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CloudEngine 12800 and 12800E Series Switches Hardware Description

This document provides an overall description of the CE12800 series switches hardware, helping you obtain detailed information about each chassis, power module, fan module, card, cable, and pluggable modules for interface.

Switch Fabric Units

Switch Fabric Units

CE-SFU04G (Switch Fabric Unit, for CE12804 Chassis)

Introduction

CE-SFU04G is switching unit of the CE12804 chassis and complete line-speed switching on the data plane. Six switching units are installed in a chassis and work in load balancing and redundancy mode to improve system reliability.

The CE-SFU04G can be installed in: CE12804 chassis, slots 9 to 14, as shown in Slot layout in the CE12804 chassis.

The CE-SFU04G and the CE-SFU04G1 can be installed in the same chassis, but cannot be installed together with other models of SFUs.

Figure 3-90 shows the appearance of the CE-SFU04G.

Figure 3-90 CE-SFU04G

Version Mapping

Product and Version Support for the CE-SFU04G

CE-SFU04G can only be used in the CE12804 chassis.

Table 3-95 lists the CE12800 series switches software versions matching the CE-SFU04G.

Table 3-95 Version mapping

SFU Series

Card Name

Version Support

CE-SFU04

CE-SFU04G

V200R002C50 and later versions

Functions and Features

The CE12804 series switches use a system architecture with separate control plane, data plane, and monitoring plane.

CE-SFU04G is switching unit of the CE12804 chassis and complete line-speed switching on the data plane.

Table 3-96 describes the functions and features of the CE-SFU04G.

Table 3-96 Functions and features

Function and Feature

Description

Line-speed data switching

Six CE-SFU04Gs constitute the switching core of the data plane and provide high-speed Serdes channels for LPUs.

Reliability

The CE-SFU04G uses a single-stage multi-plane switch fabric to expand the switching capacity. The system has six switching planes, which work in load balancing and redundancy mode to ensure nonstop service data switching.

Indicators and Ports

Indicator Description

The CE-SFU04G and CE-SFU04G1 look the same except that they have different card name labels. The indicator description of the CE-SFU04G1 is used as an example.

Port Description

The CE-SFU04G does not provide any ports.

Specifications

Table 3-97 lists technical specifications of the CE-SFU04G.

Table 3-97 Technical specifications

Item

Description

Reliability

Load balancing and redundancy design

Physical specifications
  • Dimensions (W x D x H):257.4 mm x 271.4 mm x 40.1 mm (10.13 in. x 10.69 in. x 1.58 in.)
  • Weight: 2.3 kg (5.07 lb)
  • Typical power consumption: 100 W
  • Maximum power consumption: 144 W
  • Typical heat dissipation: 342 BTU/hour
  • Maximum heat dissipation: 489 BTU/hour

Environment parameters
  • Operating temperature: 0°C to 40°C (32°F to 104°F)
  • Storage temperature: -40°C to +70°C (-40°F to +158°F)
  • Operating relative humidity: 5% RH to 85% RH (noncondensing)

Certification
  • Safety standards compliance
  • EMC standards compliance
  • Environmental standards compliance

Ordering Information

To place an order, contact the product manager of the Huawei local office.

Table 3-98 provides CE-SFU04G ordering information.

Table 3-98 Ordering information

Part Number

Card Name

Card Description

03024AUC

CE-SFU04G

CE12804 Switch Fabric Unit G

CE-SFU04G1 (Switch Fabric Unit, for CE12804 Chassis)

Introduction

CE-SFU04G1 is switching unit of the CE12804 chassis and completes line-speed switching on the data plane. Six switching units are installed in a CE12804 chassis and work in load balancing and redundancy mode to improve system reliability.

The CE-SFU04G1 and the CE-SFU04G can be installed in the same chassis, but cannot be installed together with other models of SFUs.

The CE-SFU04G1 can be installed in: CE12804 chassis, slots 9 to 14, as shown in Slot layout in the CE12804 chassis.

Figure 3-91 shows the appearance of the CE-SFU04G1.

Figure 3-91 CE-SFU04G1

Version Mapping

Table 3-99 lists the CE12800 series switches software versions matching the CE-SFU04G1.

Table 3-99 Version mapping

Card Name

CE12804 Chassis

CE12808 Chassis, CE12812 Chassis, and CE12816 Chassis

CE12804S Chassis and CE12808S Chassis

CE-SFU04G1

Supported in V200R019C10 and later versions

Not supported

Not supported

Functions and Features

The CE12804/CE12808/CE12812/CE12816 series switches use a system architecture with separate control plane, data plane, and monitoring plane.

CE-SFU04G1 is switching unit of the CE12804 chassis and completes line-speed switching on the data plane.

Table 3-100 describes the functions and features of the CE-SFU04G1.

Table 3-100 Functions and features

Function and Feature

Description

Line-speed data switching

Six CE-SFU04G1s constitute the switching core of the data plane and provide high-speed Serdes channels for LPUs.

Reliability

The CE-SFU04G1 uses a single-stage multi-plane switch fabric to expand the switching capacity. The system has six switching planes, which work in load balancing and redundancy mode to ensure nonstop service data switching.

Indicators and Ports

Indicator Description

Figure 3-92 shows indicators on the CE-SFU04G1.

Figure 3-92 Indicators on the CE-SFU04G1

Table 3-101 describes indicators on the CE-SFU04G1.

Table 3-101 Indicator description

Number

Indicator

Name

Color

Status

Description

1

RUN/ALM

Running status indicator

Green

Steady on

The card has been powered on but the system software is not running.

Slow blinking

The card is running properly.

Fast blinking

The card is loading the system software or is resetting.

Red

Steady on

A fault that affects services has occurred. The fault cannot be rectified automatically and requires manual intervention.

Yellow

Steady on

The card is in power-off state. (For example, the card has been forcibly powered off using the power off command or is about to start.)

2

OFL

Offline indicator

To remove an SFU, hold down the OFL button for 6s. You can remove the SFU until the OFL indicator is steady red.

3

-

OFL button

Port Description

The CE-SFU04G1 does not provide any ports.

Specifications

Table 3-102 lists technical specifications of the CE-SFU04G1.

Table 3-102 Technical specifications

Item

Description

Reliability

Load balancing and redundancy design

Physical specifications
  • Dimensions (W x D x H): 257.4 mm x 271.4 mm x 40.1 mm (10.13 in. x 10.69 in. x 1.58 in.)
  • Weight: 2.24 kg (4.94 lb)
  • Typical power consumption: 111 W
  • Maximum power consumption: 145 W
  • Typical heat dissipation: 379 BTU/hour
  • Maximum heat dissipation: 495 BTU/hour

Environment parameters
  • Operating temperature: 0°C to 40°C (32°F to 104°F)
  • Storage temperature: -40°C to +70°C (-40°F to +158°F)
  • Operating relative humidity: 5% RH to 95% RH (noncondensing)

Certification
  • Safety standards compliance
  • EMC standards compliance
  • Environmental standards compliance

Ordering Information

To place an order, contact the product manager of the Huawei local office.

Table 3-103 provides CE-SFU04G1 ordering information.

Table 3-103 Ordering information

Part Number

Card Name

Card Description

03025RXG

CE-SFU04G1

CE12804 Switch Fabric Unit G1

CE-SFU08F (Switch Fabric Unit, for CE12808 Chassis)

Introduction

CE-SFU08F is switching unit of the CE12808 chassis and complete line-speed switching on the data plane. Six switching units are installed in a chassis and work in load balancing and redundancy mode to improve system reliability.

The CE-SFU08F can be installed in: CE12808 chassis, slots 13 to 18, as shown in Slot layout in the CE12808 chassis.

The CE-SFU08F and the CE-SFU08F1 can be installed in the same chassis, but cannot be installed together with other models of SFUs.

Figure 3-93 shows the appearance of the CE-SFU08F.

Figure 3-93 CE-SFU08F

Version Mapping

Product and Version Support for the CE-SFU08F

The CE-SFU08F can only be used in the CE12808 chassis.

Table 3-104 lists the CE12800 series switches software versions matching the CE-SFU08F.

Table 3-104 Version mapping

SFU Series

Card Name

Version Support

CE-SFU08

CE-SFU08F

V200R001C00 and later versions

Functions and Features

The CE12808 series switches use a system architecture with separate control plane, data plane, and monitoring plane.

CE-SFU08F is switching unit of the CE12808 chassis and complete line-speed switching on the data plane.

Table 3-105 describes the functions and features of the CE-SFU08F.

Table 3-105 Functions and features

Function and Feature

Description

Line-speed data switching

Six CE-SFU08Fs constitute the switching core of the data plane and provide high-speed Serdes channels for LPUs.

Reliability

The CE-SFU08F uses a single-stage multi-plane switch fabric to expand the switching capacity. The system has six switching planes, which work in load balancing and redundancy mode to ensure nonstop service data switching.

Indicators and Ports

Indicator Description

The CE-SFU08F and CE-SFU04G1 look the same except that they have different card name labels. The indicator description of the CE-SFU04G1 is used as an example.

Port Description

The CE-SFU08F does not provide any ports.

Specifications

Table 3-106 lists technical specifications of the CE-SFU08F.

Table 3-106 Technical specifications

Item

Description

Reliability

Load balancing and redundancy design

Physical specifications
  • Dimensions (W x D x H): 452.8 mm x 271.4 mm x 40.1 mm (17.83 in. x 10.69 in. x 1.58 in.)
  • Weight: 3.7 kg (8.16 lb)
  • Typical power consumption: 100 W
  • Maximum power consumption: 143 W
  • Typical heat dissipation: 342 BTU/hour
  • Maximum heat dissipation: 489 BTU/hour

Environment parameters
  • Operating temperature: 0°C to 40°C (32°F to 104°F)
  • Storage temperature: -40°C to +70°C (-40°F to +158°F)
  • Operating relative humidity: 5% RH to 85% RH (noncondensing)

Certification
  • Safety standards compliance
  • EMC standards compliance
  • Environmental standards compliance

Ordering Information

To place an order, contact the product manager of the Huawei local office.

Table 3-107 provides CE-SFU08F ordering information.

Table 3-107 Ordering information

Part Number

Card Name

Card Description

03023CLX

CE-SFU08F

CE12808 Switch Fabric Unit F

CE-SFU08F1 (Switch Fabric Unit, for CE12808 Chassis)

Introduction

CE-SFU08F1 is switching unit of the CE12808 chassis and completes line-speed switching on the data plane. Six switching units are installed in a CE12808 chassis and work in load balancing and redundancy mode to improve system reliability.

The CE-SFU08F1 and the CE-SFU08F can be installed in the same chassis, but cannot be installed together with other models of SFUs.

The CE-SFU08F1 can be installed in: CE12808 chassis, slots 13 to 18, as shown in Slot layout in the CE12808 chassis.

Figure 3-94 shows the appearance of the CE-SFU08F1.

Figure 3-94 CE-SFU08F1

Version Mapping

Table 3-108 lists the CE12800 series switches software versions matching the CE-SFU08F1.

Table 3-108 Version mapping

Card Name

CE12804 Chassis, CE12808 Chassis, and CE12812 Chassis

CE12816 Chassis

CE12804S Chassis and CE12808S Chassis

CE-SFU08F1

Not supported

Supported in V200R019C00 and later versions

Not supported

Functions and Features

The CE12804/CE12808/CE12812/CE12816 series switches use a system architecture with separate control plane, data plane, and monitoring plane.

CE-SFU08F1 is switching unit of the CE12808 chassis and completes line-speed switching on the data plane.

Table 3-109 describes the functions and features of the CE-SFU08F1.

Table 3-109 Functions and features

Function and Feature

Description

Line-speed data switching

Six CE-SFU08F1s constitute the switching core of the data plane and provide high-speed Serdes channels for LPUs.

Reliability

The CE-SFU08F1 uses a single-stage multi-plane switch fabric to expand the switching capacity. The system has six switching planes, which work in load balancing and redundancy mode to ensure nonstop service data switching.

Indicators and Ports

Indicator Description

Figure 3-95 shows indicators on the CE-SFU08F1.

Figure 3-95 Indicators on the CE-SFU08F1

Table 3-110 describes indicators on the CE-SFU08F1.

Table 3-110 Indicator description

Number

Indicator

Name

Color

Status

Description

1

RUN/ALM

Running status indicator

Green

Steady on

The card has been powered on but the system software is not running.

Slow blinking

The card is running properly.

Fast blinking

The card is loading the system software or is resetting.

Red

Steady on

A fault that affects services has occurred. The fault cannot be rectified automatically and requires manual intervention.

Yellow

Steady on

The card is in power-off state. (For example, the card has been forcibly powered off using the power off command or is about to start.)

2

OFL

Offline indicator

To remove an SFU, hold down the OFL button for 6s. You can remove the SFU until the OFL indicator is steady red.

3

-

OFL button

Port Description

The CE-SFU08F1 does not provide any ports.

Specifications

Table 3-111 lists technical specifications of the CE-SFU08F1.

Table 3-111 Technical specifications

Item

Description

Reliability

Load balancing and redundancy design

Physical specifications
  • Dimensions (W x D x H): 452.8 mm x 271.4 mm x 40.1 mm (17.83 in. x 10.69 in. x 1.58 in.)
  • Weight: 3.7 kg (8.16 lb)
  • Typical power consumption: 102 W
  • Maximum power consumption: 143 W
  • Typical heat dissipation: 348 BTU/hour
  • Maximum heat dissipation: 489 BTU/hour

Environment parameters
  • Operating temperature: 0°C to 40°C (32°F to 104°F)
  • Storage temperature: -40°C to +70°C (-40°F to +158°F)
  • Operating relative humidity: 5% RH to 95% RH (noncondensing)

Certification
  • Safety standards compliance
  • EMC standards compliance
  • Environmental standards compliance

Ordering Information

To place an order, contact the product manager of the Huawei local office.

Table 3-112 provides CE-SFU08F1 ordering information.

Table 3-112 Ordering information

Part Number

Card Name

Card Description

03025EHC

CE-SFU08F1

CE12808 Switch Fabric Unit F08F11

CE-SFU08G (Switch Fabric Unit, for CE12808 Chassis)

Introduction

CE-SFU08G is switching unit of the CE12808 chassis and complete line-speed switching on the data plane. Six switching units are installed in a chassis and work in load balancing and redundancy mode to improve system reliability.

The CE-SFU08G can be installed in: CE12808 chassis, slots 13 to 18, as shown in Slot layout in the CE12808 chassis.

The CE-SFU08G and the CE-SFU08G1 can be installed in the same chassis, but cannot be installed together with other models of SFUs.

Figure 3-96 shows the appearance of the CE-SFU08G.

Figure 3-96 CE-SFU08G

Version Mapping

Product and Version Support for the CE-SFU08G

The CE-SFU08G can only be used in the CE12808 chassis.

Table 3-113 lists the CE12800 series switches software versions matching the CE-SFU08G.

Table 3-113 Version mapping

SFU Series

Card Name

Version Support

CE-SFU08

CE-SFU08G

V200R002C50 and later versions

Functions and Features

The CE12808 series switches use a system architecture with separate control plane, data plane, and monitoring plane.

CE-SFU08G is switching unit of the CE12808 chassis and complete line-speed switching on the data plane.

Table 3-114 describes the functions and features of the CE-SFU08G.

Table 3-114 Functions and features

Function and Feature

Description

Line-speed data switching

Six CE-SFU08Gs constitute the switching core of the data plane and provide high-speed Serdes channels for LPUs.

Reliability

The CE-SFU08G uses a single-stage multi-plane switch fabric to expand the switching capacity. The system has six switching planes, which work in load balancing and redundancy mode to ensure nonstop service data switching.

Indicators and Ports

Indicator Description

The CE-SFU08G and CE-SFU04G1 look the same except that they have different card name labels. The indicator description of the CE-SFU04G1 is used as an example.

Port Description

The CE-SFU08G does not provide any ports.

Specifications

Table 3-115 lists technical specifications of the CE-SFU08G.

Table 3-115 Technical specifications

Item

Description

Reliability

Load balancing and redundancy design

Physical specifications
  • Dimensions (W x D x H): 452.8 mm x 271.4 mm x 40.1 mm (17.83 in. x 10.69 in. x 1.58 in.)
  • Weight: 4.1 kg (9.04 lb)
  • Typical power consumption: 180 W
  • Maximum power consumption: 251 W
  • Typical heat dissipation: 614 BTU/hour
  • Maximum heat dissipation: 857 BTU/hour

Environment parameters
  • Operating temperature: 0°C to 40°C (32°F to 104°F)
  • Storage temperature: -40°C to +70°C (-40°F to +158°F)
  • Operating relative humidity: 5% RH to 85% RH (noncondensing)

Certification
  • Safety standards compliance
  • EMC standards compliance
  • Environmental standards compliance

Ordering Information

To place an order, contact the product manager of the Huawei local office.

Table 3-116 provides CE-SFU08G ordering information.

Table 3-116 Ordering information

Part Number

Card Name

Card Description

03023WFB

CE-SFU08G

CE12808 Switch Fabric Unit G

CE-SFU08G1 (Switch Fabric Unit, for CE12808 Chassis)

Introduction

CE-SFU08G1 is switching unit of the CE12808 chassis and completes line-speed switching on the data plane. Six switching units are installed in a CE12808 chassis and work in load balancing and redundancy mode to improve system reliability.

The CE-SFU08G1 and the CE-SFU08G can be installed in the same chassis, but cannot be installed together with other models of SFUs.

The CE-SFU08G1 can be installed in: CE12808 chassis, slots 13 to 18, as shown in Slot layout in the CE12808 chassis.

Figure 3-97 shows the appearance of the CE-SFU08G1.

Figure 3-97 CE-SFU08G1

Version Mapping

Table 3-117 lists the CE12800 series switches software versions matching the CE-SFU08G1.

Table 3-117 Version mapping

Card Name

CE12804 Chassis

CE12808 Chassis

CE12812 Chassis and CE12816 Chassis

CE12804S Chassis and CE12808S Chassis

CE-SFU08G1

Not supported

Supported in V200R019C10 and later versions

Not supported

Not supported

Functions and Features

The CE12804/CE12808/CE12812/CE12816 series switches use a system architecture with separate control plane, data plane, and monitoring plane.

CE-SFU08G1 is switching unit of the CE12808 chassis and completes line-speed switching on the data plane.

Table 3-118 describes the functions and features of the CE-SFU08G1.

Table 3-118 Functions and features

Function and Feature

Description

Line-speed data switching

Six CE-SFU08G1s constitute the switching core of the data plane and provide high-speed Serdes channels for LPUs.

Reliability

The CE-SFU08G1 uses a single-stage multi-plane switch fabric to expand the switching capacity. The system has six switching planes, which work in load balancing and redundancy mode to ensure nonstop service data switching.

Indicators and Ports

Indicator Description

The CE-SFU08G1 and CE-SFU04G1 look the same except that they have different card name labels. The indicator description of the CE-SFU04G1 is used as an example.

Port Description

The CE-SFU08G1 does not provide any ports.

Specifications

Table 3-119 lists technical specifications of the CE-SFU08G1.

Table 3-119 Technical specifications

Item

Description

Reliability

Load balancing and redundancy design

Physical specifications
  • Dimensions (W x D x H): 452.8 mm x 271.4 mm x 40.1 mm (17.83 in. x 10.69 in. x 1.58 in.)
  • Weight: 4.14 kg (9.13 lb)
  • Typical power consumption: 186 W
  • Maximum power consumption: 266 W
  • Typical heat dissipation: 635 BTU/hour
  • Maximum heat dissipation: 908 BTU/hour

Environment parameters
  • Operating temperature: 0°C to 40°C (32°F to 104°F)
  • Storage temperature: -40°C to +70°C (-40°F to +158°F)
  • Operating relative humidity: 5% RH to 95% RH (noncondensing)

Certification
  • Safety standards compliance
  • EMC standards compliance
  • Environmental standards compliance

Ordering Information

To place an order, contact the product manager of the Huawei local office.

Table 3-120 provides CE-SFU ordering information.

Table 3-120 Ordering information

Part Number

Card Name

Card Description

03025RXJ

CE-SFU08G1

CE12808 Switch Fabric Unit G1

CE-SFU12G (Switch Fabric Unit, for CE12812 Chassis)

Introduction

CE-SFU12G is switching units of the CE12812 chassis and complete line-speed switching on the data plane. Six switching units are installed in a chassis and work in load balancing and redundancy mode to improve system reliability.

The CE-SFU12G can be installed in: CE12812 chassis, slots 17 to 22, as shown in Slot layout in the CE12812 chassis.

SFUs in the same chassis must be the same model.

Figure 3-98 shows the appearance of the CE-SFU12G.

Figure 3-98 CE-SFU12G

Version Mapping

Product and Version Support for the CE-SFU12G

The CE-SFU12G can only be used in the CE12812 chassis.

Table 3-121 lists the CE12800 series switches software versions matching the CE-SFU12G.

Table 3-121 Version mapping

SFU Series

Card Name

Version Support

CE-SFU12

CE-SFU12G

V200R001C00 and later versions

Functions and Features

The CE12812 series switches use a system architecture with separate control plane, data plane, and monitoring plane.

CE-SFU12G is switching unit of the CE12812 chassis and complete line-speed switching on the data plane.

Table 3-122 describes the functions and features of the CE-SFU12G.

Table 3-122 Functions and features

Function and Feature

Description

Line-speed data switching

Six CE-SFU12Gs constitute the switching core of the data plane and provide high-speed Serdes channels for LPUs.

Reliability

The CE-SFU12G uses a single-stage multi-plane switch fabric to expand the switching capacity. The system has six switching planes, which work in load balancing and redundancy mode to ensure nonstop service data switching.

Indicators and Ports

Indicator Description

The CE-SFU12G and CE-SFU04G1 look the same except that they have different card name labels. The indicator description of the CE-SFU04G1 is used as an example.

Port Description

The CE-SFU12G does not provide any ports.

Specifications

Table 3-123 lists technical specifications of the CE-SFU12G.

Table 3-123 Technical specifications

Item

Description

Reliability

Load balancing and redundancy design

Physical specifications
  • Dimensions (W x D x H):648.2 mm x 271.4 mm x 40.1 mm (25.52 in. x 10.69 in. x 1.58 in.)
  • Weight: 5.9 kg (13.01 lb)
  • Typical power consumption: 283 W
  • Maximum power consumption: 416 W
  • Typical heat dissipation: 967 BTU/hour
  • Maximum heat dissipation: 1421 BTU/hour

Environment parameters
  • Operating temperature: 0°C to 40°C (32°F to 104°F)
  • Storage temperature: -40°C to +70°C (-40°F to +158°F)
  • Operating relative humidity: 5% RH to 85% RH (noncondensing)

Certification
  • Safety standards compliance
  • EMC standards compliance
  • Environmental standards compliance

Ordering Information

To place an order, contact the product manager of the Huawei local office.

Table 3-124 provides CE-SFU ordering information.

Table 3-124 Ordering information

Part Number

Card Name

Card Description

03023KKC

CE-SFU12G

CE12812 Switch Fabric Unit G

CE-SFU16F (Switch Fabric Unit, for CE12816 Chassis)

Introduction

CE-SFU16F is switching units of the CE12816 chassis and complete line-speed switching on the data plane. Six switching units are installed in a chassis and work in load balancing and redundancy mode to improve system reliability.

The CE-SFU16F can be installed in: CE12816 chassis, Slot 21 to 26, as shown in Slot layout in the CE12816 chassis

The CE-SFU16F cannot be installed together with other models of SFUs.

Figure 3-99 shows the appearance of the CE-SFU16F.

Figure 3-99 CE-SFU16F

Version Mapping

Product and Version Support for the CE-SFU16F

The CE-SFU16F can only be used in the CE12816 chassis.

Table 3-125 lists the CE12800 series switches software versions matching the CE-SFU16F.

Table 3-125 Version mapping

SFU Series

Card Name

Version Support

CE-SFU16

CE-SFU16F

V200R001C00 and later versions

Functions and Features

The CE12816 series switches use a system architecture with separate control plane, data plane, and monitoring plane.

CE-SFU16F is switching units of the CE12816 chassis and complete line-speed switching on the data plane.

Table 3-126 describes the functions and features of the CE-SFU16F.

Table 3-126 Functions and features

Function and Feature

Description

Line-speed data switching

Six CE-SFU16Fs constitute the switching core of the data plane and provide high-speed Serdes channels for LPUs.

Reliability

The CE-SFU16F uses a single-stage multi-plane switch fabric to expand the switching capacity. The system has six switching planes, which work in load balancing and redundancy mode to ensure nonstop service data switching.

Indicators and Ports

Indicator Description

The CE-SFU16F and CE-SFU04G1 look the same except that they have different card name labels. The indicator description of the CE-SFU04G1 is used as an example.

Port Description

The CE-SFU16F does not provide any ports.

Specifications

Table 3-127 lists technical specifications of the CE-SFU16F.

Table 3-127 Technical specifications

Item

Description

Reliability

Load balancing and redundancy design

Physical specifications
  • Dimensions (W x D x H): 843.6 mm x 363.4 mm x 40.1 mm (33.21 in. x 14.31 in. x 1.58 in.)
  • Weight: 8.6 kg (18.96 lb)
  • Typical power consumption: 175 W
  • Maximum power consumption: 261 W
  • Typical heat dissipation: 598 BTU/hour
  • Maximum heat dissipation: 892 BTU/hour

Environment parameters
  • Operating temperature: 0°C to 40°C (32°F to 104°F)
  • Storage temperature: -40°C to +70°C (-40°F to +158°F)
  • Operating relative humidity: 5% RH to 85% RH (noncondensing)

Certification
  • Safety standards compliance
  • EMC standards compliance
  • Environmental standards compliance

Ordering Information

To place an order, contact the product manager of the Huawei local office.

Table 3-128 provides CE-SFU16F ordering information.

Table 3-128 Ordering information

Part Number

Card Name

Card Description

03023CLW

CE-SFU16F

CE12816 Switch Fabric Unit F

CE-SFU16G (Switch Fabric Unit, for CE12816 Chassis)

Introduction

CE-SFU16G is switching units of the CE12816 chassis and complete line-speed switching on the data plane. Six switching units are installed in a chassis and work in load balancing and redundancy mode to improve system reliability.

The CE-SFU16G can be installed in: CE12816 chassis, Slot 21 to 26, as shown in Slot layout in the CE12816 chassis

The CE-SFU16G cannot be installed together with other models of SFUs.

Figure 3-100 shows the appearance of the CE-SFU16G.

Figure 3-100 CE-SFU16G

Version Mapping

Product and Version Support for the CE-SFU16G

The CE-SFU16G can only be used in the CE12816 chassis.

Table 3-129 lists the CE12800 series switches software versions matching the CE-SFU16G.

Table 3-129 Version mapping

SFU Series

Card Name

Version Support

CE-SFU16

CE-SFU16G

V200R001C00 and later versions

Functions and Features

The CE12816 series switches use a system architecture with separate control plane, data plane, and monitoring plane.

CE-SFU16G is switching units of the CE12816 chassis and complete line-speed switching on the data plane.

Table 3-130 describes the functions and features of the CE-SFU16G.

Table 3-130 Functions and features

Function and Feature

Description

Line-speed data switching

Six CE-SFU16Gs constitute the switching core of the data plane and provide high-speed Serdes channels for LPUs.

Reliability

The CE-SFU16G uses a single-stage multi-plane switch fabric to expand the switching capacity. The system has six switching planes, which work in load balancing and redundancy mode to ensure nonstop service data switching.

Indicators and Ports

Indicator Description

The CE-SFU16G and CE-SFU04G1 look the same except that they have different card name labels. The indicator description of the CE-SFU04G1 is used as an example.

Port Description

The CE-SFU16G does not provide any ports.

Specifications

Table 3-131 lists technical specifications of the CE-SFU16G.

Table 3-131 Technical specifications

Item

Description

Reliability

Load balancing and redundancy design

Physical specifications
  • Dimensions (W x D x H): 843.6 mm x 363.4 mm x 40.1 mm (33.21 in. x 14.31 in. x 1.58 in.)
  • Weight: 10.2 kg (22.49 lb)
  • Typical power consumption: 427 W
  • Maximum power consumption: 665 W
  • Typical heat dissipation: 1459 BTU/hour
  • Maximum heat dissipation: 2271 BTU/hour

Environment parameters
  • Operating temperature: 0°C to 40°C (32°F to 104°F)
  • Storage temperature: -40°C to +70°C (-40°F to +158°F)
  • Operating relative humidity: 5% RH to 85% RH (noncondensing)

Certification
  • Safety standards compliance
  • EMC standards compliance
  • Environmental standards compliance

Ordering Information

To place an order, contact the product manager of the Huawei local office.

Table 3-132 provides CE-SFU16G ordering information.

Table 3-132 Ordering information

Part Number

Card Name

Card Description

03023CLV

CE-SFU16G

CE12816 Switch Fabric Unit G

03025RXL

CE-SFU16G

CE12816 Switch Fabric Unit G

The CE-SFU16G card with the part number 03025RXL is supported in V200R019C10SPC900 and later versions.

CE-SFUF-S (Switch Fabric Unit, for CE12804S/CE12808S Chassis)

Introduction

The CE-SFUF-S is the switch fabric unit of the CE12804S/CE12808S chassis and completes line-speed switching on the data plane. Each CE12804S chassis is configured with two CE-SFUF-S cards, and each CE12808S chassis is configured with four CE-SFUF-S cards. The CE-SFUF-S in a chassis work in load balancing and redundancy mode to improve system reliability.

The CE-SFUF-S can be installed in:

  • Slot 7 and slot 8 of the CE12804S chassis, as shown in Figure 3-41
  • Slots 11 to 14 of the CE12808S chassis, as shown in Figure 3-49
  • The CE-SFUF-S and the CE-SFUF1-S can be installed in the same chassis, but cannot be installed together with other models of SFUs.

  • For the CE12808S running V200R002C50 or an earlier version, if CE-SFUF-S SFUs or CE-SFUF1-S SFUs are installed only in slots 13 and 14 and no SFU is installed in slots 11 and 12, a newly installed CE-L36CQ-FD card cannot be registered. In V200R003C00 and later versions, a newly installed CE-L36CQ-FD card can be registered in this scenario, but there are the following limitations:

    • The interfaces using chips 0 and 5 on the CE-L36CQ-FD card are in Error-Down state. The interfaces are 100GE interfaces 0 to 5 and 100GE interfaces 30 to 35.
    • The protocol packets proactively sent by chips 1 to 4 on the CE-L36CQ-FD card need to be forwarded by chip 0. Because chip 0 cannot communicate with SFUs, the interfaces using chips 1 to 4 on the CE-L36CQ-FD card fail to send protocol packets. As a result, services are interrupted.

    In this case, change the SFU slots and install an SFU in slot 11 or 12. Alternatively, install more SFUs, or replace the SFUs with CE-SFUG-S.

Figure 3-101 shows the appearance of the CE-SFUF-S.

Figure 3-101 CE-SFUF-S

Version Mapping

The CE-SFUF-S can only be used in the CE12804S or CE12808S chassis.

Table 3-133 lists the CE12800 series switches software versions matching the CE-SFUF-S.

Table 3-133 Version mapping

SFU Series

SFU Name

Version Support

CE-SFU-S

CE-SFUF-S

V200R001C00 and later versions

Functions and Features

The CE12804S/CE12808S series switches use a system architecture with separate control plane, data plane, and monitoring plane.

The CE-SFUF-S is the switch fabric unit of the CE12804S/CE12808S chassis and completes line-speed switching on the data plane.

Table 3-134 describes the functions and features of the CE-SFUF-S.

Table 3-134 Functions and features

Function and Feature

Description

Line-speed data switching

Two/Four CE-SFUF-S cards in a chassis constitute the switching core of the data plane and provide high-speed SerDes channels for LPUs.

Reliability

The CE-SFUF-S cards in a chassis use a single-stage multi-plane switch fabric to expand the switching capacity. The system has two/four switching planes, which work in load balancing and redundancy mode to ensure nonstop service data switching.

Indicators and Ports

Indicator Description

The CE-SFUF-S and CE-SFUF1-S look the same except that they have different card name labels. Figure 3-103 shows the appearance of the CE-SFUF1-S as an example.

Port Description

The CE-SFUF-S does not provide any ports.

Specifications

Table 3-135 lists technical specifications of the CE-SFUF-S.

Table 3-135 Technical specifications

Item

Description

Reliability

Load balancing and redundancy design

Physical specifications
  • Dimensions (W x D x H): 433.0 mm x 530.8 mm x 30.5 mm (17.05 in. x 20.90 in. x 1.20 in.)
  • Weight: 4.2 kg (9.26 lb)
  • Typical power consumption: 100 W
  • Maximum power consumption: 143 W
  • Typical heat dissipation: 342 BTU/hour
  • Maximum heat dissipation: 489 BTU/hour

Environment parameters
  • Operating temperature: 0°C to 40°C
  • Storage temperature: -40°C to +70°C
  • Operating relative humidity: 5% RH to 85% RH (noncondensing)

Certification
  • Safety standards compliance
  • EMC standards compliance
  • Environmental standards compliance

Ordering Information

To place an order, contact the Huawei local office.

Table 3-136 provides CE-SFUF-S ordering information.

Table 3-136 Ordering information

Part Number

Card Name

Card Description

03023CLY

CE-SFUF-S

CE12800S Switch Fabric Unit F

CE-SFUF1-S (Switch Fabric Unit, for CE12804S/CE12808S Chassis)

Introduction

The CE-SFUF1-S is the switch fabric unit of the CE12804S/CE12808S chassis and completes line-speed switching on the data plane. Each CE12804S chassis is configured with two SFUs, and each CE12808S chassis is configured with four SFUs. The SFUs in a chassis work in load balancing and redundancy mode to improve system reliability.

  • The CE-SFUF1-S and the CE-SFUF-S can be installed in the same chassis, but cannot be installed together with other models of SFUs.

Figure 3-102 shows the appearance of the CE-SFUF1-S.

Figure 3-102 CE-SFUF1-S

Version Mapping

The CE-SFUF1-S can only be used in the CE12804S or CE12808S chassis.

Table 3-137 lists the CE12800 series switches software versions matching the CE-SFUF1-S.

Table 3-137 Version mapping

Card Name

CE12804 Chassis, CE12808 Chassis, CE12812 Chassis, and CE12816 chassis

CE12804S Chassis and CE12808S Chassis

CE-SFUF1-S

Not supported

Supported in V200R019C00 and later versions

Functions and Features

The CE12804S/CE12808S series switches use a system architecture with separate control plane, data plane, and monitoring plane.

The CE-SFUF1-S is the switch fabric unit of the CE12804S/CE12808S chassis and completes line-speed switching on the data plane.

Table 3-138 describes the functions and features of the CE-SFUF1-S.

Table 3-138 Functions and features

Function and Feature

Description

Line-speed data switching

Two/Four CE-SFUF1-S cards in a chassis constitute the switching core of the data plane and provide high-speed SerDes channels for LPUs.

Reliability

The CE-SFUF1-S cards in a chassis use a single-stage multi-plane switch fabric to expand the switching capacity. The system has two/four switching planes, which work in load balancing and redundancy mode to ensure nonstop service data switching.

Indicators and Ports

Indicator Description

Figure 3-103 shows indicators on the CE-SFUF1-S.

Figure 3-103 Indicators on the CE-SFUF1-S

Table 3-139 describes indicators on the CE-SFUF1-S.

Table 3-139 Indicator description

Number

Indicator

Name

Color

Status

Description

1

RUN/ALM

Running status indicator

Green

Steady on

The card has been powered on but the system software is not running.

Slow blinking

The card is running properly.

Fast blinking

The card is loading the system software or is resetting.

Red

Steady on

A fault that affects services has occurred. The fault cannot be rectified automatically and requires manual intervention.

Yellow

Steady on

The card is in power-off state. (For example, the card has been forcibly powered off using the power off command or is about to start.)

2

OFL

Offline indicator

To remove an SFU, hold down the OFL button for 6s. You can remove the SFU until the OFL indicator is steady red.

3

-

OFL button

Port Description

The CE-SFUF1-S does not provide any ports.

Specifications

Table 3-140 lists technical specifications of the CE-SFUF1-S.

Table 3-140 Technical specifications

Item

Description

Reliability

Load balancing and redundancy design

Physical specifications
  • Dimensions (W x D x H): 433.0 mm x 530.8 mm x 30.5 mm (17.05 in. x 20.90 in. x 1.20 in.)
  • Weight: 4.2 kg (9.26 lb)
  • Typical power consumption: 103 W
  • Maximum power consumption: 143 W
  • Typical heat dissipation: 352 BTU/hour
  • Maximum heat dissipation: 489 BTU/hour

Environment parameters
  • Operating temperature: 0°C to 40°C
  • Storage temperature: -40°C to +70°C
  • Operating relative humidity: 5% RH to 95% RH (noncondensing)

Certification
  • Safety standards compliance
  • EMC standards compliance
  • Environmental standards compliance

Ordering Information

To place an order, contact the Huawei local office.

Table 3-141 provides CE-SFUF1-S ordering information.

Table 3-141 Ordering information

Part Number

Card Name

Card Description

03025EHB

CE-SFUF1-S

CE12800S Switch Fabric Unit F1

CE-SFUG-S (Switch Fabric Unit, for CE12804S/CE12808S Chassis)

Introduction

The CE-SFUG-S is the switch fabric unit of the CE12804S/CE12808S chassis and completes line-speed switching on the data plane. Each CE12804S chassis is configured with two CE-SFUG-S cards, and each CE12808S chassis is configured with four CE-SFUG-S cards. The CE-SFUG-S in a chassis work in load balancing and redundancy mode to improve system reliability.

The CE-SFUG-S can be installed in:

  • CE-SFUG-S cannot be installed together with other models of SFUs in the same chassis.

Figure 3-104 shows the appearance of the CE-SFUG-S.

Figure 3-104 CE-SFUG-S

Version Mapping

The CE-SFUG-S can only be used in the CE12804S or CE12808S chassis.

Table 3-142 lists the CE12800 series switches software versions matching the CE-SFUG-S.

Table 3-142 Version mapping

SFU Series

SFU Name

Version Support

CE-SFU-S

CE-SFUG-S

V200R003C00 and later versions

Functions and Features

The CE12804S/CE12808S series switches use a system architecture with separate control plane, data plane, and monitoring plane.

The CE-SFUG-S is the switch fabric unit of the CE12804S/CE12808S chassis and completes line-speed switching on the data plane.

Table 3-143 describes the functions and features of the CE-SFUG-S.

Table 3-143 Functions and features

Function and Feature

Description

Line-speed data switching

Two/Four CE-SFUG-S cards in a chassis constitute the switching core of the data plane and provide high-speed SerDes channels for LPUs.

Reliability

The CE-SFUG-S cards in a chassis use a single-stage multi-plane switch fabric to expand the switching capacity. The system has two/four switching planes, which work in load balancing and redundancy mode to ensure nonstop service data switching.

Indicators and Ports

Indicator Description

The CE-SFUG-S and CE-SFUF1-S look the same except that they have different card name labels. Figure 3-103 shows the appearance of the CE-SFUF1-S as an example.

Port Description

The CE-SFUG-S does not provide any ports.

Specifications

Table 3-144 lists technical specifications of the CE-SFUG-S.

Table 3-144 Technical specifications

Item

Description

Reliability

Load balancing and redundancy design

Physical specifications
  • Dimensions (W x D x H): 433.0 mm x 530.8 mm x 30.5 mm (17.05 in. x 20.90 in. x 1.20 in.)
  • Weight: 4.35 kg (9.59 lb)
  • Typical power consumption: 191 W
  • Maximum power consumption: 266 W
  • Typical heat dissipation: 652 BTU/hour
  • Maximum heat dissipation: 908 BTU/hour

Environment parameters
  • Operating temperature: 0°C to 40°C
  • Storage temperature: -40°C to +70°C
  • Operating relative humidity: 5% RH to 85% RH (noncondensing)

Certification
  • Safety standards compliance
  • EMC standards compliance
  • Environmental standards compliance

Ordering Information

To place an order, contact the Huawei local office.

Table 3-145 provides CE-SFUG-S ordering information.

Table 3-145 Ordering information

Part Number

Card Name

Card Description

03024QDG

CE-SFUG-S

CE12800S Switch Fabric Unit G
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Update Date：2023-05-12
Document ID：EDOC1000013855
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