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ES5D00ETPC00 S5700 series switches after stacking card

Software companionship

The card model	Imprint
ES5D00ETPC00 Illustrate: After using the display device command, the PCB model of the plug-in card is displayed, corresponding to the CX22ETPC.	V100R005C01 TO V200R005C03 VERSIONS ARE SUPPORTED. Illustrate: V200R003C02, V200R003C10 VERSIONS ARE NOT SUPPORTED.

Plug-in card overview

Stacking iStack (Intelligent Stack) refers to the combination of multiple switch devices that support stacking characteristics, and logically combine them into a single overall switching device.

BEFORE THE ESTABLISHMENT OF THE STACKING SYSTEM, EACH SWITCH IS A SEPARATE ENTITY, WITH ITS OWN INDEPENDENT IP ADDRESS AND MAC ADDRESS, EXTERNALLY REFLECTED AS MULTIPLE SWITCHES, USERS NEED TO MANAGE ALL THE SWITCHES INDEPENDENTLY; AFTER THE STACK IS ESTABLISHED, THE STACK MEMBERS ARE EXTERNALLY REFLECTED AS A UNIFIED LOGICAL ENTITY, AND THE USER USES AN IP ADDRESS TO MANAGE AND MAINTAIN ALL THE SWITCHES IN THE STACK. THROUGH SWITCH STACKING, NETWORK LARGE DATA VOLUME FORWARDING AND NETWORK RELIABILITY CAN BE REALIZED, WHILE SIMPLIFYING NETWORK MANAGEMENT.

STACKING CAN BE DIVIDED INTO SERVICE PORT STACKING AND STACKING CARD STACKING, AND ES5D00ETPC00 IS USED FOR STACKING CARD STACKING.

Supported device models for add-in cards

Plug in the card	Device model
ES5D00ETPC00	S5700-24TP-SI-AC S5700-24TP-SI-DC S5700-48TP-SI-AC S5700-48TP-SI-DC S5700-24TP-PWR-SI S5700-48TP-PWR-SI S5700-28C-SI S5700-52C-SI S5700-28C-PWR-SI S5700-52C-PWR-SI S5700-28C-EI S5700-52C-EI S5700-28C-EI-24S S5700-28C-PWR-EI S5700-52C-PWR-EI S5710-28C-LI S5710-52C-LI S5710-28C-PWR-LI S5710-52C-PWR-LI

ES5D00ETPC00 exterior drawing

ES5D00ETPC00 functions and features

Functions and features	Description
Basic functionality	The ES5D00ETPC00 provides two 12Gbit/s rate electrical interfaces for device-to-device stacking card stacking, using dedicated PCIe stacking cables for connection.
Connection topology	Compared with the chain topology, the ring topology has higher reliability, because when the link failure occurs in the chain topology, it will cause stack splitting; and when a link in the ring topology fails, a chain topology will be formed, and the stacked business will not be affected. the chain topology and the ring topology are connected as shown in fig. 8-91 and fig. 8-92. Illustrate: stack1 ports on one switch can only be connected to the stack2 port of another switch when stacking.

Functions and features

Description

Basic functionality

The ES5D00ETPC00 provides two 12Gbit/s rate electrical interfaces for device-to-device stacking card stacking, using dedicated PCIe stacking cables for connection.

Connection topology

Compared with the chain topology, the ring topology has higher reliability, because when the link failure occurs in the chain topology, it will cause stack splitting; and when a link in the ring topology fails, a chain topology will be formed, and the stacked business will not be affected. the chain topology and the ring topology are connected as shown in fig. 8-91 and fig. 8-92.

Illustrate:

stack1 ports on one switch can only be connected to the stack2 port of another switch when stacking.

Interface description

Stacking interface properties

Attribute	Description
Connector type	PCIe
Complies with standards	IEEE 802.3ae
Support frame formats	Ethernet_II,Ethernet_SAP,Ethernet_SNAP
Supports network protocols	IP

Specifications for ES5D00ETPC00

Parameter items	Description
Physical parameters	Dimensions (w×devich× h): 143mm×126mm×43mm Weight: 0.2kg MAXIMUM POWER CONSUMPTION: 0.5W