Huawei S6700-48-EI, S6720-30C-EI-24S-AC, S6720-54C-EI-48S-AC, S6700-EI, S6700-24-EI Hardware Description

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Page 1

S6700 Series Ethernet Switches

Hardware Description

Issue 12

Date 2015-07-31

HUAWEI TECHNOLOGIES CO., LTD.

Page 2

No part of this document may be reproduced or transmitted in any form or by any means without prior written consent of Huawei Technologies Co., Ltd.

Trademarks and Permissions

and other Huawei trademarks are trademarks of Huawei Technologies Co., Ltd.

All other trademarks and trade names mentioned in this document are the property of their respective holders.

Notice

The purchased products, services and features are stipulated by the contract made between Huawei and the customer. All or part of the products, services and features described in this document may not be within the purchase scope or the usage scope. Unless otherwise specified in the contract, all statements, information, and recommendations in this document are provided "AS IS" without warranties, guarantees or representations of any kind, either express or implied.

The information in this document is subject to change without notice. Every effort has been made in the preparation of this document to ensure accuracy of the contents, but all statements, information, and recommendations in this document do not constitute a warranty of any kind, express or implied.

Huawei Technologies Co., Ltd.

Address: Huawei Industrial Base

Bantian, Longgang Shenzhen 518129 People's Republic of China

Website: http://e.huawei.com

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S6700 Series Ethernet Switches Hardware Description About This Document

About This Document

Intended Audience

This document provides an overall description of the S6700 hardware, helping you obtain detailed information about each chassis, card, power module, fan module, cable, and optical module.

This document is intended for:

l Network planning engineers

l Hardware installation engineers

l Commissioning engineers

l On-site maintenance engineers

l System maintenance engineers

Symbol Conventions

The symbols that may be found in this document are defined as follows.

Symbol Description

Indicates an imminently hazardous situation which, if not avoided, will result in death or serious injury.

Indicates a potentially hazardous situation which, if not avoided, could result in death or serious injury.

Indicates a potentially hazardous situation which, if not avoided, may result in minor or moderate injury.

Indicates a potentially hazardous situation which, if not avoided, could result in equipment damage, data loss, performance deterioration, or unanticipated results.

NOTICE is used to address practices not related to personal injury.

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NOTE

S6700 Series Ethernet Switches Hardware Description

Symbol Description

Command Conventions

The command conventions that may be found in this document are defined as follows.

Convention Description

Boldface The keywords of a command line are in boldface.

Italic Command arguments are in italics.

About This Document

Calls attention to important information, best practices and tips.

NOTE is used to address information not related to personal injury, equipment damage, and environment deterioration.

Declaration

This manual is only a reference for you to configure your devices. The contents in the manual, such as web pages, command line syntax, and command outputs, are based on the device conditions in the lab. The manual provides instructions for general scenarios, but do not cover all usage scenarios of all product models. The contents in the manual may be different from your actual device situations due to the differences in software versions, models, and configuration files. The manual will not list every possible difference. You should configure your devices according to actual situations.

[ ] Items (keywords or arguments) in brackets [ ] are optional.

{ x | y | ... } Optional items are grouped in braces and separated by

vertical bars. One item is selected.

[ x | y | ... ] Optional items are grouped in brackets and separated by

vertical bars. One item is selected or no item is selected.

{ x | y | ... }

[ x | y | ... ]

&<1-n> The parameter before the & sign can be repeated 1 to n times.

# A line starting with the # sign is comments.

Optional items are grouped in braces and separated by vertical bars. A minimum of one item or a maximum of all items can be selected.

Optional items are grouped in brackets and separated by vertical bars. Several items or no item can be selected.

The specifications provided in this manual are tested in lab environment (for example, the tested device has been installed with a certain type of boards or only one protocol is run on the device).

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S6700 Series Ethernet Switches Hardware Description

Results may differ from the listed specifications when you attempt to obtain the maximum values with multiple functions enabled on the device.

Change History

Changes between document issues are cumulative. The latest document issue contains all changes made to previous issues.

Changes in Issue 12 (2015-07-31)

This version has the following updates:

The documentation is modified according to updates in product features.

Changes in Issue 11 (2015-07-17)

This version has the following updates:

About This Document

The documentation is modified according to updates in product features.

Changes in Issue 10 (2015-01-15)

This version has the following updates:

The following information is added:

l 1.8 Components Available in V200R005C02 Version

The following information is modified:

l 2.4.2 Appearance and Structure

l 6.8 Copper Cable

Changes in Issue 09 (2014-06-30)

This version has the following updates:

The following information is added:

l 1.7 Components Available in V200R005C01 Version

Changes in Issue 08 (2014-03-20)

This version has the following updates:

The documentation is modified according to updates in product features.

Changes in Issue 07 (2013-11-06)

This version has the following updates:

The following information is modified:

l 2.4.3 Indicator Description

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S6700 Series Ethernet Switches Hardware Description About This Document

Changes in Issue 06 (2013-09-30)

This version has the following updates:

The following information is modified:

l 2.2 Naming Conventions

l 6.8 Copper Cable

Changes in Issue 05 (2013-07-25)

This version has the following updates:

The following information is modified:

l 7 Pluggable Modules for Interfaces

Changes in Issue 04 (2013-05-30)

This version has the following updates:

The documentation is modified according to updates in V200R003C00.

Changes in Issue 03 (2013-04-20)

This version has the following updates:

The following information is modified:

l 6 Cables

Changes in Issue 02 (2013-02-08)

This version has the following updates:

The documentation is modified according to updates in product features.

Changes in Issue 01 (2012-12-08)

Initial commercial release.

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S6700 Series Ethernet Switches Hardware Description

Contents

About This Document.....................................................................................................................ii

1 Version Support for Components..............................................................................................1

1.1 Components Available in V100R006C00 Version........................................................................................................2

1.2 Components Available in V200R001C00 Version........................................................................................................2

1.3 Components Available in V200R001C01 Version........................................................................................................3

1.4 Components Available in V200R002C00 Version........................................................................................................3

1.5 Components Available in V200R003C00 Version........................................................................................................4

1.6 Components Available in V200R005C00 Version........................................................................................................5

1.7 Components Available in V200R005C01 Version........................................................................................................5

1.8 Components Available in V200R005C02 Version........................................................................................................6

1.9 Components Available in V200R008C00 Version........................................................................................................7

2 Chassis.............................................................................................................................................9

2.1 Chassis Overview.........................................................................................................................................................10

2.2 Naming Conventions....................................................................................................................................................10

2.3 Port Numbering Conventions.......................................................................................................................................11

2.4 S6700-EI.......................................................................................................................................................................12

2.4.1 Version Mapping.......................................................................................................................................................12

2.4.2 Appearance and Structure..........................................................................................................................................12

2.4.3 Indicator Description.................................................................................................................................................15

2.4.4 Port Description.........................................................................................................................................................19

2.4.5 Power Supply.............................................................................................................................................................22

2.4.6 Heat Dissipation........................................................................................................................................................23

2.4.7 Specifications.............................................................................................................................................................24

2.5 S6720-EI.......................................................................................................................................................................26

2.5.1 Version Mapping.......................................................................................................................................................26

2.5.2 Appearance and Structure..........................................................................................................................................26

2.5.3 Indicator Description.................................................................................................................................................29

2.5.4 Port Description.........................................................................................................................................................36

2.5.5 Power Supply Configuration.....................................................................................................................................37

2.5.6 Heat Dissipation........................................................................................................................................................38

2.5.7 Specifications.............................................................................................................................................................39

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S6700 Series Ethernet Switches Hardware Description

Contents

3 Power Modules............................................................................................................................42

3.1 350 W DC power module.............................................................................................................................................43

3.2 500 W DC Power Module............................................................................................................................................46

3.3 600 W AC Power Module............................................................................................................................................48

3.4 500 W AC Power Module............................................................................................................................................51

4 Fan Modules.................................................................................................................................54

4.1 CX7E1FANA Fan Module...........................................................................................................................................55

4.2 FAN-060B-B Fan Module............................................................................................................................................57

5 Cards..............................................................................................................................................59

5.1 Introduction..................................................................................................................................................................60

5.1.1 Card Classification....................................................................................................................................................60

5.2 ES5D21Q04Q01 (4-Port 40 Gig QSFP+ Rear Interface Card, Used in S6720-EI Series)..........................................60

5.2.1 Introduction...............................................................................................................................................................60

5.2.2 Version Mapping.......................................................................................................................................................61

5.2.3 Functions and Features..............................................................................................................................................61

5.2.4 Indicators and Ports...................................................................................................................................................61

5.2.5 Specifications.............................................................................................................................................................63

5.2.6 Ordering Information.................................................................................................................................................63

6 Cables.............................................................................................................................................64

6.1 Ground Cable................................................................................................................................................................65

6.2 Optical Fiber.................................................................................................................................................................66

6.3 Network Cable..............................................................................................................................................................73

6.4 DC Power Cable (OT and Cord End Terminals)..........................................................................................................75

6.5 DC Power Cable (Quick-Connect Cord End Terminal)...............................................................................................77

6.6 AC Power Cable...........................................................................................................................................................79

6.7 Console Cable...............................................................................................................................................................79

6.8 Copper Cable................................................................................................................................................................81

7 Pluggable Modules for Interfaces............................................................................................84

7.1 Important Notes About Using Optical Modules Certified for Huawei Switches.........................................................85

7.1.1 How to Identify Huawei-Certified Optical Modules.................................................................................................85

7.1.2 Risks of Using Non-Huawei-Certified Optical Modules..........................................................................................85

7.2 Understanding Optical Modules...................................................................................................................................86

7.2.1 What Is an Optical Module........................................................................................................................................86

7.2.2 Types of Optical Modules.........................................................................................................................................87

7.2.3 Parameter Description...............................................................................................................................................90

7.2.4 How to View Optical Module Parameters.................................................................................................................91

7.3 Understanding Copper Modules...................................................................................................................................92

7.4 Models and Parameters.................................................................................................................................................92

7.4.1 SFP/eSFP Modules....................................................................................................................................................92

7.4.2 SFP+ Modules...........................................................................................................................................................99

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S6700 Series Ethernet Switches Hardware Description Contents

7.4.3 QSFP+ Modules......................................................................................................................................................103

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S6700 Series Ethernet Switches Hardware Description 1 Version Support for Components

1 Version Support for Components

About This Chapter

NOTE

l The availability of device models and modules described in this document will be specified in product

change notices (PCNs). For details, contact the product manager of Huawei local office.

l The figures in this document are for reference only.

1.1 Components Available in V100R006C00 Version

1.2 Components Available in V200R001C00 Version

1.3 Components Available in V200R001C01 Version

1.4 Components Available in V200R002C00 Version

1.5 Components Available in V200R003C00 Version

1.6 Components Available in V200R005C00 Version

1.7 Components Available in V200R005C01 Version

1.8 Components Available in V200R005C02 Version

1.9 Components Available in V200R008C00 Version

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S6700 Series Ethernet Switches Hardware Description

1 Version Support for Components

1.1 Components Available in V100R006C00 Version

NOTE

Components marked with * are added in V100R006C00.

Available Models

Table 1-1 S6700 switch models available in V100R006C00

Series Model Maximum Number of Service Ports

S6700-EI

S6700-24-EI

S6700-48-EI

24 total:

24 10GE SFP+ optical ports (10GE/GE auto-sensing)

48 total:

48 10GE SFP+ optical ports (10GE/GE auto-sensing)

Available Power Modules

Table 1-2 S6700 power modules available in V100R006C00

Power Module Type

AC power module

Power Module Power Description

W0PSA5000 500 W AC power module

1.2 Components Available in V200R001C00 Version

Available Models

Table 1-3 S6700 switch models available in V200R001C00

Series Model Maximum Number of Service Ports

S6700-EI S6700-24-EI 24 total:

24 10GE SFP+ optical ports (10GE/GE auto-sensing)

S6700-48-EI 48 total:

48 10GE SFP+ optical ports (10GE/GE auto-sensing)

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S6700 Series Ethernet Switches Hardware Description

Available Power Modules

Table 1-4 S6700 power modules available in V200R001C00

1 Version Support for Components

Power Module Type

AC power module

Power Module Power Description

W0PSA5000 500 W AC power module

1.3 Components Available in V200R001C01 Version

NOTE

Components marked with * are added in V200R001C01.

Available Models

Table 1-5 S6700 switch models available in V200R001C01

Series Model Maximum Number of Service Ports

S6700-EI S6700-24-EI 24 total:

24 10GE SFP+ optical ports (10GE/GE auto-sensing)

S6700-48-EI 48 total:

48 10GE SFP+ optical ports (10GE/GE auto-sensing)

Available Power Modules

Table 1-6 S6700 power modules available in V200R001C01

Power Module Type

AC power module

DC power module

Power Module Power Description

W0PSA5000 500 W AC power module

LS6W2PSD0500

500 W DC power module

1.4 Components Available in V200R002C00 Version

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S6700 Series Ethernet Switches Hardware Description

Available Models

Table 1-7 S6700 switch models available in V200R002C00

Series Model Maximum Number of Service Ports

S6700-EI S6700-24-EI 24 total:

Available Power Modules

Table 1-8 S6700 power modules available in V200R002C00

1 Version Support for Components

24 10GE SFP+ optical ports (10GE/GE auto-sensing)

S6700-48-EI 48 total:

48 10GE SFP+ optical ports (10GE/GE auto-sensing)

Power Module Type

AC power module

DC power module

Power Module Power Description

W0PSA5000 500 W AC power module

LS6W2PSD0500 500 W DC power module

1.5 Components Available in V200R003C00 Version

Available Models

Table 1-9 S6700 switch models available in V200R003C00

Series Model Maximum Number of Service Ports

S6700-EI S6700-24-EI 24 total:

24 10GE SFP+ optical ports (10GE/GE auto-sensing)

S6700-48-EI 48 total:

48 10GE SFP+ optical ports (10GE/GE auto-sensing)

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S6700 Series Ethernet Switches Hardware Description

Available Power Modules

Table 1-10 S6700 power modules available in V200R003C00

1 Version Support for Components

Power Module Type

AC power module

DC power module

Power Module Power Description

W0PSA5000 500 W AC power module

LS6W2PSD0500 500 W DC power module

1.6 Components Available in V200R005C00 Version

Available Models

Table 1-11 S6700 switch models available in V200R005C00

Series Model Maximum Number of Service Ports

S6700-EI S6700-24-EI 24 total:

24 10GE SFP+ optical ports (10GE/GE auto-sensing)

S6700-48-EI 48 total:

48 10GE SFP+ optical ports (10GE/GE auto-sensing)

Available Power Modules

Table 1-12 S6700 power modules available in V200R005C00

Power Module Type

AC power module

DC power module

Power Module Description

W0PSA5000 500 W AC power module

LS6W2PSD0500 500 W DC power module

1.7 Components Available in V200R005C01 Version

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S6700 Series Ethernet Switches Hardware Description

Available Models

Table 1-13 S6700 switch models available in V200R005C01

Series Model Maximum Number of Service Ports

S6700-EI S6700-24-EI 24 total:

Available Power Modules

Table 1-14 S6700 power modules available in V200R005C01

1 Version Support for Components

24 10GE SFP+ optical ports (10GE/GE auto-sensing)

S6700-48-EI 48 total:

48 10GE SFP+ optical ports (10GE/GE auto-sensing)

Power Module Type

AC power module

DC power module

Power Module Power Description

W0PSA5000 500 W AC power module

LS6W2PSD0500 500 W DC power module

1.8 Components Available in V200R005C02 Version

Available Models

Table 1-15 S6700 switch models available in V200R005C02

Series Model Maximum Number of Service Ports

S6700-EI S6700-24-EI 24 total:

24 10GE SFP+ optical ports (10GE/GE auto-sensing)

S6700-48-EI 48 total:

48 10GE SFP+ optical ports (10GE/GE auto-sensing)

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S6700 Series Ethernet Switches Hardware Description

Available Power Modules

Table 1-16 S6700 power modules available in V200R005C02

1 Version Support for Components

Power

Power Module Description Module Type

AC power

W0PSA5000 500 W AC power module

module

DC power

LS6W2PSD0500 500 W DC power module

module

1.9 Components Available in V200R008C00 Version

NOTE

The components marked * are the new components added to V200R008C00.

Chassis

Table 1-17 S6700 switch models available in V200R008C00

Power Modules

Table 1-18 S6700 power modules available in V200R008C00

Series Model Maximum Number of Service Ports

S6720-EI S6720-30C-EI-24S-

30 total:

24 10Gig SFP+ ports (10GE/GE auto-sensing), 2 40Gig QSFP+ ports, 4 40Gig QSFP+ ports on the rear card

S6720-54C-EI-48S-

54 total:

48 10Gig SFP+ ports (10GE/GE auto-sensing), 2 40Gig QSFP+ ports, 4 40Gig QSFP+ ports on the rear card

Type Model Description

AC power module

DC power module

PAC-600WA-B

PDC-350WA-B

600 W AC power module

350 W DC power module

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S6700 Series Ethernet Switches Hardware Description 1 Version Support for Components

Cards

Table 1-19 S6700 cards available in V200R008C00

Type Model Description

Rear card

ES5D21Q04Q01

4-port 40 Gig QSFP+ interface card, used in S6720-EI series

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S6700 Series Ethernet Switches Hardware Description 2 Chassis

2 Chassis

About This Chapter

2.1 Chassis Overview

2.2 Naming Conventions

2.3 Port Numbering Conventions

2.4 S6700-EI

2.5 S6720-EI

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S6720-30C-EI-24S-AC

ABC D E F G H I

S6700 Series Ethernet Switches Hardware Description 2 Chassis

2.1 Chassis Overview

The S6700 series Ethernet switches integrate the access and transmission functions to provide reliable access/aggregation and high-quality transmission of services on enterprise networks. The switches are built on an integrated hardware platform, and the hardware system consists of the chassis, power module, fan module, extended cards, and Switch Control Unit (SCU).

The S6700 series are available in a variety of models for you to choose based on your network requirements.

The S6700 series includes the S6700-EI and S6720-EI subseries, all of which are Layer 3 switches.

2.2 Naming Conventions

Figure 2-1 shows the switch naming conventions.

Figure 2-1 Switch naming conventions

Table 2-1 explains the switch naming conventions.

Table 2-1 Switch naming convention description

IdentifierDescription

A Switch

l 6: 10GE downlink ports

l 5: GE downlink ports

l 3: Layer 3 switch with 100M downlink ports

l 2: Layer 2 switch with 100M downlink ports

C 7: Enterprise series switch

D Product sub-series (such as 00 or 10)

E Maximum number of ports

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S6700 Series Ethernet Switches Hardware Description

IdentifierDescription

F Uplink port type:

G Device type

H Downlink port type:

2 Chassis

l C: The product supports extended cards and its uplink ports are provided by

an extended card or are fixed 40GE ports.

NOTE

If the product name does not contain this field, the switch has no uplink port.

l LI: lightweight version

l SI: standard version

l EI: enhanced version

l HI: high-level version, which supports high-performance operation,

administration, and maintenance (OAM) and built-in real-time clock (RTC)

l 24S: 24 downlink SFP+ optical ports

l 48S: 48 downlink SFP+ optical ports

I Power supply type:

l AC: switch using alternating current power supply

NOTE

S6720-EI models that support pluggable power modules are sold with AC power modules (standard configuration), and their product names contain "-AC". However, the silkscreen or nameplate on the chassis does not contain "-AC".

2.3 Port Numbering Conventions

Physical ports are numbered in the following way:

A single switch uses slot ID/subcard ID/port sequence number to identify physical ports.

l Slot ID: indicates the slot where the switch is located. The value is 0.

l Subcard ID: indicates the ID of a subcard.

l Port sequence number: indicates the sequence number of a port on the switch.

A stacked switch uses Stack ID/subcard ID/port sequence number to identify physical ports.

l Stack ID: indicates the ID of a stacked switch. The value ranges from 0 to 8.

l Subcard ID: indicates the ID of a subcard.

l Port sequence number: indicates the sequence number of a port on the switch.

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1 3 5 7 9 11

2 4 6 8 10 12

111213

Quidway S6700 Series

CONSOLE

ETH

GREEN=SPEEDRED=STACK

LINK/ACT

PWR1

PWR2

SYS

MODE

STATUS STATUS

56 7 8 9 10

23 4

S6700 Series Ethernet Switches Hardware Description

Table 2-2 Port numbering conventions

Port Numbering Diagram Description

2.4 S6700-EI

2.4.1 Version Mapping

2 Chassis

There are two rows of service ports on the device. These ports are numbered from bottom to top and left to right, starting from 1.

For example, the port on the top left is numbered 0/0/2.

Table 2-3 lists the mapping between the S6700-EI chassis and software versions.

Table 2-3 Mapping between the S6700-EI chassis and software versions

Series Model Available Version

S6700-EI S6700-24-EI V100R006C00 to V200R005C02

S6700-48-EI V100R006C00 to V200R005C02

2.4.2 Appearance and Structure

S6700-24-EI

Figure 2-2 Appearance of the S6700-24-EI

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S6700 Series Ethernet Switches Hardware Description 2 Chassis

1 Twenty-four 10GE SFP+ Ethernet

optical ports

Applicable modules and cables:

l GE optical module

l GE-CWDM optical module

l GE SFP copper module (applicable

in V200R001C01 and later versions)

l 10GE SFP+ optical module

l 10GE-CWDM optical module

(applicable in V200R005C00 and later versions)

l 1 m or 3 m SFP+ copper cable

l 5 m SFP+ copper cable (applicable

in V200R005C02 version)

l 10 m SFP+ copper cable (applicable

in V200R001C00 and later versions)

l 3 m, 10 m AOC cables (applicable in

V200R003C00 and later versions)

One ETH management port

3 One console port 4 One USB port

5 Ground screw

NOTE

It is used with a ground cable.

7 Fan module slot 2

NOTE

Available fans: CX7E1FANA Fan Module

9 Power module slot 2

NOTE

Available power modules:

l 500 W AC Power Module

l 500 W DC Power Module

6 ESD jack

NOTE

When you install or maintain a switch, wear an ESD wrist strap and insert the other end of the ESD wrist strap into this ESD jack.

8 Fan module slot 1

NOTE

Available fans: CX7E1FANA Fan Module

10 Power module slot 1

NOTE

Available power modules:

l 500 W AC Power Module

l 500 W DC Power Module

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111213

353637

Quidway S6700 Series

CONSOLE

ETH

GREEN=SPEEDRED=STACK

LINK/ACT

PWR1

PWR2

SYS

MODE

STATUS STATUS

56 7 8 9 10

23 4

S6700 Series Ethernet Switches Hardware Description 2 Chassis

S6700-48-EI

Figure 2-3 Appearance of the S6700-48-EI

1 Forty-eight 10GE SFP+ Ethernet

optical ports

Applicable modules and cables:

l GE optical module

l GE-CWDM optical module

l GE SFP copper module (applicable

in V200R001C01 and later versions)

l 10GE SFP+ optical module

l 10GE-CWDM optical module

(applicable in V200R005C00 and later versions)

l 1 m or 3 m SFP+ copper cable

l 5 m SFP+ copper cable (applicable

in V200R005C02 version)

l 10 m SFP+ copper cable (applicable

in V200R001C00 and later versions)

l 3 m, 10 m AOC cables (applicable in

V200R003C00 and later versions)

One ETH management port

3 One console port 4 One USB port

5 Ground screw

NOTE

It is used with a ground cable.

7 Fan module slot 2

NOTE

Available fans: CX7E1FANA Fan Module

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6 ESD jack

NOTE

When you install or maintain a switch, wear an ESD wrist strap and insert the other end of the ESD wrist strap into this ESD jack.

8 Fan module slot 1

NOTE

Available fans: CX7E1FANA Fan Module

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111213

Quidway S6700 Series

CONSOLE

ETH

GREEN=SPEEDRED=STACK

LINK/ACT

PWR1

PWR2

SYS

MODE

Quidway S6700 Series

CONSOLE

ETH

GREEN=SPEED RED=STACK

LINK/ACT

PWR1

PWR2

SYS

MODE

S6700 Series Ethernet Switches Hardware Description 2 Chassis

9 Power module slot 2

NOTE

Available power modules:

l 500 W AC Power Module

l 500 W DC Power Module

2.4.3 Indicator Description

S6700-24-EI

NOTE

Symbols and meanings of indicators on the S6700-48-EI are the same as those on the S6700-24-EI.

Figure 2-4 Indicators on the S6700-24-EI

10 Power module slot 1

NOTE

Available power modules:

l 500 W AC Power Module

l 500 W DC Power Module

Table 2-4 Description of indicators on the switch

NumberIndicator/

Color Description

Button

1 PWR1: power

supply indicator

- Off: No power module is available in power module slot 1, or the switch has only one power module but the power module does not work normally.

Green Steady on: A power module is installed in

power module slot 1 and is working normally.

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S6700 Series Ethernet Switches Hardware Description 2 Chassis

NumberIndicator/

Button

PWR2: power supply indicator

Color Description

Red Steady on: The switch has two power

modules installed. Any of the following situations occurs in power module slot 1:

l A power module is available in this slot

but its power switch is in the OFF position.

l A power module is available in this slot

but it is not connected to a power source.

l The power module in power module

slot 1 fails.

- Off: No power module is available in power module slot 2, or the switch has only one power module but the power module does not work normally.

Green Steady on: A power module is installed in

power module slot 2 and is working normally.

Red Steady on: The switch has two power

modules installed. Any of the following situations occurs in power module slot 2:

l A power module is available in this slot

but its power switch is in the OFF position.

l A power module is available in this slot

but it is not connected to a power source.

l The power module in power module

slot 2 fails.

SYS: system

- Off: The system is not running.

status indicator

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S6700 Series Ethernet Switches Hardware Description 2 Chassis

NumberIndicator/

Button

Color Description

Green Indicator states and meaning in V100R006

version:

l Steady on: The system is not operating

properly or is starting.

l Slow blinking: The system is operating

properly.

l Fast blinking: The system is copying

the system software and configuration file from a USB flash drive.

Indicator states and meaning in V200R001 and later versions:

l Fast blinking: The system is starting or

is copying the system software and configuration file from a USB flash drive during a USB-based upgrade.

l Slow blinking: The system is running

normally.

Yellow

l Steady on: The system is performing

self-check during startup (only applicable to V100R006).

4 MODE: mode

indicator

l Blinking: The system has been

successfully upgraded using a USB flash drive and the switch has restarted. You can remove the USB flash drive from the switch.

Red

l Steady on: After registering, the system

does not operate properly, or a fan or temperature alarm has been generated.

l Blinking: An error occurred during

USB-based upgrade and the system failed to be upgraded after a USB flash drive is inserted.

- Off: The service port indicators are in the status mode (default). In the status mode, the service port indicator shows the port link or activity state.

Green Steady on: The service port indicators

show the port speed. After 45 seconds, the service port indicators automatically restore to the status mode.

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Page 27

S6700 Series Ethernet Switches Hardware Description 2 Chassis

NumberIndicator/

Button

5 Mode switch

button

Service port indicator

Color Description

Red Steady on: The service port indicators

show the stack ID of the switch. After 45 seconds, the service port indicators automatically restore to the status mode.

l When you press this button once, the

mode indicator turns green and the service port indicators show the speed of each service port.

l When you press this button a second

time, the mode indicator turns red and the service port indicators show the stack status.

l When you press this button a third time,

the mode indicator turns off.

If you do not press the button within 45 seconds, the mode indicator restores to status mode.

Meanings of service port indicators vary in different modes. For details, see Table 2-5.

7 ETH indicator Green

l Off: No link is established on the port.

l Steady on: The port is connected.

l Blinking: The port is sending or

receiving data.

Table 2-5 Description of service port indicators in different modes

Display Mode Color Description

Status - Off: The port is not connected or has been

shut down.

Green Steady on: The port is connected.

Yellow Blinking: The interface is sending or

receiving data.

Speed Green and

yellow

l Off: The port is not connected or has

been shut down.

l Both steady on: The port is operating at

a speed of 1000 Mbit/s.

l Both blinking: The port is operating at

Issue 12 (2015-07-31) Huawei Proprietary and Confidential

a speed of 10 Gbit/s.

Page 28

S6700 Series Ethernet Switches Hardware Description

Display Mode Color Description

2 Chassis

Stack Green and

yellow

l Off: Port indicators do not show the

stack ID of the switch.

l If both indicators are steady on, the

switch is not a master switch:

– If the indicator of a port is steady on,

the number of this port is the stack ID of the switch.

– If the first nine port indicators of the

switch are steady on, the stack ID of the switch is 0.

l If both indicators are blinking, the

switch is a master switch:

– If the indicator of a port is blinking,

the number of this port is the stack ID of the switch.

– If the first nine port indicators of the

switch are blinking, the stack ID of the switch is 0.

2.4.4 Port Description

10GE SFP+ Ethernet Optical Port

A 10GE SFP+ Ethernet optical port supports auto-sensing to 1000 Mbit/s. It receives and sends service data at 1 Gbit/s or 10 Gbit/s. Table 2-6 describes the attributes of a 10GE SFP+ Ethernet optical port.

Table 2-6 Attributes of a 10GE SFP+ Ethernet optical port

Attribute Description

Connector type LC/PC

Optical port attributes

Standards compliance

Working mode GE/10GE auto-sensing

Depend on the optical module used (see 7.4.1 SFP/eSFP Modules and

7.4.2 SFP+ Modules)

IEEE802.3ae

Full duplex

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S6700 Series Ethernet Switches Hardware Description

Console Port

The console port is connected to a console for on-site configuration. The port must use a console

cable. The console port is used when a switch is powered on for the first time. Table 2-7 describes

the attributes of the console port.

Table 2-7 Attributes of a console port

Attribute Description

Connector type RJ45

2 Chassis

Standards compliance

Working mode Duplex Universal Asynchronous Receiver/Transmitter (UART)

Baud rate 9600 bit/s, 19200 bit/s, 38400 bit/s, 57600 bit/s, or 115200 bit/s

ETH Management Port

You can connect a switch to a configuration terminal or network management workstation through the ETH management port to configure the switch locally or remotely. The port must use a network cable. For details on how to use the ETH management port, see the Configuration Guide - Basic Configurations. Table 2-8 describes the attributes of an ETH management port.

Table 2-8 Attributes of an ETH management port

Attribute Description

Connector type RJ45

RS-232

Default value: 9600 bit/s

Standards compliance

Working mode 10/100 Mbit/s auto-sensing

Maximum transmission distance

IEEE802.3

Full duplex

100 m

USB Port

The USB port can have a USB flash drive connected to upgrade the switch, or transfer configuration files or other files. The USB flash drive used on a switch must comply with USB

1.1 and support the Linux operating system. Table 2-9 lists the USB flash drives applicable to a switch.

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Page 30

S6700 Series Ethernet Switches Hardware Description 2 Chassis

Table 2-9 USB flash drives applicable to a switch

CapacityVendor Model Remarks

4 GB Netac U208 You can buy Netac USB 4 GB flash drives from

Huawei or other vendors.

SanDisk Cruzer Blade Huawei does not offer this USB flash drive, and

you must buy it from other vendors.

JTAG port

HewlettPackard

v218G Huawei does not offer this USB flash drive, and

you must buy it from other vendors.

PNY M1 Huawei does not offer this USB flash drive, and

you must buy it from other vendors.

8 GB Netac U208 Huawei does not offer this USB flash drive, and

you must buy it from other vendors.

HewlettPackard

v225w Huawei does not offer this USB flash drive, and

you must buy it from other vendors.

STEC SLUFD8GU2TUIHuawei does not offer this USB flash drive, and

you must buy it from other vendors.

NOTE

Huawei is not responsible for maintenance service of USB flash drives purchased from other vendors.

Figure 2-5 shows the JTAG port. The JTAG port is an internal port of the switch and is used to

check and diagnose equipment faults.

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S6700 Series Ethernet Switches Hardware Description

Figure 2-5 JTAG port

2 Chassis

2.4.5 Power Supply

Power Supply Configuration

On a S6700-EI switch, one or two power modules can be configured.

When two power modules are used, they work in 1+1 backup mode to provide power for the device. In the versions earlier than V200R005C00, the AC and DC power modules cannot be configured on the same device, while in V200R005C00 and later versions, they can be configured on the same device.

Figure 2-6 shows the power supply connections of dual DC power modules. After DC power

is transmitted to the PWR module, the PWR module provides -53 V output voltage, and the motherboard provides power for the entire device.

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Page 32

PWR2

NEG RTN

Motherboard

GND-53V

PWR1

NEG RTN

PWR2

L N

Motherboard

GND-53V

PGND

PWR1

L N PGND

S6700 Series Ethernet Switches Hardware Description 2 Chassis

Figure 2-6 Power supply connections of dual DC power modules

NEG: Negative cable RTN: Positive cable GND: -53 V reference ground

Figure 2-7 shows the power supply connections of dual AC power modules. After AC power

is transmitted to the PWR module, the PWR module provides -53 V output voltage, and the motherboard provides power for the entire device.

Figure 2-7 Power supply connections of dual AC power modules

L: Live wire

N: Neutral wire PGND: Protective ground wire GND: -53 V reference ground

2.4.6 Heat Dissipation

Table 2-10 describes the heat dissipation methods of the S6700-EI.

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Page 33

PWR1

PWR2

SYS

MODE

GREEN=SPEED RED=STACK

LINK/ACT

CONSOLE

ETH

Quidway S6700 Series

Cold air

Hot air

S6700 Series Ethernet Switches Hardware Description 2 Chassis

Table 2-10 S6700-EI heat dissipation method

Model Heat Dissipation Method

l S6700-24-EI

l S6700-48-EI

2.4.7 Specifications

Table 2-11 lists specifications of the S6700-EI.

Table 2-11 Specifications of the S6700-EI

Item Description

Memory (RAM) 512 MB

Forcible heat dissipation The air flows in from the left and right and flows out from the rear.

Flash 64 MB

Mean time between failures (MTBF)

Mean time to repair

l S6700-24-EI: 34.54 years

l S6700-48-EI: 33.76 years

2 hours

(MTTR)

Availability > 0.99999

Surge protecti on

Service port protectio

Power supply

l AC: ±2 kV in differential mode; ±4 kV in common mode

l DC: ±1 kV in differential mode; ±2 kV in common mode

protectio n

Dimensions (W x D

442.0 mm x 420.0 mm x 43.6 mm

x H)

Weight Fully

≤ 8.5 kg

loaded

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Page 34

S6700 Series Ethernet Switches Hardware Description 2 Chassis

Item Description

Empty

≤ 5 kg

loaded

Stack port 10GE SFP+ port (A maximum of eight 10GE SFP+ ports is supported.)

RPS Not supported

PoE Not supported

Input DC voltage

Rated input voltage

-48 V DC to -60 V DC

range

Maximu

-38.4 V DC to -72 V DC m voltage range

Input AC voltage

Rated input voltage

100 V AC to 240 V AC, 50/60 Hz

range

Maximu

90 V AC to 264 V AC, 47 Hz to 63 Hz m voltage range

Maximum power (100% throughput,

l S6700-24-EI: 153.6 W

l S6700-48-EI: 240 W

full speed of fans)

Temper ature

Operatin g temperat ure

Storage

-5°C to +50°C (at 0 m to 1800 m altitude)

NOTE

l If using SFP+ optical modules of 40 km or longer transmission distances,

the operating temperature of S6700-EI is between -5°C and 45°C.

l When the altitude is between 1800 m and 5000 m, the highest operating

temperature reduces 1°C every time the altitude increases 220 m.

-40°C to +70°C temperat ure

Noise under normal

Less than 55 dBA temperature (27°C, sound power)

Relative humidity 5% RH to 95% RH, noncondensing

Operating altitude 0 m to 5000 m

Issue 12 (2015-07-31) Huawei Proprietary and Confidential

Page 35

CARD FAN

PWR2 PWR1

STATUS

FAN-060B-B

S6720-30C-EI-24S

1234567891011 12

13 14 15 16 17 18 19 20 21 22 23 24

CONSOLE

ETH

MODE

HUAWEI

STCK

SPED

STAT

SYS

PWR1

PWR2

1234

8 9 10 11

S6700 Series Ethernet Switches Hardware Description 2 Chassis

Item Description

Certification

2.5 S6720-EI

2.5.1 Version Mapping

Table 2-12 lists the mapping between the S6720-EI series switches and software versions.

Table 2-12 Mappings between the S6720-EI series switches and software versions

Series Model Available Version

S6720-EI S6720-30C-EI-24S-AC V200R008C00 and later versions

l EMC certification

l Safety certification

l Manufacturing certification

S6720-54C-EI-48S-AC V200R008C00 and later versions

2.5.2 Appearance and Structure

S6720-30C-EI-24S-AC

Figure 2-8 Appearance of the S6720-30C-EI-24S-AC

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Page 36

S6700 Series Ethernet Switches Hardware Description 2 Chassis

1 Twenty-four 10GE SFP+ Ethernet

Two 40GE QSFP+ optical ports

optical ports

Applicable modules and cables:

l GE optical module

l GE-CWDM optical module

l GE-DWDM optical module

l GE copper module (only work at

1000 Mbit/s)

l 10GE SFP+ optical module

(OSXD22N00 not supported)

l QSFP+ optical module

l 1 m, 3 m, 5 m QSFP+ high-speed

copper cables (QSFP+ to QSFP+)

l 1 m, 3 m, 5 m QSFP+ high-speed

copper cables (QSFP+ to 4*SFP+)

NOTE

A 40GE QSFP+ optical port can be split into four 10GE ports.

l 10GE-CWDM optical module

l 1 m, 3 m, 5 m, 10 m SFP+ high-speed

copper cables

l 3 m, 10 m AOC cables

One ETH management port 4 One console port

NOTE

It is used with a console cable. The console cable is not delivered with the switch and needs to be separately purchased if needed.

5 One USB port 6 Ground screw

NOTE

It is used with a ground cable.

7 Equipment serial number (ESN) label

NOTE

You can draw it out to view the ESN and MAC address of the switch.

9 Fan module slot

NOTE

Applicable fan module:

FAN-060B-B fan module

11 Power module slot 1

NOTE

l 350 W DC power module

l 600 W AC power module

8 Extended card slot

Applicable card:

l ES5D21Q04Q01

10 Power module slot 2

NOTE

l 350 W DC power module

l 600 W AC power module

- -

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Page 37

S6720-54C-EI-48S

1234567891011 12

13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48

CONSOLE

ETH

MODE

HUAWEI

STCK

SPED

STAT

SYS

PWR1

PWR2

CARD FAN

PWR2 PWR1

STATUS

FAN-060B-B

1234

8 9 10 11

S6700 Series Ethernet Switches Hardware Description 2 Chassis

S6720-54C-EI-48S-AC

Figure 2-9 Appearance of the S6720-54C-EI-48S-AC

1 Forty-eight 10GE SFP+ Ethernet

Two 40GE QSFP+ optical ports

optical ports

Applicable modules and cables:

l GE optical module

l GE-CWDM optical module

l GE-DWDM optical module

l GE copper module (only work at

1000 Mbit/s)

l 10GE SFP+ optical module

(OSXD22N00 and SFP-10G-ZR not

l QSFP+ optical module

l 1 m, 3 m, 5 m QSFP+ high-speed

copper cables (QSFP+ to QSFP+)

l 1 m, 3 m, 5 m QSFP+ high-speed

copper cables (QSFP+ to 4*SFP+)

NOTE

A 40GE QSFP+ optical port can be split into four 10GE ports.

supported)

l 1 m, 3 m, 5 m, 10 m SFP+ high-speed

copper cables

l 3 m, 10 m AOC cables

One ETH management port 4 One console port

NOTE

It is used with a console cable. The console cable is not delivered with the switch and needs to be separately purchased if needed.

5 One USB port 6 Ground screw

NOTE

7 Equipment serial number (ESN) label

NOTE

You can draw it out to view the ESN and MAC address of the switch.

Issue 12 (2015-07-31) Huawei Proprietary and Confidential

8 Extended card slot

Applicable card:

l ES5D21Q04Q01

It is used with a ground cable.

Page 38

S6700 Series Ethernet Switches Hardware Description 2 Chassis

2.5.3

9 Fan module slot

NOTE

Applicable fan module:

FAN-060B-B fan module

11 Power module slot 1

NOTE

l 350 W DC power module

l 600 W AC power module

Indicator Description

Table 2-13 is a quick reference table for indicators of S6720-EI switches.

Table 2-13 S6720-EI indicator quick reference table

Switch Model Indicator Description

S6720-30CEI-24S-AC

S6720-54CEI-48S-AC

Symbols and meanings of indicators on the S6720-54C-EI-48S-AC are the same as those on the S6720-30C-EI-24S-AC. S6720-30C-EI-24S-

AC is used as an example here.

10 Power module slot 2

NOTE

l 350 W DC power module

l 600 W AC power module

- -

NOTE

Hold down this button for 6 seconds and release it to start the web initial login mode. Either of the following situations will occur:

l If the switch has no configuration file, the system attempts to enter the web initial login mode. In this

mode, the status of mode indicators is as follows:

l If the system enters the web initial login mode successfully, all mode indicators turn green and

stay on for a maximum of 10 minutes.

l If the system fails to enter the initial login mode, all mode indicators fast blink for 10 seconds

and then restore to the default states.

l If the switch has a configuration file, the system cannot enter the web initial login mode. In this case,

all mode indicators fast blink for 10 seconds, and then return to the default states.

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Page 39

S6720-30C-EI-24S

1234567891011 12

13 14 15 16 17 18 19 20 21 22 23 24

CONSOLE

ETH

MODE

HUAWEI

STCK

SPED

STAT

SYS

PWR1

PWR2

S6720-30C-EI-24S

12345

MODE

HUAWEI

STCK

SPED

STAT

SYS

PWR1

PWR2

1723

654

CONSOLE

ETH

91110

10 11

S6700 Series Ethernet Switches Hardware Description 2 Chassis

S6720-30C-EI-24S-AC

Figure 2-10 Indicators on the S6720-30C-EI-24S-AC

NOTE

The S6720-EI series switches provide a command that can turn on the fault indicators to help field maintenance personnel find a faulty switch.

The SYS indicator and mode indicators (STAT, SPED, and STCK) are used as fault indicators. When an S6720-EI switch is faulty, you can run the command to turn on the fault indicators. Then the SYS indicator and mode indicators fast blink red to help field maintenance personnel quickly find the faulty switch.

Table 2-14 Description of indicators on the switch

No. Indicator Color Description

1 PWR1: power

module indicator

- Off: No power module is available in power module slot 1, or the switch has only one power module but the power module does not work normally.

Green Steady on: A power module is installed in

power module slot 1 and is working normally.

Yellow Steady on: The switch has two power

modules installed. Any of the following situations occurs in power module slot 1:

l A power module is available in this slot

but its power switch is in OFF position.

l A power module is available in this slot

but it is not connected to a power source.

l The power module in this slot has

failed.

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Page 40

S6700 Series Ethernet Switches Hardware Description 2 Chassis

No. Indicator Color Description

2 PWR2: power

module indicator

SYS: system status indicator

- Off: No power module is available in power module slot 2, or the switch has only one power module but the power module does not work normally.

Green Steady on: A power module is installed in

power module slot 2 and is working normally.

Yellow Steady on: The switch has two power

modules installed. Any of the following situations occurs in power module slot 2:

l A power module is available in this slot

but its power switch is in OFF position.

l A power module is available in this slot

but it is not connected to a power source.

l The power module in this slot has

failed.

- Off: The system is not running.

Green

l Fast blinking: The system is starting.

4 STAT: status

indicator

5 SPED: speed

indicator

l Slow blinking: The system is running

normally.

Red Steady on: The system does not work

normally after registration, or a fan alarm or temperature alarm has been generated.

Green

l Off: The status mode is not selected.

l Steady on: The status mode (default

mode) is selected, and service port indicators show the link connection states and link activity on ports.

Green

l Off: The speed mode is not selected.

l Steady on: The speed mode is selected.

In this mode, service port indicators show port speeds. After 45 seconds, the service port indicators automatically restore to the status mode.

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Page 41

S6700 Series Ethernet Switches Hardware Description 2 Chassis

No. Indicator Color Description

6 STCK: stack

indicator

Green If you are not changing the indicator mode

(default state):

l Off: The switch is the standby or slave

switch in a stack or a standalone switch with the stacking function disabled.

l Blinking: The switch is the master

switch in a stack or a standalone switch with the stacking function enabled.

If you are changing the indicator mode:

l Off: The stack mode is not selected.

l Steady on: The stack mode is selected.

The switch is a standby or slave switch in a stack, and the service port indicators show the stack ID of the switch.

l Blinking: The switch is the master

switch in a stack or a standalone switch, and the service port indicators show the stack ID of the master switch.

After 45 seconds, the service port indicators automatically restore to the status mode.

MODE: mode switch button

l When you press this button once, the

service port indicators change to the speed mode and show the speed of each service port.

l When you press the button a second

time, the service port indicators change to the stack mode and show the stack ID of the local switch.

l When you press the button a third time,

the service port indicators restore to the default mode, and the STAT indicator turns green.

If you do not press the MODE button within 45 seconds, the service port indicators restore to the default mode. In this case, the STAT indicator is steady green, the SPED indicator is off, and the STCK indicator is off or blinking green.

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Page 42

S6700 Series Ethernet Switches Hardware Description 2 Chassis

No. Indicator Color Description

8 10GE service

port indicator (two indicators for each port)

NOTE

Arrowheads show the positions of ports. A down arrowhead indicates a port at the bottom, and an up arrowhead indicates a port at the top.

9 40GE service

port indicator (one indicator for each port)

10 ETH port

indicator

Meanings of service port indicators vary in different modes. For details, see Table 2-15.

Meanings of service port indicators vary in different modes. For details, see Table 2-16.

Green

l Off: The ETH port is not connected.

l Steady on: The ETH port is connected.

l Blinking: The ETH port is sending or

receiving data.

11 USB-based

deployment indicator

- Off:

l No USB flash drive is connected to the

switch.

l The USB port is damaged.

l The indicator is damaged.

l The USB flash drive does not have any

configuration file and cannot be used for deployment.

l The switch has been upgraded using the

USB flash drive and is restarting.

Green

l Steady on: A USB-based deployment

has been completed.

l Blinking: The system is reading data

from a USB flash drive.

Yellow Steady on: The switch has copied all the

required files and completed the file check. The USB flash drive can be removed from the switch.

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Page 43

S6700 Series Ethernet Switches Hardware Description 2 Chassis

No. Indicator Color Description

Red Blinking: An error has occurred when the

system is executing the configuration file or reading data from the USB flash drive.

Table 2-15 Description of 10GE service port indicators in different modes (two indicators for each port)

Mode Color Description

Status - Off: The port is not connected or has been

shut down.

Green Steady on: A link has been established on

the port.

Yellow Blinking: The port is sending or receiving

data.

Speed Green and

yellow

l Off: The port is not connected or has

been shut down.

l Both steady on:

1000M/10GE port: The port is operating at 1000 Mbit/s.

l Green indicator steady on and yellow

indicator blinking:

1000M/10GE port: The port is operating at 10 Gbit/s.

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Page 44

S6700 Series Ethernet Switches Hardware Description

Mode Color Description

2 Chassis

Stack Green and

yellow

l Off: Port indicators do not show the

stack member ID of the switch.

l Both steady on:

The switch is not the master switch in a stack.

– If the indicators of a service port are

steady on, the number of the service port is the stack ID of the switch.

– If indicators of the first nine ports

are steady on, the stack ID of the switch is 0.

l Green indicator steady on and yellow

indicator blinking:

The switch is the master switch in a stack.

– If the indicators of a service port are

blinking, the number of the service port is the stack ID of the switch.

– If indicators of the first nine ports

are blinking, the stack ID of the switch is 0.

Table 2-16 Description of 40GE service port indicators in different modes (one indicator for each port)

Display Mode Color Description

Status Green

l Off: The port is not connected or has

been shut down.

l Steady on: A link has been established

on the port.

l Blinking: The port is sending or

receiving data.

Speed Green

l Off: The port is not connected or has

been shut down.

l Steady on: The port is operating at 10

Gbit/s.

l Blinking: The port is operating at 40

Gbit/s.

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Page 45

S6700 Series Ethernet Switches Hardware Description

2.5.4 Port Description

10GE SFP+ Ethernet Optical Port

A 10GE SFP+ Ethernet optical port supports auto-sensing to 1000 Mbit/s. It sends and receives service data at 1000 Mbit/s or 10 Gbit/s. Table 2-17 describes the attributes of a 10GE SFP+ Ethernet optical port.

Table 2-17 Attributes of a 10GE SFP+ Ethernet optical port

Attribute Description

Connector type LC/PC

2 Chassis

Optical port attributes

Standards compliance

Working mode GE/10GE auto-sensing

Depend on the optical module used (see SFP/eSFP Modules and SFP

+ Modules)

IEEE802.3ae

Full-duplex

40GE QSFP+ Ethernet Optical Port

A 40GE QSFP+ optical port sends and receives service traffic at 40 Gbit/s and can be split into four 10GE ports. After a split, 40GE QSFP+ optical port needs to be connected to a remote device using a 1-to-4 QSFP+ fiber (with matching optical modules) or a 1-to-4 QSFP+ copper cable. Table 2-18 describes the attributes of a 40GE QSFP+ optical port.

Table 2-18 Attributes of a 40GE QSFP+ optical port

Attribute Description

Connector type MPO/LC

Optical port attributes

Standards compliance

Working mode Full-duplex

Depend on the optical module used (see QSFP+ Modules)

IEEE802.3ba

Console Port

The console port is connected to a console for on-site configuration. The port must use a console

cable. The console port is used when a switch is powered on for the first time. For details about

the attributes of a console port, see Table 2-19.

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Page 46

S6700 Series Ethernet Switches Hardware Description

Table 2-19 Attributes of a console port

Attribute Description

Connector type RJ45

2 Chassis

Standards compliance

Working mode Duplex Universal Asynchronous Receiver/Transmitter (UART)

Baud rate 9600 bit/s, 19200 bit/s, 38400 bit/s, 57600 bit/s, or 115200 bit/s

ETH Management Port

You can connect a switch to a configuration terminal or network management workstation through the ETH management port to configure the switch locally or remotely. The port must use a network cable. You can choose to download the software package through the ETH management port in the BootLoad menu. File transfer through the ETH management port is faster than transfer through the console port. For details on how to use the ETH management port, see the Configuration Guide - Basic Configurations. Table 2-20 describes the attributes of an ETH management port.

Table 2-20 Attributes of an ETH management port

Attribute Description

RS-232

Default value: 9600 bit/s

Connector type RJ45

Standards compliance

Working mode 10/100 Mbit/s auto-sensing

Maximum transmission distance

IEEE802.3

Full duplex

100 m

USB Port

The USB port can have a USB flash drive connected to upgrade the switch, or transfer configuration files or other files. The USB flash drive used on an S6720-EI switch must support USB 1.1 or USB 2.0 and be compatible with the Linux operating system.

2.5.5 Power Supply Configuration

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Page 47

PWR2

NEG RTN

Motherboard

GND12V

PWR1

NEG RTN

PWR2

L N

Motherboard

GND12V

PGND

PWR1

L N PGND

S6700 Series Ethernet Switches Hardware Description

S6720-EI Power Supply Configuration

An S6720-EI switch can have one or two power modules installed.

When a switch has two power modules installed, the two power modules work in 1+1 redundancy mode. AC and DC power modules can be used together in the same switch.

Figure 2-11 shows the power supply connections of dual DC power modules. After DC power

is transmitted to the PWR module, the PWR module provides 12 V output voltage, and the motherboard provides power for the entire device.

Figure 2-11 Power supply connections of dual DC power modules

2 Chassis

NEG: Negative cable

RTN: Positive cable GND: 12 V reference ground

Figure 2-12 shows the power supply connections of dual non-PoE AC power modules. After

AC power is transmitted to the PWR module, the PWR module provides 12 V output voltage, and the motherboard provides power for the entire device.

Figure 2-12 Power supply connections of dual non-PoE AC power modules

L: Live wire

N: Neutral wire PGND: Protective ground wire GND: 12 V reference ground

2.5.6 Heat Dissipation

Table 2-21 lists the heat dissipation method of the S6720-EI series switches.

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Page 48

MODE

S6720-54C-EI-48S

CONSOLE

ETH

Cold air

Hot air

S6700 Series Ethernet Switches Hardware Description 2 Chassis

Table 2-21 S6720-EI heat dissipation method

Model Heat Dissipation Method

l S6720-30C-

EI-24S-AC

l S6720-54C-

EI-48S-AC

2.5.7 Specifications

Table 2-22 lists specifications of the S6720-EI series switches.

Table 2-22 Specifications of the S6720-EI series switches

Item Description

Memory (RAM) 2 GB

Forcible heat dissipation The air flows in from the left, right, and front, and flows out from the rear panel.

Flash 240 MB

Mean time between failures (MTBF)

l S6720-30C-EI-24S-AC: 80.60 years without card; 70.79 years

when a 4x40GE QSFP+ card is configured

l S6720-54C-EI-48S-AC: 79.39 years without card; 69.86 years

when a 4x40GE QSFP+ card is configured

Mean time to repair

2 hours

(MTTR)

Availability > 0.99999

Surge protecti on

Service port protectio

Power supply

l AC models: ±6 kV in differential mode; ±6 kV in common mode

l DC models: ±1 kV in differential mode; ±2 kV in common mode

protectio n

Dimensions (W x D

442.0 mm x 420.0 mm x 43.6 mm

x H)

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S6700 Series Ethernet Switches Hardware Description 2 Chassis

Item Description

Weight Fully

≤ 12 kg

loaded

Empty

≤ 8 kg

chassis

Stack port

l Any 10GE SFP+ ports (a maximum of 16 physical ports)

l Any 40GE QSFP+ ports (a maximum of 6 physical ports)

RPS Not supported

PoE Not supported

DC input voltage

Rated voltage range

Maximu

-48 V DC to -60 V DC

-38.4 V DC to -72 V DC m voltage range

AC input voltage

Rated voltage range

100 V AC to 240 V AC, 50/60 Hz

Maximu

90 V AC to 264 V AC, 47 Hz to 63 Hz m voltage range

Maximum power consumption (100%

l S6720-30C-EI-24S-AC: 233.7 W

l S6720-54C-EI-48S-AC: 296.1 W

throughput, full speed of fans)

Temper ature

Operatin g temperat ure

Storage

0°C-45°C (at altitude of 0-1800 m)

NOTE

When the altitude is between 1800 m and 5000 m, the operating temperature reduces by 1°C every time the altitude increases by 220 m.

-40°C to +70°C temperat ure

Noise under normal

Less than 72.1 dBA temperature (27°C, sound power)

Relative humidity 5% RH to 95% RH, noncondensing

Operating altitude 0 m to 5000 m

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S6700 Series Ethernet Switches Hardware Description 2 Chassis

Item Description

Certification

l EMC certification

l Safety certification

l Manufacturing certification

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Page 51

S6700 Series Ethernet Switches Hardware Description

About This Chapter

3 Power Modules

NOTICE

l All power modules are hot swappable, but it is highly recommended that you power off a

switch before removing or installing a power module in the switch to protect personal and equipment safety.

l Before replacing a power module in a switch, make sure that the switch can be powered by

the other power module after the power module is removed. Otherwise, services on the switches will be interrupted by a power failure when the power module is removed.

l Before powering off a switch, shut down all of its power supply units.

l The S6720-EI can use 350 W DC and 600 W AC power modules together. Other models do

not allow power modules of different power values to be used in the same chassis.

3.1 350 W DC power module

3.2 500 W DC Power Module

3.3 600 W AC Power Module

3.4 500 W AC Power Module

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Page 52

PDC-350WA-B

-48 -60V ; 11A

RTN(+)

NEG(-)

STATUS

S6700 Series Ethernet Switches Hardware Description 3 Power Modules

3.1 350 W DC power module

Product Support

Table 3-1 lists the switch chassis matching a 350 W DC power module.

Table 3-1 Switch chassis matching a 350 W DC power module

Appearance

Power Module

Product Support

Name

PDC-350WA-B Supported only in the S6720-30C-EI-24S-AC and S6720-54C-

EI-48S-AC

Figure 3-1 shows the appearance of a 350 W DC power module.

Figure 3-1 Appearance of a 350 W DC power module

Function

Table 3-2 describes the functions of a 350 W DC power module.

Table 3-2 Functions of a 350 W DC power module

Function Description

Input protection

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Input undervoltage protection

In this protection state, the power module stops supplying power. When the input voltage restores to the normal range, the power module automatically resumes power supply.

Page 53

-48 -60V ; 11A

RTN(+)

NEG(-)

STATUS

PDC-350WA-B

2 314 5 6

S6700 Series Ethernet Switches Hardware Description 3 Power Modules

Function Description

Input overcurrent protection

In this protection state, the power module stops supplying power and cannot automatically resume power supply when the input current restores to the normal range.

Output protection

Output overvoltage protection

In this protection state, the power module stops supplying power intermittently. When the system recovers from output overvoltage, the power module automatically resumes power supply.

Output overcurrent protection

In this protection state, the power module supplies power intermittently. When the output current is within a range, the power module automatically resumes power supply.

Output shortcircuit protection

In this protection state, the power module supplies power intermittently. When the short circuit is removed, the power module automatically resumes power supply.

Overtemperature protection When the temperature of the power module exceeds a

specified threshold, the power module stops supplying power. When the temperature falls into the normal range, the power module automatically resumes power supply.

Panel

Hot swap Supported

NOTE

When a power module enters overtemperature protection state, take measures to lower the ambient temperature. The power module can automatically resume power supply when the temperature falls within the normal range.

Figure 3-2 shows the panel of a 350 W DC power module.

Figure 3-2 Panel of a 350 W DC power module

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S6700 Series Ethernet Switches Hardware Description

1. Captive screw 2. Airflow flag (air out) 3. Indicator 4. Fan air vent

3 Power Modules

Specifications

5. Handle 6. DC power socket

- -

Table 3-3 describes the indicator on the 350 W DC power module panel.

Table 3-3 Description of the indicator on the 350 W DC power module panel

Indicator Color Description

STATUS: running status indicator

Green

l Off: The power input is abnormal (for example, no

input, overvoltage, or undervoltage) or the power output is abnormal (for example, overvoltage, overcurrent, short-circuit, or overtemperature).

l Steady on: The power module is working normally.

Table 3-4 describes technical specifications of a 350 W DC power module.

Table 3-4 Specifications of a 350 W DC power module

Item Description

Dimensions (W

100 mm x 205 mm x 40 mm

x D x H)

Weight 0.72 kg

Rated input

-48 V DC to -60 V DC

voltage range

Maximum input

-38.4 V DC to -72 V DC

voltage

Maximum input

11 A

current

Maximum

29.17 A

output current

Rated output

12 V

voltage

Rated output

350 W

power

Part number 02310PQN

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Page 55

STATUS

NEG(-) RTN(+)

S6700 Series Ethernet Switches Hardware Description

3.2 500 W DC Power Module

Version Mapping

Table 3-5 lists the switch chassis and software versions matching a 500 W DC power module.

Table 3-5 Switch chassis and software versions matching a 500 W DC power module

Power Module Name Product Support

LS6W2PSD0500 Supported only in the S6700-24-EI and S6700-48-EI

Appearance

3 Power Modules

Function

Figure 3-3 shows the appearance of a 500 W DC power module.

Figure 3-3 Appearance of the 500 W DC power module

Table 3-6 describes the functions of a 500 W DC power module.

Table 3-6 Functions of a 500 W DC power module

Function Description

Input protection Input power detection is provided.

Output protection Output overcurrent and short-circuit

protection is provided.

Surge protection -

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STATUS

LS6W2PSD0500

NEG(-) RTN(+)

-48 -60V ; 13A

14 2 3

S6700 Series Ethernet Switches Hardware Description 3 Power Modules

Panel Description

Figure 3-4 shows the panel of a 500 W DC power module.

Figure 3-4 Panel of a 500 W DC power module

1. Handle 2. Power status indicator 3. DC socket 4. Captive screw

Specifications

Table 3-7 describes indicators on a 500 W DC power module panel.

Table 3-7 Description of indicators on a 500 W DC power module panel

Indicator Color Description

STATUS Green

l Off: No DC power input is provided.

l Steady on: The DC input power is in the normal

range.

Table 3-8 describes technical specifications of a 500 W DC power module.

Table 3-8 Technical specifications of a 500 W DC power module

Item Description

Dimensions (W x D xH)100 mm x 205 mm x 40 mm

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Weight 1 kg

Rated input voltage

-48 V DC to -60 V DC

range

Maximum input

-38.4 V DC to -72 V DC

voltage range

Input current 13 A

Page 57

PAC-600WA-B

STATUS

~100-240V;50/60 Hz;9A

S6700 Series Ethernet Switches Hardware Description

Item Description

3 Power Modules

Maximum output

13 A

current

Maximum output

500 W

power

Part number 02310JWV

3.3 600 W AC Power Module

Product Support

Table 3-9 lists the switch chassis matching a 600 W AC power module.

Table 3-9 Switch chassis matching a 600 W AC power module

Power Module Name

Product Support

Appearance

PAC-600WA-B Supported only in the S6720-30C-EI-24S-AC and S6720-54C-

EI-48S-AC

Figure 3-5 shows the appearance of a 600 W AC power module.

Figure 3-5 Appearance of a 600 W AC power module

Function

Table 3-10 describes the functions of a 600 W AC power module.

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Page 58

~100-240V;50/60 Hz;9A

STATUS

PAC-600WA-B

213 4 5 6 7 8

S6700 Series Ethernet Switches Hardware Description

Table 3-10 Functions of a 600 W AC power module

Function Description

3 Power Modules

Input protection

Output protection

Input undervoltage protection

Input overcurrent protection

Output overvoltage protection

In this protection state, the power module stops supplying power. When the input voltage restores to the normal range, the power module automatically resumes power supply.

In this protection state, the power module stops supplying power and cannot automatically resume power supply when the input current restores to the normal range.

In this protection state, the power module stops supplying power intermittently. When the system recovers from output overvoltage, the power module automatically resumes power supply.

Output overcurrent protection

Output shortcircuit protection

In this protection state, the power module supplies power intermittently. When the output current is within a range, the power module automatically resumes power supply.

In this protection state, the power module supplies power intermittently. When the short circuit is removed, the power module automatically resumes power supply.

Overtemperature protection When the temperature of the power module exceeds a

specified threshold, the power module stops supplying power. When the temperature falls into the normal range, the power module automatically resumes power supply.

Panel

Hot swap Supported

NOTE

Figure 3-6 shows the panel of a 600 W AC power module.

Figure 3-6 Panel of a 600 W AC power module

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S6700 Series Ethernet Switches Hardware Description

1. Captive screw 2. Airflow flag (air out) 3. Indicator 4. Fan air vent

5. Handle 6. Power switch 7. AC power socket 8. AC terminal locking latch

Table 3-11 describes the indicator on the 600 W AC power module panel.

Table 3-11 Description of the indicator on the 600 W AC power module panel

Indicator Color Description

3 Power Modules

Specifications

STATUS: running status indicator

Green

l Off: The power input is abnormal (for example, no

input, overvoltage, or undervoltage) or the power output is abnormal (for example, overvoltage, overcurrent, short-circuit, or overtemperature).

l Steady on: The power module is working normally.

Table 3-12 lists specifications of a 600 W AC power module.

Table 3-12 Specifications of a 600 W AC power module

Item Description

Dimensions (W

100 mm x 205 mm x 40 mm

x D x H)

Weight 1 kg

Rated input

100 V AC to 240 V AC, 50/60 Hz

voltage range

Maximum input

90 V AC to 290 V AC, 45 Hz to 65 Hz

voltage

Maximum input

9 A

current

Maximum

50 A

output current

Rated output

12 V

voltage

Rated output

600 W

power

Part number 02310PMH

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Page 60

100-240Vac 50/60Hz 7-3.5A

S6700 Series Ethernet Switches Hardware Description 3 Power Modules

3.4 500 W AC Power Module

Product Support

Table 3-13 lists the switch chassis matching a 500 W AC power modules.

Table 3-13 Switch chassis matching a 500 W AC power module

Appearance

Power Module Name

W0PSA5000 (purplish grey)

Figure 3-7 shows the appearance of a W0PSA5000.

Figure 3-7 Appearance of a 500 W AC power module (W0PSA5000)

Product Support

Supported only in the S6700-24-EI and S6700-48-EI

Function

Table 3-14 describes the functions of a 500 W AC power module.

Table 3-14 Functions of a 500 W AC power module

Function Description

Input protection Input overcurrent and undervoltage

protection is provided.

Output protection Output undervoltage, overvoltage,

overcurrent, and short-circuit protection is provided.

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Page 61

INPUT

OUTPUT

100-240Vac 50/60Hz 7-3.5A

21 3 4 56

S6700 Series Ethernet Switches Hardware Description 3 Power Modules

Function Description

Overtemperature protection -

Surge protection -

NOTE

The 500 W AC power supply on the S6700-EI is a PoE power supply. However, it can only be used as a system power supply on the S6700-EI and cannot provide PoE function.

Panel Description

Figure 3-8 shows the panel of a W0PSA5000.

Figure 3-8 Panel of a 500 W AC power module (W0PSA5000)

1. Power status

2. Handle 3. Fan 4. Switch

indicator

5. AC power socket 6. Captive screw

- -

Table 3-15 describes indicators on a 500 W AC power module panel.

Table 3-15 Description of indicators on a 500 W AC power module panel

Indicator Color Description

INPUT - Off: The power module receives no input power.

Green Steady on: The AC input power is in the normal range.

Red Steady on: The AC input power is out of range, for

example, undervoltage or overvoltage.

OUTPUT - Off: The power module has no output power.

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S6700 Series Ethernet Switches Hardware Description 3 Power Modules

Indicator Color Description

Green Steady on: The AC output power is in the normal range.

Red Steady on: The power output is out of range.

l Abnormal power fan operation

l Output overvoltage

l Output overcurrent

l Short circuit

l Overtemperature

Specifications

Table 3-16 describes technical specifications of a 500 W AC power module.

Table 3-16 Technical specifications of a 500 W AC power module

Item Description

Dimensions (W x D xH)100 mm x 205 mm x 40 mm

Weight 1.06 kg

Rated input voltage range

Maximum input voltage range

Maximum input current

Maximum output current

Maximum output power

Part number 02130879

100 V AC to 240 V AC, 50/60 Hz

90 V AC to 264 V AC, 47 Hz to 63 Hz

7 A to 3.5 A

l +12 V: 10 A

l -53.5 V: 7.11 A

l +12 V: 120 W

l -53.5 V: 380 W

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S6700 Series Ethernet Switches Hardware Description 4 Fan Modules

4 Fan Modules

About This Chapter

4.1 CX7E1FANA Fan Module

4.2 FAN-060B-B Fan Module

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Page 64

STATUS

14 4 32

S6700 Series Ethernet Switches Hardware Description

4.1 CX7E1FANA Fan Module

Product Support

Table 4-1 lists the switch chassis matching a CX7E1FANA fan module.

Table 4-1 Switch chassis matching a CX7E1FANA fan module

Fan Module Name Product Support

4 Fan Modules

Appearance

Function

CX7E1FANA fan module

Figure 4-1 shows the appearance of a CX7E1FANA fan module.

Figure 4-1 Appearance of a CX7E1FANA fan module

Supported only in the S6700-24-EI and S6700-48-EI

Panel Description

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A CX7E1FANA fan module has two fans to cool the chassis. A CX7E1FANA fan module is hot swappable.

Figure 4-2 shows the panel of a CX7E1FANA fan module.

Figure 4-2 Panel of a CX7E1FANA fan module

Page 65

S6700 Series Ethernet Switches Hardware Description

1. Captive screw 2. Fan module indicator 3. Handle 4. Two fans

Table 4-2 shows indicators on the CX7E1FANA fan module panel.

Table 4-2 Description of indicators on the CX7E1FANA fan module panel

Indicator Color Description

STATUS Off The fan module is not running.

4 Fan Modules

NOTE

Air is exhausted from air vents on the panel.

Specifications

Green

l Slow blinking: The fan module is working properly

and its communication is normal.

l Fast blinking: The fan module is working properly

but its communication is abnormal.

Red

l Steady on: The fan module has a hardware fault

and needs to be replaced.

l Slow blinking: An alarm has been generated and

needs to be handled. Common causes of this alarm include errors of dual in-line package (DIP) switches, short-circuit, fan blades blocked, and other fan module faults.

Table 4-3 describes technical specifications of a CX7E1FANA fan module.

Table 4-3 Technical specifications of a CX7E1FANA fan module

Item Description

Dimensions (W x D x H) 103 mm x 99.2 mm x 39.6 mm

Weight 250±20 g

Maximum power

12 W

consumption

Maximum wind pressure 375 Pa

Maximum wind rate 40 CFM

Operating voltage range 12 V DC

Part number 02351651

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Page 66

STATUS

FAN-060B-B

STATUS

FAN-060B-B

52 13 44

S6700 Series Ethernet Switches Hardware Description

4.2 FAN-060B-B Fan Module

Version Mapping

Table 4-4 lists the switch chassis matching a FAN-060B-B fan module.

Table 4-4 Switch chassis matching a FAN-060B-B fan module

4 Fan Modules

Appearance

Fan Module

Product Support

Name

FAN-060B-B S6720-30C-EI-24S-AC and S6720-54C-EI-48S-AC

Figure 4-3 shows the appearance of a FAN-060B-B fan module.

Figure 4-3 Appearance of a FAN-060B-B fan module

Function

A FAN-060B-B fan module has two fans to cool the chassis. It is hot swappable.

Panel

Figure 4-4 shows the panel of a FAN-060B-B fan module.

Figure 4-4 Panel of a FAN-060B-B fan module

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S6700 Series Ethernet Switches Hardware Description 4 Fan Modules

1. Captive screw 2. Indicator 3. Handle 4. Two fans 5. Airflow flag (air out)

Table 4-5 describes the indicator on the FAN-060B-B fan module panel.

Table 4-5 Description of the indicator on the FAN-060B-B fan module panel

Indicator Color Meaning

Specifications

STATUS: running status indicator

Table 4-6 describes technical specifications of a FAN-060B-B fan module.

Table 4-6 Technical specifications of a FAN-060B-B fan module

Item Description

Dimension s (W x D x H)

Number of fans

Off The fan module is not running.

Green Slow blinking: Fans are working properly.

Red Steady on: The fan module has a hardware fault and

must be replaced.

100 mm x 220 mm x 40 mm

Weight 0.4 kg

Maximum power consumpti on

Maximum fan speed

Maximum wind rate

Part number

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32.6 W

19000±10% rounds per minute (RPM)

64 cubic feet per minute (CFM)

02350DNQ

Page 68

S6700 Series Ethernet Switches Hardware Description 5 Cards

5 Cards

About This Chapter

5.1 Introduction

5.2 ES5D21Q04Q01 (4-Port 40 Gig QSFP+ Rear Interface Card, Used in S6720-EI Series)

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Page 69

S6700 Series Ethernet Switches Hardware Description

5.1 Introduction

5.1.1 Card Classification

Table 5-1 lists the card supported by the S6720-EI series switches.

Table 5-1 Card supported by the S6720-EI series switches

Card Type Card Name Card Description Hot Swap

5 Cards

Rear card ES5D21Q04Q01 4-port 40 Gig QSFP+ interface card

(used in S6720-EI)

Supported

5.2 ES5D21Q04Q01 (4-Port 40 Gig QSFP+ Rear Interface Card, Used in S6720-EI Series)

5.2.1 Introduction

The ES5D21Q04Q01 provides four 40GE QSFP+ optical ports to implement data access and line-speed switching.

The ES5D21Q04Q01 can be installed in the rear card slot on the S6720-EI chassis.

Figure 5-1 shows the appearance of the ES5D21Q04Q01.

Figure 5-1 Appearance of the ES5D21Q04Q01

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ES5D21Q04Q01

40G

STAT

12 34

S6700 Series Ethernet Switches Hardware Description

5.2.2 Version Mapping

Table 5-2 lists the mapping between the ES5D21Q04Q01 and software versions.

Table 5-2 Mappings between the ES5D21Q04Q01 and software versions

Card Name Software Version

ES5D21Q04Q01 V200R008C00 and later versions

5.2.3 Functions and Features

Table 5-3 describes functions and features of the ES5D21Q04Q01.

Table 5-3 Functions and features of the ES5D21Q04Q01

5 Cards

Function and Feature Description

Basic functions Provides four 40GE QSFP+ optical ports to

Hot swap Supported

Service port stacking Ports on the card can be used as stack ports.

5.2.4 Indicators and Ports

Indicator Description

Figure 5-2 shows indicators on the ES5D21Q04Q01.

Figure 5-2 Indicators on the ES5D21Q04Q01

implement data access and line-speed switching. Each 40GE port can be split into four 10GE ports.

NOTE

A 40GE port cannot be used as a stack port after it is split into four 10GE ports.

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ES5D21Q04Q01

STAT

12 34

40G

S6700 Series Ethernet Switches Hardware Description

Table 5-4 describes indicators on the ES5D21Q04Q01.

Table 5-4 Description of indicators on the ES5D21Q04Q01

Number Indicator Color Description

1 STAT Off The system software is not running.

5 Cards

Port Description

Figure 5-3 shows the ports on the ES5D21Q04Q01.

Figure 5-3 Ports on the ES5D21Q04Q01

Green

Red A fault that affects services has occurred.

2 ACT/LINK Green

Off No link is established on the port.

l Fast blinking: The system is starting.

l Slow blinking: The system is running

normally.

The fault cannot be rectified automatically and requires manual intervention.

l Steady on: A link has been established

on the port.

l Blinking: The port is transmitting or

receiving data.

1. Four 40GE QSFP+ optical ports

40GE QSFP+ optical port

A 40GE QSFP+ optical port sends and receives service traffic at 40 Gbit/s and can be split into four 10GE ports. After a split, 40GE QSFP+ optical port needs to be connected to a remote device using a 1-to-4 QSFP+ fiber (with matching optical modules) or a 1-to-4 QSFP+ copper cable. Table 5-5 lists the attributes of a 40GE QSFP+ optical port.

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S6700 Series Ethernet Switches Hardware Description 5 Cards

NOTE

All the optical ports on the ES5D21Q04Q01 support only QSFP+ optical modules and QSFP+ copper cables.

Table 5-5 Attributes of a QSFP+ optical port

Attribute Description

Connector type LC/MPO

Optical port attributes Depend on the optical module used (see 7.4.3

QSFP+ Modules)

Standards compliance IEEE 802.3ba

5.2.5 Specifications

Table 5-6 lists specifications of the ES5D21Q04Q01.

Table 5-6 Specifications of the ES5D21Q04Q01

Item Description

Physical specifications

Environment parameters

l Dimensions (W x D x H): 100 mm x 208 mm x 40 mm

l Weight: 0.5 kg

l Maximum power consumption: 18.83 W

l Operating temperature: 0°C to 45°C

l Relative humidity: 5% RH to 95% RH

l Storage temperature: -40°C to +70°C

5.2.6 Ordering Information

Card ordering information is subject to updates with product version upgrades. The ordering information provided in this manual is for reference only. To obtain latest ordering information, contain Huawei switch distributors or Huawei local office.

Table 5-7 provides ES5D21Q04Q01 ordering information.

Table 5-7 ES5D21Q04Q01 ordering information

Card Description Card Name Part Number

4-port 40 Gig QSFP+ interface card

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ES5D21Q04Q01 03022RRP

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S6700 Series Ethernet Switches Hardware Description 6 Cables

6 Cables

About This Chapter

6.1 Ground Cable

6.2 Optical Fiber

6.3 Network Cable

6.4 DC Power Cable (OT and Cord End Terminals)

6.5 DC Power Cable (Quick-Connect Cord End Terminal)

6.6 AC Power Cable

6.7 Console Cable

6.8 Copper Cable

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6.1 Ground Cable

Appearance and Structure

Figure 6-1 shows the appearance of a typical ground cable.

NOTE

Other types of ground cables are similar to the example shown in the figure, except for their cross-sectional area, size of the cable lugs, and cable length.

Figure 6-1 Appearance of a ground cable

6 Cables

Figure 6-2 shows the structure of a ground cable.

Figure 6-2 Structure of a ground cable

Pin Assignments

Table 6-1 lists the pin assignments of a ground cable.

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S6700 Series Ethernet Switches Hardware Description 6 Cables

Table 6-1 Pin assignments of a ground cable

X1 X2

OT-4 OT-6

Connection

A ground cable grounds a device to protect it from lightning and electromagnetic interference. A ground cable is connected to a chassis in the following way:

l The OT-4 naked crimping connector connects to the ground point on the chassis.

l The OT-6 naked crimping connector connects to the ground point on the cabinet.

6.2 Optical Fiber

Active Optical Cable

An active optical cable (AOC) is an optical fiber with optical modules at both ends, making it easy to use. Figure 6-3 shows the appearance of an AOC cable.

Figure 6-3 Appearance of an AOC cable

Table 6-2 lists models and attributes of AOC cables.

Table 6-2 Attributes of AOC cables

Model Length Bend Radius Connector

SFP-10GAOC3M

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3 m 30 mm SFP+ 0°C to 70°C

Type

Operating Temperature

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Fiber Jumper

Model Length Bend Radius Connector

Type

SFP-10GAOC10M

A fiber jumper consists of a length of a single fiber or multiple fibers with optical connectors at both ends. The fiber jumper is a fiber patch cable that connects an optical module to a fiber terminal box.

Figure 6-4 shows the appearance of a single-mode LC/PC fiber jumper.

Figure 6-4 Appearance of a single-mode LC/PC fiber jumper

10 m 30 mm

Operating Temperature

Figure 6-5 shows the appearance of a multimode LC/PC fiber jumper.

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Figure 6-5 Appearance of a multimode LC/PC fiber jumper

6 Cables

Figure 6-6 shows the appearance of a single-mode SC/PC fiber jumper.

Figure 6-6 Appearance of a single-mode SC/PC fiber jumper

Figure 6-7 shows the appearance of an MPO-MPO fiber jumper.

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Figure 6-7 Appearance of an MPO-MPO fiber jumper

Figure 6-8 shows an MPO-4*DLC fiber jumper.

6 Cables

Figure 6-8 MPO-4*DLC fiber jumper

Select fiber jumpers according to the following rules:

1. Determine the length of fiber jumpers based on the actual cabling distance.

2. Determine the fiber type based on the optical module type.

l Use a multimode fiber jumper for a multimode optical module.

l Use a single-mode fiber jumper for a single-mode optical module.

3. Determine the optical connector type based on the interface type.

Ensure that the optical connector at each end of a fiber jumper is the same type as the interface to which it will be connected.

Figure 6-9 shows the structure of an MPO-MPO fiber jumper.

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X1X2

1A 1B 2A 2B

4A 4B

S6700 Series Ethernet Switches Hardware Description 6 Cables

Figure 6-9 Structure of an MPO-MPO fiber jumper

Figure 6-10 shows the structure of an MPO-4*DLC fiber jumper.

Figure 6-10 Structure of an MPO-4*DLC fiber jumper

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S6700 Series Ethernet Switches Hardware Description

Table 6-3 describes the pin assignments of an MPO-MPO fiber jumper.

Table 6-3 Pin assignments of an MPO-MPO fiber jumper

Connector Type Wire Color X1 Pin

1 Blue 1

2 Orange 2

3 Green 3

4 Brown 4

9 Gray 9

10 White 10

11 Red 11

6 Cables

12 Black 12

Table 6-4 lists the pin assignments of an MPO-4*DLC fiber jumper.

Table 6-4 Pin assignments of an MPO-4*DLC fiber jumper

X2 Pin Wire Color X1 Pin

1 Blue 1A

2 Orange 2A

3 Green 3A

4 Brown 4A

9 Gray 4B

10 White 3B

11 Red 2B

12 Black 1B

Fiber Pigtail

A fiber pigtail is an optical fiber that has an optical connector on one end and a length of exposed fiber at the other end. The exposed fiber can be fused to another optical fiber. Fiber pigtails are commonly used to connect optical fibers to optical fiber modules in fiber terminal boxes. (Couplers and jumpers are also used.) Figure 6-11 shows the structure of a fiber pigtail.

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S6700 Series Ethernet Switches Hardware Description 6 Cables

Figure 6-11 Structure of a fiber pigtail

Fiber pigtails are classified into single-mode and multimode fiber pigtails and are used for shortdistance connections.

Optical Fiber, Optical Connector, and Fiber Adapter

Optical Fibers

Optical fibers are classified into single-mode fibers and multimode fibers.

l Single-mode fibers have a diameter of 5-10 μm and transmit laser light in one mode with

a specified wavelength. These fibers support a wide frequency band and a high transmission capacity, so they are used for long-distance transmission. Most single-mode fibers are yellow, as shown in Figure 6-4.

l Multimode fibers have a diameter of 50 μm or 62.5 μm and transmit laser light in multiple

modes with a specified wavelength. These fibers have a lower transmission capacity than single-mode fibers and are used for short-distance transmission. Model dispersion occurs during transmission over multimode fibers. Most multimode fibers are orange, as shown in Figure 6-5.

Optical Connector

Optical connectors are used to connect optical fibers of the same type. Table 6-5 lists common optical connectors.

Table 6-5 Common optical connectors

Connector Type

Square connector

Optical Connector

SC/PC connector

LC/PC connector

MTRJ/PC connector

MPO connector

Round connector

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FC/PC connector

ST/PC connector

- -

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S6700 Series Ethernet Switches Hardware Description

NOTICE

When connecting or removing a square connector, align the connector with the optical interface and do not rotate the fiber. Pay attention to the following points:

l To connect a fiber, align the head of the fiber jumper with the optical interface and insert the

optical fiber into the interface gently.

l To remove a fiber, press the latch on the connector and pull the fiber out.

Fiber Adapter

A fiber adapter (also called a flange) is a fiber connection component. Fiber adapters are widely used in optical distribution frames (ODF), fiber transmission equipment, or optical instruments.

6.3 Network Cable

6 Cables

Types of Network Cables

A network cable connects a maintenance terminal to the console port on the main control board for local or remote maintenance.

Network cables are classified into straight-through cables and crossover cables.

l Straight-through cable: The twisted pairs in the RJ45 connectors at both ends are crimped

in the same sequence. A straight-through cable connects two devices of different types, for example, a PC and a switch.

l Crossover cable: The twisted pairs in the RJ45 connectors at two ends are crimped in

different sequences. A crossover cable connects two devices or interfaces of the same type, for example, two PCs.

Huawei switches support both straight-through and crossover cables and their ports are adaptive to the cable types.

Appearance and Structure

NOTE

l Generally, a network cable is a standard unshielded network cable that uses RJ45 connectors.

l The appearances of the straight-through cable and the crossover cable are the same.

Figure 6-12 shows the appearance of a network cable.

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Main label

S6700 Series Ethernet Switches Hardware Description

Figure 6-12 Appearance of a network cable

6 Cables

Figure 6-13 shows the structure of a network cable.

Figure 6-13 Structure of a network cable

Pin Assignments

Table 6-6 shows the pin assignments of a straight-through cable.

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S6700 Series Ethernet Switches Hardware Description

Table 6-6 Pin assignments of a straight-through cable

X1 Pin Wire Color X2 Pin

1 White and orange 1

2 Orange 2

3 White and green 3

4 Blue 4

5 White and blue 5

6 Green 6

7 White and brown 7

8 Brown 8

6 Cables

Table 6-7 shows the pin assignments of a crossover cable.

Table 6-7 Pin assignments of a crossover cable

X1 Pin Wire Color X2 Pin

1 White and orange 3

2 Orange 6

3 White and green 1

4 Blue 4

5 White and blue 5

6 Green 2

7 White and brown 7

8 Brown 8

NOTE

To achieve the best electrical transmission performance, ensure that the wires connected to pins 1 and 2 and to pins 3 and 6 are twisted pairs.

6.4 DC Power Cable (OT and Cord End Terminals)

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Types of DC Power Cables

DC power cables include a -48 V power return cable and a -48 V power cable. The -48 V power return cable is connected to a terminal marked RTN (+), and the -48 V power cable is connected to a terminal marked NEG (–).

Appearance and Structure

Figure 6-14 and Figure 6-15 show the appearance and structure of the 48 V power return cable

and -48 V power cable.

Figure 6-14 Appearance of a -48 V power return cable

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S6700 Series Ethernet Switches Hardware Description

Figure 6-15 Appearance of a -48 V power cable

6 Cables

NOTE

A -48 V power return cable is black and is connected to the RTN(+) terminal of the DC power supply. A

-48 V power cable is blue and is connected to the NEG(-) terminal of the DC power supply.

Connection

A DC power cable is connected to a DC power module with OT terminals as follows:

l The OT terminal is connected to the input port on the DC power module of the device.

l The cord end terminal is connected to an external power module.

6.5 DC Power Cable (Quick-Connect Cord End Terminal)

Appearance and Structure

Figure 6-16 shows the appearance of a DC power cable.

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S6700 Series Ethernet Switches Hardware Description

Figure 6-16 Appearance of a DC power cable

Figure 6-17 shows the structure of a DC power cable.

Figure 6-17 Structure of a DC power cable

6 Cables

Pin Assignments

Table 6-8 lists the pin assignments of a DC power cable.

Table 6-8 Pin assignments of a DC power cable

X1 X2 X3

2 female Cord end terminal 4^2 grey Cord end terminal 4^2 grey

Connection

A DC power cable (with quick-connect and cord end terminals) is connected a DC power module with a quick-connect socket as follows:

l The X1 connector is connected to the power socket on the DC power module.

l The X2/X3 cord end terminal is connected to an external power module.

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6.6 AC Power Cable

Appearance and Structure

Figure 6-18 shows the appearance of an AC power cable.

Figure 6-18 AC power cable

6 Cables

NOTE

The AC power cables used in different countries and regions may have different specifications. Figure

6-18 shows the AC power cable complying with China's national standard. The power cable and plug

delivered with the chassis can only be used on this chassis, and cannot be used on other devices.

Connection

An AC power cable connects to the following:

l An AC power input port on the device

l The mains supply

6.7 Console Cable

Appearance and Structure

Figure 6-19 and Figure 6-20 show the appearance and structure of a console cable.

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Pos.1

Pos.9

Pos.6

Pos.5

1 8

Serial port connector

(8-pin, RJ-45)

D-type connector

(9-pin, female)

Label

S6700 Series Ethernet Switches Hardware Description

Figure 6-19 Appearance of a console cable

Figure 6-20 Structure of a console cable

6 Cables

Pin Assignments

Table 6-9 lists the pin assignments of console cable connectors.

Table 6-9 Pin assignments of console cable connectors

Connector X1 (DB9) X2 (RJ45)

Pin assignment 2 3

Connection

A console cable connects the console port of the device to the serial port of an operation terminal to transmit configuration data. A shielded cable or an unshielded cable can be used according to the onsite situation.

3 6

5 5

A console cable connects the device and terminal as follows:

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l The 8-pin RJ45 connector is inserted into the console port of the device.

l The DB9 connector is inserted into the terminal serial port.

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6.8 Copper Cable

Types of Copper Cables

Table 6-10 shows the types of copper cables.

Table 6-10 Types of copper cables

6 Cables

Model Length Electrical

attribute

SFP-10GCU1M

SFP-10GCU3M

SFP-10GCU5M

SFP-10GAC10M

QSFP-40GCU1M

QSFP-40GCU3M

QSFP-40GCU5M

QSFP-4SFP10 G-CU1M

1 m Passive 25 mm SFP+

3 m Passive 25 mm SFP+

5 m Passive 30 mm SFP+

10 m Active 25 mm SFP+

1 m Passive 55 mm QSFP+

3 m Passive 60.5 mm QSFP+

5 m Passive 67 mm QSFP+

1 m Passive 25 mm QSFP+ to

Bend Radius Connector

Type

4*SFP+

QSFP-4SFP10 G-CU3M

QSFP-4SFP10 G-CU5M

3 m Passive 25 mm QSFP+ to

5 m Passive 50 mm QSFP+ to

NOTICE

The two ends of a copper cable must be covered by electrostatic discharge (ESD) caps.

When used for data transmission between service ports, copper cables can only connect switches of the same subseries, and cannot be used between switches of different subseries or between Huawei and non-Huawei switches.

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4*SFP+

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Appearance and Structure

Figure 6-21 shows the appearance of an SFP/SFP+ copper cable.

Figure 6-21 Appearance of an SFP/SFP+ copper cable

Figure 6-22 shows the appearance of a QSFP+ copper cable.

Figure 6-22 Appearance of a QSFP+ copper cable

6 Cables

Figure 6-23 shows the appearance of a QSFP+ to 4*SFP+ copper cable.

Figure 6-23 Appearance of a QSFP+ to 4*SFP+ copper cable

Figure 6-24 shows the structure of an SFP/SFP+ copper cable.

Figure 6-24 Structure of an SFP/SFP+ copper cable

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X1 X2

X1X2

S6700 Series Ethernet Switches Hardware Description

Figure 6-25 shows the structure of a QSFP+ copper cable.

Figure 6-25 Structure of a QSFP+ copper cable

Front view:

Rear view:

Figure 6-26 shows the structure of a QSFP+ to 4*SFP+ copper cable.

Figure 6-26 Structure of a QSFP+ to 4*SFP+ copper cable

6 Cables

Stack Description

In addition to data transmission, copper cables can be used for stack connection.

Before setting up a stack, familiarize yourself with the device-supported stack connection modes and software and hardware requirements. For details, see "Determining the Stack Connection Mode and Software and Hardware Requirements" under "Typical Stack Configuration" in the Typical Configuration Examples.

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S6700 Series Ethernet Switches Hardware Description 7 Pluggable Modules for Interfaces

7 Pluggable Modules for Interfaces

About This Chapter

7.1 Important Notes About Using Optical Modules Certified for Huawei Switches

7.2 Understanding Optical Modules

7.3 Understanding Copper Modules

7.4 Models and Parameters

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S6700 Series Ethernet Switches Hardware Description

7 Pluggable Modules for Interfaces

7.1 Important Notes About Using Optical Modules Certified for Huawei Switches

7.1.1 How to Identify Huawei-Certified Optical Modules

NOTICE

l Huawei switches must use Huawei-certified optical modules. Non-Huawei-certified optical

modules cannot ensure transmission reliability and may affect service stability. Huawei is not liable for any problem caused by the use of non-Huawei-certified optical modules and will not fix such problems.

l The methods provided here are only for reference. To confirm whether optical modules you

use have been certified by Huawei, contact Huawei Technical Assistant Center (TAC).

If the optical modules you use are delivered after July 1, 2013, use either of the following methods to determine whether they have been certified by Huawei.

Method 1: Check for "HUAWEI" on the Label

If an optical module has been certified by Huawei, its label contains "HAUWEI", as shown in

Figure 7-1.

Figure 7-1 "HUAWEI" on the label of a Huawei-certified optical module

Method 2: Run the display transceiver Command

If an optical module meets the following conditions, it has been certified by Huawei. Otherwise, the optical module is not a Huawei-certified one.

l In the display elabel command output, the Manufactured field displays a date later than

2013-07-01.

l In the display version command output, the display version is V200R001C00 or later.

l In the display transceiver command output, the Manufacturing Date field displays a date

later than 2013-07-01, and the Vendor Name field displays HUAWEI.

7.1.2 Risks of Using Non-Huawei-Certified Optical Modules

During certification of optical modules for Huawei switches, Huawei completes comprehensive functionality verification to ensure quality of optical modules. The verified items include optical module plug/unplug, transmit optical power, receive optical power, signal transmission quality,

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S6700 Series Ethernet Switches Hardware Description

data reading, error tolerance, compatibility, electromagnetic compatibility (EMC), and environmental parameters.

Non-Huawei-certified optical modules may cause the following problems:

l Non-standard structure and size cause failures to install optical modules on adjacent optical

interfaces.

Structures or sizes of some non-Huawei-certified optical modules do not comply with the Multi-Source Agreement (MSA). When such an optical module is installed on an optical interface, the size of this optical module hinders optical module installation on adjacent optical interfaces.

l Data bus defects cause suspension of a switch's data bus.

Some non-Huawei-certified optical modules have defects in data bus designs. Using such an optical module on a switch causes suspension of the connected data bus on the switch. As a result, data on the suspended bus cannot be read.

l Improper edge connector size damages electronic devices of optical interfaces.

If a non-Huawei-certified optical module with improper edge connector size is used on an optical interface, electronic devices of the optical interface will be damaged by short circuits.

7 Pluggable Modules for Interfaces

l Unnormalized temperature monitoring causes incorrect alarms.

The temperature monitoring systems of some non-Huawei-certified optical modules do not comply with industry standards and report temperature values higher than the real temperature. When such optical modules are used on a switch, the system will report incorrect temperature alarms.

l Improper register settings cause errors or failures in reading parameters or diagnostic

information.

Some non-Huawei-certified optical modules have improper register values on page A0, which can cause errors or failures when the system attempts to read parameters or diagnostic information from a data bus.

l Some non-Huawei-certified optical modules are not designed in compliance with EMC

standards and have low anti-interference capability. Additionally, they bring electromagnetic interference to nearby devices.

l The operating temperature ranges of non-Huawei-certified optical modules cannot meet

service requirements. When they are used under relatively high temperature, the optical power decreases, resulting in service interruption.

7.2 Understanding Optical Modules

7.2.1 What Is an Optical Module

On an optical network, a sender needs to convert electrical signals into optical signals before sending them to a receiver, and the receiver needs to convert received optical signals into electrical signals. An optical module is a component that completes electrical/optical conversion on an optical network. Figure 7-2 shows the structure of an optical module.

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1 3 2

S6700 Series Ethernet Switches Hardware Description

Figure 7-2 Structure of an optical module

7 Pluggable Modules for Interfaces

1. Handle 2. Receiver 3. Transmitter

4. Shell 5. Label 6. Dust plug

7. Spring 8. Connector -

7.2.2 Types of Optical Modules

Optical modules are available in various types to meet diversified requirements.

l Classified by transmission rates

Depending on transmission rates, optical modules are classified into 40GE, 10GE and GE optical modules.

l Classified by encapsulation types

The higher transmission rate an optical module provides, the more complex structure it has. Optical modules are encapsulated in different modes to provide different structures. Huawei switches support optical modules of the following encapsulation types: QSFP+, SFP, eSFP, and SFP+.

– SFP: small form-factor pluggable. SFP optical modules support LC fiber connectors

and are hot swappable.

– eSFP: enhanced small form-factor pluggable. An eSFP module is an SFP module that

supports monitoring of voltage, temperature, bias current, transmit optical power, and

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receive optical power. Therefore, eSFP is also called SFP sometimes.

– SFP+: small form-factor pluggable plus, SFP with a higher rate. SFP+ optical modules

are more sensitive to electromagnetic interference (EMI) because they have a higher

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S6700 Series Ethernet Switches Hardware Description 7 Pluggable Modules for Interfaces

rate. To reduce EMI, SFP+ optical modules have more springs than SFP optical modules and the cages for SFP+ modules on a card are tighter.

– QSFP+: quad small form-factor pluggable. QSFP+ optical modules support MPO fiber

connectors and are larger than SFP+ optical modules.

l Classified by physical layer standards

Different physical layer standards are defined to allow data transmission in different modes. Therefore, different types of optical modules are produced to comply with these standards. The Standard column of Table 7-1 lists the physical layer standards.

l Classified by modes

Optical fibers are classified into single-mode and multimode fibers. Therefore, optical modules are also classified into single-mode and multimode modules to support different optical fibers.

– Single-mode optical modules are used with single-mode fibers. Single-mode fibers

support a wide band and large transmission capacity, and are used for long-distance transmission.

– Multimode optical modules are used with multimode fibers. Multimode fibers have

lower transmission performance than single-mode fibers because of modal dispersion, but their costs are also lower. They are used for small-capacity, short-distance transmission.

Table 7-1 provides optical module classification based on different factors.

Table 7-1 Optical module classification

Encapsul

Rate Standard Description ation Type

eSFP GE 1000BASE-SX (IEEE

802.3z)

Uses one single-mode fiber for bidirectional transmission at 1 Gbit/s over a distance within 1 km.

1000base-LX/LH (IEEE

802.3ah)

Uses one Rx single-mode fiber and one Tx single-mode fiber to transmit data at 1 Gbit/s over a distance within 40 km.

1000base-ZX (IEEE

802.3)

Uses one Rx single-mode fiber and one Tx single-mode fiber to transmit data at 1 Gbit/s over a distance within 100 km.

1000base-BX (IEEE

802.3ah)

Uses one single-mode fiber for bidirectional transmission at 1 Gbit/s over a distance within 80 km.

CWDM (IEEE 802.3) Coarse wavelength division

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multiplexing, which uses one singlemode fiber to transmit signals on multiple channels. It transmits data at 1 Gbit/s over a distance within 80 km.

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S6700 Series Ethernet Switches Hardware Description 7 Pluggable Modules for Interfaces

Encapsul

Rate Standard Description ation Type

DWDM (IEEE 802.3) Dense wavelength division

SFP+ 10GE 10Gbase-USR (IEEE

802.3)

10Gbase-BX (IEEE

802.3)

10GBASE-iLR Uses one Rx multimode fiber and one

multiplexing, which uses one singlemode fiber to transmit signals on multiple channels. It transmits data at 1 Gbit/s over a distance within 120 km.

Uses one Rx multimode fiber and one Tx multimode fiber to transmit data at 10 Gbit/s over a distance within 100 m.

Uses one single-mode fiber for bidirectional transmission at 10 Gbit/ s over a distance within 10 km.

Tx multimode fiber to transmit data at 10 Gbit/s over a distance within 1.4 km.

SFP+ 10GE 10GBASE-SR (IEEE

802.3ae)

10GBASE-LR (IEEE

802.3ae)

10GBASE-ER (IEEE

802.3ae)

10Gbase-ZR (IEEE

802.3)

QSFP+ 40GE 40Gbase-SR4 (IEEE

802.3ba)

Uses one Rx multimode fiber and one Tx multimode fiber to transmit data at 10 Gbit/s over a distance within 400 m.

Uses one Rx single-mode fiber and one Tx single-mode fiber to transmit data at 10 Gbit/s over a distance within 10 km.

Uses one Rx single-mode fiber and one Tx single-mode fiber to transmit data at 10 Gbit/s over a distance within 40 km.

Uses one Rx single-mode fiber and one Tx single-mode fiber to transmit data at 10 Gbit/s over a distance within 80 km.

Uses one Rx multimode fiber and one Tx multimode fiber to transmit data at 40 Gbit/s over a distance within 150 m.

40Gbase-LR4 (IEEE

802.3ba)

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Uses one Rx single-mode fiber and one Tx single-mode fiber to transmit data at 40 Gbit/s over a distance within 10 km.

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S6700 Series Ethernet Switches Hardware Description 7 Pluggable Modules for Interfaces

Encapsul

Rate Standard Description ation Type

7.2.3 Parameter Description

40GBASE-ER4 (IEEE

802.3ba)

40Gbase-iSR4 (IEEE

802.3ba)

40Gbase-eSR4 (IEEE

802.3ba)

Uses one Rx single-mode fiber and one Tx single-mode fiber to transmit data at 40 Gbit/s over a distance within 40 km.

Uses one Rx multimode fiber and one Tx multimode fiber to transmit data at 40 Gbit/s over a distance within 150 m.

Uses one Rx multimode fiber and one Tx multimode fiber to transmit data at 40 Gbit/s over a distance within 400 m.

Transmit optical power

Output optical power of an optical module when it is working properly. When two optical modules are connected, the transmit optical power of one end must be within the range of receive optical power on the other end.

Receive optical power Average input optical power that the receiver of an optical module can receive within a

range of bit error rate (BER = 10

-12

). The upper limit of this parameter is the overload optical power and the lower limit is the maximum receiver sensitivity. When two optical modules are connected, the receive optical power on one end determines the range of transmit optical power on the other end.

Maximum receiver sensitivity

Minimum average input optical power that the receiver of an optical module can receive within a range of bit error rate (BER = 10

-12

). When two optical modules are connected, the maximum receiver sensitivity on one end determines the minimum value of transmit optical power on the other end.

Overload optical power Maximum average input optical power that the receiver of an optical module can receive

within a range of bit error rate (BER = 10

-12

). When two optical modules are connected, the overload optical power on one end determines the maximum transmit optical power on the other end.

Extinction ratio Minimum ratio of the average optical power with signals transmitted against the average

optical power without signals transmitted in complete modulation mode. The extinction ratio indicates the capability of an optical module to identify signal 0 and signal 1. This parameter is a quality indicator for optical modules. Optical modules with a large extinction ratio may not have good quality. Qualified optical modules should have an extinction ratio complying with IEEE 802.3.

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Fiber mode Mode of optical fibers defined based on core diameters and features of optical fibers.

Optical fibers are classified into single-mode and multimode fibers. Generally, multimode fibers have large core diameters and severe dispersion, so they are used to transmit optical signals over short distances. Single-mode fibers have smaller diameters and small dispersion, so they can transmit optical signals over long distances.

Modal bandwidth Bandwidth measured at a point with transmit power several dB lower than that of the

point with the peak center wavelength. Modal bandwidth reflects spectrum characteristics of multimode fibers. The higher modal bandwidth a multimode fiber has, the longer transmission distance the fiber supports.

Fiber diameter Diameter of the core of a fiber. According to international standards for optical fibers,

the diameter of a multimode fiber is 62.5 um or 50 um, and the diameter of a singlemode fiber is 9 um. Select optical fibers with diameters supported by the optical modules.

Fiber class Optical signals with different wavelengths have their best working windows in different

optical fibers. To help efficiently adjust wavelengths or dispersion features of optical fibers and change their refractive indexes, the following fiber classes are defined: multimode fiber (G.651), common single-mode fiber (G.652), shifted dispersion fiber (G.653), and non-zero shifted dispersion fiber (G.655). G.651 and G.652 are commonly used fiber classes. Optical fibers of higher classes support longer transmission distances. When selecting optical fibers for optical modules, determine the classes of fibers based on the required transmission distances.

7 Pluggable Modules for Interfaces

Connector type Type of the interface on an optical module to accommodate a fiber. Commonly used

connector types are LC (applicable to all the SFP, SFP+, and XFP modules), SC, and MPO (applicable to 150 m QSFP+ and CXP modules). Select optical fibers with connectors supported the optical modules.

Transmission distance Maximum distance over which optical signals can transmit. Optical signals sent from

different types of sources can transmit over different distances due to negative effects of optical fibers, such as dispersion and attenuation. When connecting optical interfaces, select optical modules and fibers based on the maximum signal transmission distance.

Interface rate Maximum rate of electrical signals that an optical component can transmit without bit

errors. The interface rates defined in Ethernet standards include 125 Mbit/s, 1.25 Gbit/ s, 10.3125 Gbit/s, and 41.25 Gbit/s. When connecting optical interfaces, select optical modules and fibers based on the maximum signal transmission rate.

Center wavelength Wavelength measured at the midpoint of the half-amplitude line in the transmit spectrum.

Two connected optical modules must have the same center wavelength.

MSA Multi-Source Agreement, a non-profit organization jointly established by optical module

manufacturers. This agreement defines the structure and dimensions of optical transceivers by referring to Optical Internetworking Forum (OIF) and International Telecommunication Union (ITU) standards.

7.2.4 How to View Optical Module Parameters

Issue 12 (2015-07-31) Huawei Proprietary and Confidential