[Chassis-shaped Switch] S7700 Switch Quick ... [Chassis-shaped Switch] S7700 Switch Quick Ordering Guide Product Overview The S7700 series switches (S7700 for short) are high-end intelligent

[Chassis-shaped Switch] S7700 Switch Quick

Ordering Guide

Product Overview The S7700 series switches (S7700 for short) are high-end intelligent routing switches

designed for next-generation enterprise networks. The S7700 is designed based on the

intelligent multi-layer switching technology of Huawei. The S7700 provides the following

intelligent service optimization methods:

The S7700 features superb scalability and reliability. The S7700 functions as core or

aggregation nodes on campus networks or at data centers to provide integrated wireless access,

voice, video, and data services, helping enterprises build an integrated end-to-end network.

The S7700 provides three models: S7703, S7706, and S7712. As can be inserted new X1E

cards that ENP chip inside, S7700 series switches can be upgrade to agile switches.

Configuration Guide To configure the S7700, perform the required operations in order: select the chassis, main

processing unit (MPU), and power module -> select service cards -> select special service

cards -> select software and license -> select optical modules -> select stack cables -> meet

other requirements -> select auxiliary materials.

1. Select the Chassis, MPU, and Power Module

1. Select the chassis based on the number of required service cards and the requirements for PoE on V2R5 version, also supplied 5 FCC chassis as fine type below.

For FCC standards need for the North American region, please select FCC machine frame and the

corresponding masters, line cards. For the FCC's configuration, Overseas unistar toolkit has been

implemented the algorithm in the configure wizard interface, which has the item of Need FCC or not, when

selected Yes, the code does not meet FCC standards will be filtered out

Part Number Model MPU CMU Service Cards

System Power Slots

Maximum Power Consumption (Excluding PoE Supply)

PoE PoE Slots

ES0B0077030

0

S7703

assembly

chassis

1+1

backup

1+1

backup

The

S7703

does not

support

3

2 ≤ 800 W PoE and

non-PoE

1

ES0B0077060

0

S7706

assembly

chassis

6

4 ≤ 1600 W N 0

Part Number Model MPU CMU Service Cards

System Power Slots

Maximum Power Consumption (Excluding PoE Supply)

PoE PoE Slots

ES0B0077120

0

S7712

assembly

chassis

CMU.

12

≤ 3000 W

ES0B017706P

0

S7706

PoE

assembly

chassis

6

≤ 1600 W Y 4

ES0B017712P

0

S7712

PoE

assembly

chassis

12 ≤ 3000 W

2. Select the MPU based on the chassis, bandwidth, and requirements for backup.

Part Number Model Chassis Remarks

ES0D00MCUA00 MCUA S7703 FSUs can be installed on SRUA/SRUB, which

improves hardware security and performance.

MCUA does not support FSUs. ES0D00SRUA00 SRUA S7706/7712

ES0D00SRUB00 SRUB

3. Select the power module.

The S7700 provides the following types of power modules and supports AC/DC output. The

S7700 PoE series support only AC inputs.

Part Number

Type Remarks S7703 S7706/7712 S7706/7712 PoE

ES02PSD16

1600 W DC PoE power

modules do not

support DC

input.

It supports 1+1

backup.

It supports

1+1 backup.

It does not support the

PoE chassis.

W2PSA0800

800 W AC It can be

installed in the

system power

module slot or

PoE power

module slot.

System power

modules can

work in 1+1

backup mode

and PoE

power

modules do

not work in

backup mode.

It supports

1+1 or 2+2

backup.

System power modules

can work in 1+1 or 2+2

backup mode.

PoE power modules can

work in 1+1, 2+2, or

3+1 mode or do not

work in backup mode.

Part Number

Type Remarks S7703 S7706/7712 S7706/7712 PoE

W2PSA2230

2200 W AC It can be

installed in the

system power

module slot or

PoE power

module slot.

System power

modules can

work in 1+1

mode. PoE

power

modules do

not work in

backup mode.

It supports

1+1 backup.

System power modules

can work in 1+1 or 2+2

mode.

PoE power modules can

work in 1+1, 2+2, or

3+1 mode or do not

work in backup mode.

W2PSD2200

2200W DC PoE power

modules do not

support DC

input.

It supports 1+1

backup.

It supports

1+1, 2+2

backup.

It does not support the

PoE chassis.

Note:

 When DC power modules are used, only 1+1 backup can be used. PoE power modules do not support DC input.

 System power supply: 800 W and 2200 W AC power supply modules are available. When AC power modules are used, the S7700 supports 1+1 backup (800 W/2200 W output power) and 2+2 backup (1600 W/4400 W output power).

 If 800 W PoE power modules are used, the S7700 provides a maximum of 3200 W power. If 2200 W PoE power modules are used, the S7700 provides a maximum of 8800 W power. PoE power supply calculation formula: PoE power supply =

Number of ports x Power consumption of PD devices/Reduction of power consumption.

 If the maximum output power is reduced by half in the case of 110 V voltage, contact Huawei customer service managers.

2. Select Service Cards

Select service cards considering the required interface type, MAC address quantity, MPLS

support, unicast and multicast route quantity, and stack support.

Card Type

MAC MPLS Interface Type Route FIB

Multicast Routing

Cards Supporting Service Interface Stack

X1E 1M Y  48*GE

electrical/optical

interface

 4*10GE SFP+ +

24*GE optical

interface +8*GE

electrical(combo)

 8*10GE SFP+ +

8*GE optical interface

+8*GE

electrical(combo)

512K,

default

256K, the

more FIB

need

License

32K N

Card Type

MAC MPLS Interface Type Route FIB

Multicast Routing

Cards Supporting Service Interface Stack

SA 32k N  24*GE optical

interface

 24*GE optical

interface + 8xCombo

interface

 12*10GE optical

interface

12k 2k 12*10GE optical

EA 32k Y  48*GE

electrical/optical

interface

 2/4*10GE optical

interface

 2*10GE + 24*GE

electrical/optical

interface

 48*FE electrical

interface

 36*GE electrical

interface + 12*GE

optical interface

16k 4k N

EC 128k Y  48*GE

electrical/optical

interface

 2/4*10GE optical

interface

 24*GE optical

interface

 48*FE electrical

interface

 24*GE

optical+2x10GE

optical interface

128k 4k N

ED 512k Y  4*10GE (XFP)

 8*10GE (SFP+)

 24*GE optical

interface

 48*GE

electrical/optical

interface

512k 4k 8*10GE (SFP+)

Card Type

MAC MPLS Interface Type Route FIB

Multicast Routing

Cards Supporting Service Interface Stack

FA 32k Y  48*GE

electrical/optical

interface

 24*GE electrical

interface

12k 2k N

FC 128k Y  40*10GE (SFP+)

 16*10GE (SFP+)

 2*40GE (QSFP+)

16k 4k 40*10GE (SFP+)

16*10GE (SFP+)

2*40GE (QSFP+)

BC 128k 48*GE electrical/optical

interface

128k 4k N

3. Select Special Service Cards

The S7700 provides multiple types of service cards.

Part Number/Model

Type Function Remarks

03030KQT/ES0D

0G48VA00

PoE card 48GE  It complies with IEEE802.3af

(each port provides a maximum

of 15.4 W power) and

IEEE802.3at (each port provides

a maximum of 30 W power).

 The maximum number of cards

complies with IEEE802.3af. The

S7703 is configured with one

2200 W AC PoE power module.

The S7706/S7712 is configured

with a maximum of four 2200 W

AC PoE power modules.

03030MQQ/ES0D

00FSUA00

FSU  Hardware-based

Ethernet OAM

 Hardware-based

MPLS OAM

 Hardware-based BFD

 CPU protection on the

main control card

 The FSUA is installed in the

SRU slot and is configured

based on service requirements.

 If dual main control cards are

configured, two FSUAs or no

FSUAs are configured.

Part Number/Model

Type Fu