802.3ab compliant


The GT12 LPU offers 12 GE electrical interfaces.

Table 15 GT12 LPU specifications

Properties GT12

Number of interfaces 12 GE electrical interfaces




Figure 9 GT12 LPU panel

Each user interface of the GT12 LPU has two indicators.







received/sent.



4.8.5 View

Figure 10 GT12 view


The GT12 LPU selects the following RJ45 connector and CAT5 cables with a transmission distance of 100 m.

PIN #8

PIN #1




Signal Function











4.9 GP12 LPU

4.9.1 Introduction

The GP12 LPU offers 12GE line speed Ethernet optical interfaces. It complies with

standards such as IEEE 802.3ab and IEEE 802.3z. By configuring various optical

modules, it can satisfy different requirements for the transmission distance, and provide

users with flexible and diversified interface types for complex networking requirements.

Table 18 GP12 LPU types

Name Description

GP12B 12-port line speed GE optical LPU, supporting 128K IPv4 route forwarding table; maximum power of 59 W; standard LPU

GP12C 12-port line speed GE optical LPU, supporting 128K IPv4 route forwarding table; maximum power of 59 W; MPLS VPN enhanced LPU

GP12CA 12-port line speed GE optical LPU, supporting 256K IPv4 route forwarding table; maximum power of 61 W; MPLS VPN enhanced LPU


♦ 12 GE line speed Ethernet optical interfaces


♦ Optical interface: A variety of SFP/LC hot swappable optical modules



boards



The GP12 LPU offers 12 gigabit SFP optical interfaces.

Table 19 P12 LPU specifications

Properties GP12

Number of interfaces 12 gigabit SFP interface

Type of connector SFP/LC and SFP/RJ-45



Properties GP12

Interface rate 1000 Mbps


Figure 12 GP12 LPU panel

Each user interface on the GP12 LPU panel has two indicators.







received/sent.

4.9.5 View

Figure 13 GP12 view

4.9.6 Interface Optical Fibers/Cables

The GP12 LPU offers a choice of gigabit optical interfaces. Users can select a corresponding SFP optical module as required. The following table shows the specifications of optical interface modules.



Table 21 Description of GP12 optical interface modules

SFP module name

Central wavelength







275 m


1000BASE-LH-SFP

1310 nm

1000BASE-ZX-LR- SFP

40 km


1000BASE-ZX-UR-SFP

1550 nm

LC


100 km

4.10 GT8P LPU

4.10.1 Introduction

The GT8P LPU offers four GE optical interfaces supporting multi-mode short-haul,

single-mode middle-distance and single-mode long-haul, and eight auto-sensing GE

electrical interfaces. This LPU integrates gigabit optical interfaces and gigabit electrical

interfaces. By configuring various optical modules, it can satisfy different requirements for

the transmission distance, and provide users with flexible and diversified interface types

for complex networking requirements.

Table 22 GT8P LPU types

Name Description

GT8PB

8-port gigabit electrical interface + 4-port GE optical interface LPU, supporting 128K IPv4 route forwarding table; maximum power of 55 W; standard LPU

GT8PC

8-port gigabit electrical interface + 4-port GE optical interface LPU, supporting 128K IPv4 route forwarding table; maximum power of 55 W; MPLS VPN enhanced LPU



Name Description

GT8PCA

8-port gigabit electrical interface + 4-port GE optical interface LPU, supporting 256K IPv4 route forwarding table; maximum power of 55 W; MPLS VPN enhanced LPU


♦ Four GE optical interfaces and eight auto-sensing GE electrical interfaces

♦ Packet processing capability at line speed

♦ Optical interface: The LPU supports a variety of SFP/LC hot-swappable optical

modules; it satisfies different requirements for the transmission distance by selecting

different optical modules

♦ Electrical interface: RJ-45 connector; at a maximum transmission distance of 100 m

in GE mode



boards

♦ IEEE 802.3z and IEEE 802.3ab compliant


The GT8P LPU offers four gigabit SFP optical interfaces and eight 10M/100M/1000M auto-sensing RJ-45 electrical interfaces.

Table 23 GT8P LPU specifications

Properties Specification

Number of interfaces 12 (four gigabit SFP optical interfaces and eight RJ-45 electrical interfaces)

Type of connector SFP/LC and RJ-45

Interface rate 1000 Mbps (SFP gigabit optical interfaces) 10M/100M/1000Mbps auto-sensing (RJ-45 electrical interfaces)




Figure 14 GT8P LPU panel

Each user interface on the GT8P LPU panel has two indicators.





Off No data is received/sent. ACT Orange

Flashing Some data is received/sent.

4.10.5 View

Figure 15 GT8P view


The GT8P LPU offers SFP gigabit optical interfaces and 10M/100M/1000Mbps auto-sensing RJ-45 electrical interfaces. Users can select a corresponding SFP optical module as required.

Table 25 Description of GT8P optical interface modules

SFP module name

Central wavelength




1000BASE-SX-SFP 850 nm LC


550 m



SFP module name

Central wavelength





275 m


1000BASE-LH-SFP

1310 nm

1000BASE-ZX-LR- SFP

40 km


1000BASE-ZX-UR-SFP

1550 nm


100 km

In addition, the GT8P LPU directly offers 10M/100M/1000Mbps auto-sensing RJ-45 electrical interfaces with a transmission distance of 100 m. Users can select RJ-45 connectors shown in the following figure and CAT5 twisted pairs as data transfer media.

PIN #8

PIN #1




Signal Function










Signal Function



4.11 P4G8 LPU

4.11.1 Introduction

The P4G8 LPU offers eight GE optical interfaces and four 155M POS optical

interfaces, with POS services supported. This LPU integrates gigabit optical interfaces

and 155M POS optical interfaces and supports access to GE and POS services, thus

enriching LPU interface types. By configuring various optical modules, it can provide


Table 27 P4G8 LPU types

Name Description

P4G8B

4-port OC-3c POS optical interface and 8-port GE optical interface LPU, supporting 128K IPv4 route forwarding table; maximum power of 55 W; standard LPU

P4G8C

4-port OC-3c POS optical interface and 8-port GE optical interface LPU, supporting 128K IPv4 route forwarding table; maximum power of 55 W; MPLS VPN enhanced LPU

P4G8CA

4-port OC-3c POS optical interface and 8-port GE optical interface LPU, supporting 256K IPv4 route forwarding table; maximum power of 57 W; MPLS VPN enhanced LPU


♦ Four 155M POS optical interfaces and eight GE optical interfaces


♦ Optical interface: SFP/LC hot-swappable optical modules; 155M POS optical

interfaces



boards





The P4G8 LPU offers four 155M POS optical interfaces and eight gigabit SFP optical interfaces.

Table 28 P4G8 LPU specifications

Properties P4G8

Number of interfaces Eight gigabit optical interfaces and four 155M optical interfaces


Interface rate 1000 Mbps 155 Mbps


Figure 17 P4G8 LPU panel

Each user interface of the P4G8 LPU has two indicators.

Table 29 Meaning of gigabit optical interface indicators



On A line is connected.

Off No data is received/sent. ACT Orange

Flashing Some data is received/sent.

Table 30 Meaning of POS interface indicators


Off A link works well. ALM

On A link is not connected or a link works abnormally.

Off No data is received/sent. ACT

On Some data is received/sent.



4.11.5 View

Figure 18 P4G8 view


The P4G8 LPU offers eight gigabit SFP/LC optical interfaces. The SFP module improves networking flexibility with its hot swap feature and flexible configurations. Users can select the following SFP modules as required.

Table 31 Description of gigabit optical interface modules

SFP module name

Central wavelength





550 1000BASE-SX-SFP 850 nm


275

1000BASE-LX-SFP 10m

1000BASE-LH-SFP

1310 nm

1000BASE-ZX-LR- SFP

40m

1000BASE-ZX-VR-SFP

1550 nm

LC


70m



1000BASE-ZX-UR-SFP

100m

The P4G8 LPU offers four 155M POS optical interfaces that select SFP optical interface modules at a rate of 100 Mbps. The following table shows SFP modules for selection:

Table 32 Description of POS interface modules

SFP module name

Central wavelength




50/125 µm multi-mode optical fiber 100BASE-FX

-MM-SFP 62.5/125 µm multi-mode optical fiber

2 km

100BASE-FX-SM-SFP 15 km

100BASE-FX-SM-LR-SFP

1310 nm

40 km

100BASE-FX-SM-VR-SFP 1550 nm

LC


80 km

4.12 F32G LPU

4.12.1 Introduction

The F32G LPU offers 32 100M Ethernet electrical interfaces and four GE optical

interfaces. Integrating 100M electrical interfaces and gigabit optical interfaces, it provides


Table 33 F32G LPU types

Name Description

F32GB

32-port 100M Ethernet electrical interfaces and 4-port GE optical interfaces LPU, supporting 128K IPv4 route forwarding table; maximum power of 55 W; standard LPU

F32GC

32-port 100M Ethernet electrical interfaces and 4-port GE optical interfaces LPU, supporting 128K IPv4 route forwarding table; maximum power of 55 W; MPLS VPN enhanced LPU



Name Description

F32GCA

32-port 100M Ethernet electrical interfaces and 4-port GE optical interfaces LPU, supporting 256K IPv4 route forwarding table; maximum power of 57 W; MPLS VPN enhanced LPU


♦ 32 100M Ethernet electrical interfaces and four GE optical interfaces


♦ Optical interface: A variety of SFP/LC hot-swappable optical modules

♦ Electrical interface: Standard RJ-45 connector



boards

♦ IEEE 802.3u and IEEE 802.3z compliant


The F32G LPU offers 32 100M electrical interfaces and four gigabit SFP optical interfaces.

Table 34 F32G LPU specifications

Properties F32G

Number of interfaces 32 10M/100M Ethernet electrical interfaces and 4 gigabit SFP optical interfaces

Type of connector RJ-45 and SFP/LC

Interface rate 10 Mbps: half duplex/full duplex 100 Mbps: half duplex/full duplex 1000 Mbps: full duplex


Figure 19 F32G LPU panel

Each gigabit optical interface of the F32G LPU has two indicators.



Table 35 Meaning of gigabit optical interface indicators






received/sent.

Each 100M electrical interface of the F32G LPU has one indicator.

Table 36 Meaning of 100M electrical interface indicator





4.12.5 View

Figure 20 F32G view


The F32G LPU offers four gigabit SFP optical interfaces. The SFP module improves networking flexibility with its hot swap feature and flexible configurations. Users can select the following SFP modules as required.

Table 37 Description of gigabit optical interface modules



SFP module name

Central wavelength







275 m


1000BASE-LH-SFP

1310 nm

1000BASE-ZX-LR- SFP

40 km


1000BASE-ZX-UR-SFP

1550 nm

LC


100 km

The F32G LPU offers 32 10M/100Mbps electrical interfaces. The interfaces use RJ-45 connectors and CAT5 cables with a transmission distance of 100 m.

PIN #8

PIN #1


Table 38 RJ-45 MDI interface pin assignment

10Base-T/100Base-TX Pin number

Signal Function

1 Tx+ Sending data

2 Tx- Sending data

3 Rx+ Receiving data

4 Reserved -

5 Reserved -




Signal Function

6 Rx- Receiving data

7 Reserved -

8 Reserved -

Table 39 RJ-45 MDI-X interface pin assignment


Signal Function



3 Tx+ Sending data

4 Reserved -

5 Reserved -

6 Tx- Sending data

7 Reserved -

8 Reserved -

& Note:

Tx=Sending data; Rx=Receiving data

4.13 FP20 LPU

4.13.1 Introduction

The FP20 LPU offers 20 100M Ethernet optical interfaces, with a variety of optical

modules supported. It satisfies different requirements for the transmission distance by

configuring different types of optical modules.

Table 40 FP20 LPU types

Name Description

FP20B 20-port 100M Ethernet optical LPU, supporting 128K IPv4 route forwarding table; maximum power of 67 W; standard LPU



Name Description

FP20C 20-port 100M Ethernet optical LPU, supporting 128K IPv4 route forwarding table; maximum power of 67 W; MPLS VPN enhanced LPU

FP20CA 20-port 100M Ethernet optical LPU, supporting 256K IPv4 route forwarding table; maximum power of 69 W; MPLS VPN enhanced LPU


♦ 20 100M Ethernet optical interfaces


♦ Optical interface: SFP/LC series hot-swappable optical modules



boards

♦ IEEE 802.3u compliant


The FP20 LPU offers 20 100M Ethernet SFP optical interfaces.

Table 41 FP20 LPU specifications

Properties FP20

Number of interfaces 20


Interface rate 100 Mbps full duplex


Figure 22 FP20 LPU panel

Each user interface of the FP20 LPU has two indicators.









received/sent.

4.13.5 View

Figure 23 FP20 view


The FP20 LPU offers user interfaces that adopt SFP modules. By replacement of modules, different transmission distances are available.

Table 43 Description of FP20 interface modules

SFP module name

Central wavelength




50/125 µm multi-mode optical fiber 100BASE-FX

-MM-SFP 62.5/125 µm multi-mode optical fiber

2 km

100BASE-FX-SM-SFP 15 km

100BASE-FX-SM-LR-SFP

1310 nm

LC


40 km



100BASE-FX-SM-VR-SFP 1550 nm 80 km

4.14 FT48 LPU

4.14.1 Introduction

The FT48 LPU offers 48 100M Ethernet electrical interfaces and conforms to IEEE

802.3u standard. It can satisfy 100M networking requirements of users.

Table 44 FT48 LPU types

Name Description

FT48B 48-port 100M Ethernet optical interface LPU, supporting 128K IPv4 route forwarding table; maximum power of 55 W; standard LPU

FT48C

48-port 100M Ethernet optical interface LPU, supporting 128K IPv4 route forwarding table; maximum power of 55 W; MPLS VPN enhanced LPU

FT48CA

48-port 100M Ethernet optical interface LPU, supporting 256K IPv4 route forwarding table; maximum power of 57 W; MPLS VPN enhanced LPU


♦ 48 line speed 100M Ethernet electrical interfaces


♦ Electrical interface: Standard RJ-45 electrical interface



boards

♦ IEEE 802.3u compliant


The FT48 LPU offers 48 100M Ethernet electrical interfaces.

Table 45 FT48 LPU specifications



Properties FT48

Number of interfaces 48

Type of connector RJ-45

Interface rate 10 Mbps: half duplex/full duplex 100 Mbps: half duplex/full duplex


Figure 24 FT48 LPU panel

Each user interface of the FT48 LPU has one indicator.

Table 46 Meaning of user interface indicator





4.14.5 View

Figure 25 FT48 view


The FT48 LPU offers the user interfaces that use RJ-45 connectors and CAT5 cables, with a transmission distance of 100 m.



PIN #8

PIN #1


Table 47 RJ-45 MDI interface pin assignment


Signal Function

1 Tx+ Sending data

2 Tx- Sending data


4 Reserved -

5 Reserved -


7 Reserved -

8 Reserved -

Table 48 RJ-45 MDI-X interface pin assignment


Signal Function



3 Tx+ Sending data

4 Reserved -

5 Reserved -

6 Tx- Sending data

7 Reserved -

8 Reserved -

& Note:

Tx=Sending data; Rx=Receiving data

Documents

Quidway S8500 FE/GE LPU Datasheet V1 - H3C · PDF fileQuidway S8500 FE/GE LPU Datasheet V1.01 Huawei-3Com Technologies Co., ... 2.2 Hot Swap Function ... Quidway S8500 FE/GE LPU Datasheet