G Series 10G Routing Switches

G Series 10G Routing SwitchesProduct Introduction

V1.1Data Customer Service Department

Internal Use Only▲

<Confidential and Proprietary Information of ZTE CORPORATION>

Course Objectives

Master hardware structure of G Series T240G/T160G/T64G/T40G

Familiar with boards and cards of G series Ethernet Switches

Get to know the service features and software version of G series

Master the network applications of G series Ethernet Switches

Upon completion of this course, you will be able to:



ZXR10 3206/3252/3228/3226/3226FILayer3 Intelligent SW

ZXR10 2852SZXR10 2826S/2826AZXR10 2818SZXR10 2952/2928/2920Layer2 Convergence SW

ZXR10 T240G/T160G/T64G/T40GMPLS 10G Routing SWZXR10 5924/5928/5928F/5952

ZXR10 5224/5228/5228F/5252Intelligent Routing Gigabit SW

ZXR10 2626AZXR10 2618AZXR10 2609/2609ALayer2 Access SW

ZXR10 5116/5116FZXR10 5124/5124FZXR10 5109/5009

Layer2 All-Gigabit Intelligent SW

ZXR10 3906/3952/3928Intelligent Routing SW

ZTE Data Products OverviewZXR10 Ethernet Switch Products



G series 10G routing switches are oriented to IP MAN, campus network, E-business and large enterprise network, applied in backbone, convergence and core layer thereof. Modular design and distributed processing mechanism supports large capacity of port access and wire-rate switching, supports MPLS and IPv6 as well.

59/52 series all-giga-port routing switches are oriented to core layer of campus network and convergence layer of IP MAN, providing 10G uplink interface and all 1000M access ability. 52 series is the L2 version, for which weaken the L3 functions than that of 59 series. Powerful ACL and QoS function and Stacking supported. Support multicast routing protocols, fully controllable multicast protocols；59 supports IPv6.

39/32 series L3 switches oriented to convergence layer of large enterprise network, high-class subdistricts, hotels as well as campus. Providing high-intensive access ports, support L2 and L3 wire-rate forwarding; support hardware ACL and QoS function. 32 is the L2 simplified version of 39. L3 function is weakened.

51/50 series all-giga-port L2 switches oriented to all 1000M service network, as convergence or access device，focus on service management and network security assurance. Have powerful security and QoS capacity. 51 series supports ACL.

29/28/26 series L2 switch oriented to user-end access. Cater for various access requirements, easy to deploy, easy to manage. 29 series supports ACL.

ZTE Data Products OverviewZXR10 Ethernet Switch Products



ZTE Data Products OverviewZXR10 Ethernet Switch Products Naming Conventions

-EI is also enhanced typeEnhanced typeA

StackableS

Simplified Type-LE

Power Receiver Remote Power Receiver R

Power Supply Remote Power Supply P

Fiber full fiber interface typeF

RemarksDescriptionSuffix

L2 GE switch, all GE interface, GE uplink

L2 Convergence

Switch50

L2 GE switch, all GE interface, GE uplink51

Multi-layer switch, support 10G interface

L3 backbone Switch

(chassis type)G

L3 GE switch, all GE interface,10 GE uplink59

L3 GE switch, all GE interface,10 GE uplink52

L3 FE switch, GE uplink39

L3 FE switch, GE uplinkL3 convergence/ access switch

32

L2 FE switch, GE uplinkAccess switch28

L2 FE switch, FE uplinkAccess switch26

RemarksDescriptionSeries

L3 convergence/ access switch

L2 Convergence

SwitchL3

Convergence Switch

L3 Convergence

Switch



ZTE Data Products OverviewZXR10 10G Routing Switch Description

ZXR10 G series, a new generation of large capacity and high performance routing switch developed by ZTE Corporation.

ZXR10 G series, includes ZXR10 T240G/T160G/T64G/T40G four products, all provide L2/L3/L4 wire-rate forwarding capability.

ZXR10 G series, designed based upon state-of-art modularized concept and adopt distributed processing mechanism based on multi-processor as well as the Crossbar space-division switching architecture, key modules adopt 1:1 redundancy backup.

Mainly oriented to IP MAN, campus network, E-business network and large scale enterprise network, as backbone, convergence and core layer devices.



Course Outline

Chapter 1 G Series Hardware Introduction

Chapter 2 G Series Software Features

Chapter 3 G Series Internetworking Deployment



Course Contents

Hardware structure and features

Boards instruction and sub-card

Power supply and fan module

Chapter1 G Series Hardware Instruction



Hardware Instruction I

--Hardware structure and Features

ZXR10 T240G 10G Routing SwitchZXR10 T160G 10G Routing SwitchZXR10 T64G 10G Routing SwitchZXR10 T40G 10G Routing Switch



Hardware Instruction I -- Hardware structure and Feature 1ZXR10 T240G 10G Routing Switch

Backplane Bandwidth

Backplane Width: 2.8TbpsSwitching Capacity：1428GbpsPacket Forwarding Rate: 812Mpps（Full wire-rate Forwarding）

Port

2 main control slots, 12 user slots, able to configure：1×10GBASE 2×10GBASE 4×10GBASE8×1000BASE-FX+4×OC-3 POS(155M)8×1000BASE-TX+4×OC-3 POS(155M)24/48×1000BASE-FX24/48×1000BASE-TX44×100M FX＋4×1000BASE-FX44×100M TX＋4×1000BASE-TX20×1000BASE-FX＋4×1000BASE-FX/TX20×1000BASE-TX＋4×1000BASE-FX/TX

Rich Protocol Support

Stp、vlan、OSPF、IS-IS、BGP4、IPv6、QOS、multicast protocol、MPLS and L3 MPLS VPN

Dimensions 644mm*422mm*450mm (height*width*deep)

Power Supply

Max power of Full Load＜1800W All boards support hot-swapAC 2+1 redundancy DC 1+1 redundancy




Backplane Bandwidth

Backplane Width ：1.44TbpsSwitching Capacity ：768GbpsPacket Forwarding Rate ：571Mpps（Full wire-rate Forwarding）

Port

2 main control slots, 8 user slots, able to configure ：1×10GBASE 2×10GBASE4×10GBASE8×1000BASE-FX+4×OC-3 POS(155M)8×1000BASE-TX+4×OC-3 POS(155M)24/48×1000BASE-FX24/48×1000BASE-TX44×100M FX＋4×1000BASE-FX44×100M TX＋4×1000BASE-TX20×1000BASE-FX＋4×1000BASE-FX/TX20×1000BASE-TX＋4×1000BASE-FX/TX


Stp、vlan、OSPF、IS-IS、BGP4、IPv6、QOS、multicast protocol、MPLS and L3 MPLS VPN


Power Supply





Backplane Bandwidth

Backplane Width ：900GbpsSwitching Capacity：480GbpsPacket Forwarding Rate ：357Mpps（Full wire-rate Forwarding）

Port

6 slots in total, 4+1 user slots, able to configure：1×10GBASE 2×10GBASE4×10GBASE8×1000BASE-FX+4×OC-3 POS(155M)8×1000BASE-TX+4×OC-3 POS(155M)24/48×1000BASE-FX24/48×1000BASE-TX44×100M FX＋4×1000BASE-FX44×100M TX＋4×1000BASE-TX20×1000BASE-FX＋4×1000BASE-FX/TX20×1000BASE-TX＋4×1000BASE-FX/TX


Stp、vlan、OSPF、 IS-IS、BGP4、 IPv6、QOS、multicast protocol、MPLS and L3 MPLS VPN


Power Supply




Hardware Instruction I -- Hardware structure and Feature 4ZXR10 T64G-EI 10G Routing Switch

Backplane Bandwidth

Backplane Width ：900GbpsSwitching Capacity ：480GbpsPacket Forwarding Rate ：357Mpps（Full wire-rate Forwarding）

Port

7 slots in total, 5 of them are user slots, able to configure;1×10GBASE 2×10GBASE4×10GBASE8×1000BASE-FX+4×OC-3 POS(155M)8×1000BASE-TX+4×OC-3 POS(155M)24/48×1000BASE-FX24/48×1000BASE-TX44×100M FX＋4×1000BASE-FX44×100M TX＋4×1000BASE-TX20×1000BASE-FX＋4×1000BASE-FX/TX20×1000BASE-TX＋4×1000BASE-FX/TX


Stp、vlan、OSPF、 IS-IS、BGP4、 IPv6、QOS、multicast protocol、MPLS and L3 MPLS VPN


Power Supply





Backplane BandwidthBackplane bandwidth：360GbpsSwitching Capacity ：192GbpsPacket Forwarding Rate ：143Mpps（full wire-rate forwarding）

Port

3 slots in total, 2 of them are user slots, able to configure;1×10GBASE 2×10GBASE 4×10GBASE8×1000BASE-FX+4×OC-3POS(155M) 24/48×1000BASE-FX8×1000BASE-TX+4×OC-3POS(155M) 24/48×1000BASE-TX20×1000BASE-FX＋4×1000BASE-FX/TX 44×100M FX＋4×1000BASE-FX20×1000BASE-TX＋4×1000BASE-FX/TX 44×100M TX＋4×1000BASE-TX

Rich Protocol Support Stp、vlan、OSPF、IS-IS、BGP4、IPv6、QOS、multicast protocol、MPLS and L3 MPLSVPN


Power Supply AC and DC 1+1 redundancy Full Load max power＜288W



Hardware Instruction I -- Hardware structure and Feature 6ZXR10 T40G-EI 10G Routing Switch

Backplane Bandwidth Backplane bandwidth：360Gbps/ Switching Capacity：192Gbps / Packet Forwarding Rate：143Mpps（full wire-rate）

Port

4 slots in total, 2 of them are user slots, able to configure;1×10GBASE 2×10GBASE 4×10GBASE8×1000BASE-FX+4×OC-3POS(155M) 24/48×1000BASE-FX8×1000BASE-TX+4×OC-3 POS(155M) 24/48×1000BASE-TX20×1000BASE-FX＋4×1000BASE-FX/TX 44×100M FX＋4×1000BASE-FX20×1000BASE-TX＋4×1000BASE-FX/TX 44×100M TX＋4×1000BASE-TX

Rich Protocol Support Stp、vlan、OSPF、IS-IS、BGP4、IPv6、QOS、multicast protocol、MPLS and L3 MPLSVPN

Dimensions 178.4mm*442mm*450mm (height*width*deep)

Power SupplyAC and DC 1+1 redundancy Full Load max power＜288W

Remarks：original T40G main control board cannot backup, to resolve this problem, ZTE developed T40G-EI, which has four slots, the upper two are line-card, the 3rd one is main control slot, divided into left and right two parts, able to insert two main control boards to realize redundancy.



Hardware Instruction I -- Hardware structure and Feature 7T240G/T160G/T64G/T64G-EI hardware Architecture

Adopt ASIC hardware forwarding technology and large capacity CROSSBAR switching chip, the main forwarding function is done by hardware, to guarantee the wire-rate forwarding capacity. L2 switching, MPLS switching, IPV4 routing, IPV6 routing and l2-L7 traffic filtering function can be done on ASIC.

GE line-card

48GE packets Processor

CPU module

4XGE Line-card

4XGE packets Processor

CPU module

Control Panel

NM Unit

Protocol Processing

Monitor Module

FE

PW Module

Internal Communication

48*GE

4*XGE

Large

Capacity

Backplane

FE

FE

FE

Large CapacitySwitching Board

Master/slaveMain Control

Switching

Serdes

232

232

Serdes

Main Control Switching Board



Hardware Instruction I -- Hardware structure and Feature 8ZXR10 T40G/T40G-EI Hardware Architecture

GE line-card

48GE packets Processor

CPU module

2XGE Line-card

2XGE packets Processor

CPU module

Control Panel

NM Unit

Protocol Processing

Monitor Module

FE

PW Module

Main Control Switching Board

Internal Communication

48*GE

2*XGE

Large CapacitySwitching Board

Master/slaveMain Control

Switching

232

232

FE

FE



Hardware Instruction II

-- Board & Card Instruction

G Series 10G routing switch main control boardG Series 10G routing switch service boardG Series 10G routing switch NP sub-card



Hardware Instruction II -- Boards and Sub-card instruction 1ZXR10 G series main control board

Console AUXReset

Exchange

copySD card slot

Line-card running LED

Main Indicator

Power LED

T160G main control board RS-T160G-MCSII

T240G Main Control panel RS-T240G-MCSII

RS-T160G-MCSII card is the enhanced version of RS-T160G-MCS



Hardware Instruction II -- Boards and Sub-card instruction 2ZXR10 G series main control board LED

On, interface link is establishedOff, no link to any interfaceLINK

Flash, the interface is transmitting dataACT

On, master/slave state is abnormalOff, master/slave state is normalALM

On, the board is in slave stateOff, the board is in master stateRUN

RES

Off, the control switching board has no alarmOn, the control switching board has alarmALM

Off, this control switching board has problemFlash, the control switching board works normalRUN

MST

off，corresponding power module having no alarm or not-in-positionOn，corresponding power module works normal

ALM

off，corresponding power module having problem or not-in-positionon，corresponding interface board works normal

RUNPWR1~3

off，corresponding interface board having no alarm or not-in-positionOn，corresponding interface board works normal

ALM

on，corresponding interface board having problem or not-in-positionFlash，corresponding interface board works normal

RUN1~8

RS-T160G－MCS

Remark: When ZXR10 T160G applies RS-T160G-MCS，RS-XGS1-4XGE-XFP cannot be used.



Hardware Instruction II -- Boards and Sub-card instruction 3ZXR10 G series main control board(1)

T64G Main Control Panel RS-T64G-MCS

T64G Main Control Panel RS-T64G-MCSII

RS-T64G-MCSII is the enhanced version developed from RS-T64G-MCS.

When ZXR10 T64G applies RS-T64G-MCS, RS-XGS1-4XGE-XFP cannot be used.



Hardware Instruction II -- Boards and Sub-card instruction 3 ZXR10 G series main control board(2)

T40G Main Control Panel RS-T40G-MCSRemark: Current main control board is able to complete control and switch function, service access function might be introduced based upon the successive market requirement.

T40G-EI Main Control Panel RS-T40G-MC



Hardware Instruction II -- Boards and Sub-card instruction 4ZXR10 G series FE Line-card

FE line card is the early one on G series switches, supported by V2.8.01 version.

FE line card classified into several types according to interface type: RS-XG-44FE4GE-RJ45(electric interface card), RS-XG-44FE4GE-SFP(optical interface card)，the first 44 interfaces are FE interfaces and the last 4 ones are GE interfaces.

FE line card can be transformed to enhanced board by adding a NP sub-card：RS-XG-M-44FE4GE-RJ45 and RS-XG-M-44FE4GE-SFP.

Electric interface of FE line card is auto-adaptive.

RS-XG-44FE4GE-RJ45 & RS-XG-M-44FE4GE-RJ45

RS-XG-44FE4GE-SFP & RS-XG-M-44FE4GE-SFP



Hardware Instruction II – Boards and Sub-card instruction 5ZXR10 G series 12-port GE line card

Early line-card of 12-port GE, supported by V2.8.01 version. 12-port GE line-card is classified into several types in accordance with interface

type: RS-XG-12GE-RJ454SFP (electric interface card), RS-XG-12GE-SFP4RJ45 (optical interface card). Last 4 interfaces on electric board and first 4 interfaces on optical interface card are optical and electrical multiplexing interface.

12-port GE line-card can be transformed into enhanced type by adding NP board: RS-XG-M-12GE-RJ454SFP and RS-XG-M-12GE-SFP4RJ45.

RS-XG-12GE-RJ454SFP & RS-XG-M-12GE-RJ454SFP

RS-XG-12GE-SFP4RJ45 & RS-XG-M-12GE-SPF4SFP4RJ45



Hardware Instruction II – Board and Sub-card instruction 6ZXR10 G Series 24-port GE line card(1)

24-port GE card has various interface types in accordance with the chips in use.

21~24 electric port and optical ports support copper-fiber auto-adaptive, but cannot be applied simultaneously

RS-XG-24GE-RJ454SFP

RS-XG-24GE-SFP4RJ45



Hardware Instruction II -- Board and Sub-card instruction 7ZXR10 G Series 24-port GE line card(2)

RS-XGS1-24GE-RJ

RS-XGS1-24GE-SFP

RS-XGS1-24GE-SFP4RJ

RS-XGS1-24GE-SFP4RJ board provides 24 GE Ethernet optical interfaces and 4 GE Ethernet electrical interfaces. 21~24-port are electrical and optical auto adaptive, but cannot applied simultaneously.



Hardware Instruction II – Board and Sub-card instruction 8ZXR10 G Series 48-port GE line card

RS-XGS1-48GE-RJ

RS-XGS1-48GE-SFP

48-port GE electric and optical interface card, newly added in V2.8.

48GE-SFP interface applied removable SFP optical modules, any port supports several commonly applied transmission distance of GE Ethernet.



Hardware Instruction II -- Board and Sub-card instruction 9ZXR10 G Series 10G line card(1)

10G line cards has several types: 1-port 10G, 2-port 10G, 4-port 10G and 8-port 10G.

The above figures are earliest two types of 10G line-card: RS-XG-1XGE-XEN and RS-XG-2GE-XEN. These two cards can be transformed into enhanced cards by adding NP sub-card: RS-XG-M-1XGE-XEN and RS-XG-M-2GE-XEN. Adopt XENPAK optical module that supports hot-swap, support multiple transmission distance.

RS-XG-1XGE-XEN & RS-XG-M-1GE-XEN

RS-XG-2XGE-XEN & RS-XG-M-2GE-XEN




The above two figures are the boards that added 2-port 10G and 4-port 10G in V2.8. Adopt XFP module that supports hot-swap and support multiple transmission distances. 4XGE-XFP link interface card is unable to work on T40G, T160G that configured with RS-T160G-MCS and T64G configured with RS-T64G-MCS.

RS-XGS1-2XGE-XFP

RS-XGS1-4XGE-XFP




This board has only one chip type, which is being tested.

RS-XG-8XGE-XFP



Hardware Instruction II -- Board and Sub-card instruction 12ZXR10 G Series POS line card

There are only two types of POS boards: 8GE4P3，20GE4P3，appearance of them are the same as 12-port GE optical interface card and 24-port GE optical interface card, different in names only. 9-12 port on 8GE4P3, 20GE4P3 is POS, the other ports are GE port.

Does not support NP sub-card, POS port does not support advanced functions that needs a NP board, GE port here has the same function as GE ports on other boards.

RS-XG-8GE4P3-SFP4RJ45

RS-XG-20GE4P3-SFP4RJ45



Hardware Instruction II -- Board and Sub-card instruction 13ZXR10 G Series 24GE+2*10GE line card

The chip in 24-port GE board has two lines of available HiGi port, which is added two 10G ports.

This type of board is being tested now.

RS-XG-24GE-2XGE-RJ4SFPXFP

RS-XG-24GE-2XGE-SFP4RJXFP



Hardware Instruction II -- Board and Sub-card instruction 14ZXR10 G Series NP sub-card(1)

NP sub-card：now we have two types of Boards, common and enhanced ones. Common boards can be transformed to enhanced ones by adding NP sub-cards.

Enhanced Line-cards support：MPLS VPN , VPLS, VPWS, URPF, VLAN one-to-multiple translation, VLAN-based PVLAN, 64K MAC, policy routing, optimum route matching, IP-based rate-limit, QinQ termination. In addition, the SVLAN configuration with or without NP sub-cards are different.

For one device, configured with one NP sub-card is able to support all listed functions above.

Common line-card/board upgraded to enhanced line-card, notice that line card memory must be 256M and some line cards cannot be upgraded by adding a NP sub-card.



Hardware Instruction II -- Board and Sub-card instruction 15ZXR10 G Series NP sub-card(2)



Hardware Instruction II -- Board and Sub-card instruction16ZXR10 G Series NP sub-card(3)



Hardware Instruction II -- Board and Sub-card instruction 17ZXR10 G Series Commonly Used Boards List 1

Can be transformed into enhanced line card

V2.6.02B；V2.6.02DRS-XG-44FE4GE-SFP44+4-port optical interface card


V2.6.02B；V2.6.02DRS-XG-44FE4GE-RJ45 44+4-port 100M electrical interface card

Can NOT be transformed into enhanced line card

V2.6.02B；V2.6.02DRS-XG-2XGE-XEN2-port 10G interface card


V2.6.02B；V2.6.02DRS-XG-1XGE-XEN1-port 10G interface card


V2.6.02B；V2.6.02DRS-XG-24GE-SFP4RJ45 24-pot 1000M optical Interface card.


V2.6.02B；V2.6.02DRS-XG-24GERJ454SFP 24-port 1000M electrical interface card


V2.6.02B；V2.6.02DRS-XG-12GE-SFP4RJ45 1000M optical Interface card.


V2.6.02B；V2.6.02DRS-XG-12GE-RJ454SFP12-port 1000M electrical Interface card.

Remarks Compatible VersionName



Hardware Instruction II -- Board and Sub-card instruction 18ZXR10 G Series Commonly Used Boards List 2

The last four ports are POS3 interface, the first 8/20 ports are 1000M port that cannot add NP

sub-card.

Version has not released for now

12 ports/24 ports POS card (fiber/copper auto-adaptive)

With NP sub-cardV2.6.02B；V2.6.02DRS-XG-M-44FE4GE-SFP44+4 100M enhanced optical interface card

With NP sub-cardV2.6.02B；V2.6.02DRS-XG-M-44FE4GE-RJ4544+4 100M enhanced electrical interface card

With NP sub-cardV2.6.02D10P02and later versionsRS-XG-M-2XGE-XEN2-port enhanced 10G interface card

With NP sub-cardV2.6.02B；V2.6.02DRS-XG-M-1XGE-XEN1-port enhanced 10G interface card

1. With NP sub-card2. No 24-port enhanced electrical interface card

V2.6.02D10P02 and later versions

RS-XG-M-24GE-SFP4RJ4524-port 1000M enhanced optical

interface card

With NP sub-cardV2.6.02B；V2.6.02DRS-XG-M-12GE-RJ454SFP12-port 1000M enhanced optical interface card

With NP sub-cardV2.6.02B；V2.6.02DRS-XG-M-12GE-RJ454SFP 12-port 1000M enhanced electrical interface card

Remarks Compatible VersionsNames



Hardware Introduction III

-- Power and Fan Module

G series 10G switch redundant power supply moduleG series 10G switch fan chaises



Hardware Introduction III -- Power and Fan Module 1ZXR10 G series Power Module(1)

Back Panel of

AC Power Module

Power supply adopts 2+1 redundancy module, each system can be configured with1~3 AC module, the technicalParameters are as follows: Input voltage: single-phase 220VAC±10% Input current: 5A Frequency: 50±5% Max power: 900W (T40G is 280W) Line-voltage wave distortion factor<5%

T240G/T160G/T64G adopts same power module, including AC and DC:



Hardware Introduction III -- Power and Fan Module 2ZXR10 G series Power Module(2)

Front Panel of Power Module

Back panel of DC Power Module

DC adopts 1+1 redundancy mode, each system configure with Two DC power modules, the technical parameters are as follows: Rating Voltage：-48V Permitted Voltage fluctuation range：-57V~-40V Input current：25A (T40G is 6A) Max power：1200W (T40G is 300W)



Hardware Introduction III -- Power and Fan Module 3ZXR10 G series DC Power module wire connection

“－48V GND” is grounding wire, the theoretic voltage is V, connecting to black cable;

“－48V”is negative terminal, connecting to blue cable. G series DC cable color and wire diameter are the same：

T40G DC Module Front Panel

50mm2BlackGNDCabinet interconnection

Cabinet Interconnection Cable

25mm2Yellow GreenPEConnecting to DC distributor cabinet

Protection Grounding

16mm2Black -48V GNDConnecting to DC distributor Cabinet

-48V power grounding

16mm2Blue -48VDirect DC distributor Cabinet

-48V Power cable



Hardware Introduction III -- Power and Fan Module 4ZXR10 G series DC Power module wire connection

DC Power Wire Connection Chart



Hardware Introduction III -- Power and Fan Module 5ZXR10 G series Fan Module

ZXR10 G series adopts left fan-cooling mode, on the left-hand side, (view from front) several fans inhale internally, the right-hand side is air inlet.

Air-inlet installed dustproof net, which can be removed from chassis back, convenient for maintenance and cleaning.

T240G：8 fans

T160G: 6 fans

T64G : 4 fans

T40G : 3 fans



Course Outline






Course Content

Chapter 2 G series Software Features

Service Feature Instruction

Software Version Instruction



Software Feature I -- Service Feature Instruction 1ZXR10 G Series Service Features(1)

Large capacity of 10G wire-rate switching capability Friendly user interface, convenient for operation Port, VLAN alias and batch operation etc. User configuration compiling, import and export Comprehensive port statistics info Support various L2 Ethernet Protocols Support STP, RSTP and MSTP Protocols Support LACP, static and dynamic aggregation compatible Support basic port VLAN, 802.1Q VLAN, PVLAN, subnet VLAN Support 4K VLAN, SVLAN (QinQ) VLAN embed function Comprehensive QOS function, support 8 levels priority queues, flow classification function etc. Comprehensive hardware ACL function, support various types of ACL, ACL edit and ACL time-range. Full hardware switching, relieve CPU load, with better anti-virus performance




Bandwidth limit based upon different levels of priority queue and ingress and egress of flow (with 64K as unit increment), suitable for telecom carriers Complete routing protocols support, able to support RIP, OSPF, BGP, IS-IS Route load-balance, VRRP and policy routing Ethernet ring protection, based upon EAPS protocol Practical multicast protocol supporting, support IGMP, PIM－SM/DM and DVMRP MAC address filter and binding, MAC address quantity limit, suitable for telecom carriers Link loopback detect to avoid network broadcast storm Support SSH2.0 security management, guarantee NM security Support link auto-cross, avoid wire connection troubles




Support MPLS Switching

Support MPLS L3 VPN

Support VPLS and VPWS

Support HVPLS

Support VPLS and SVLAN (QinQ) applications, able to support L2 VPN.

Support IPv6, integrate to next generation network



Software Feature I -- Service Feature Instruction 4ZXR10 G Series Service Feature List

Support 8 preference queuesPriority queue based upon L2Source and destination flow control based upon L3Source and destination flow control based upon L4Application flow control based upon L4

QoS

Support DHCP Relay DHCP

Support 802.1x、RADIUS Client function Authentication

Able to realize bandwidth control module based upon port, application and flow etc., the control granularity is 8K

Bandwidth control

Support IGMP, PIM-DM/SM, DVMRP, MSDP, MBGP etc.Multicast

L2 support VPLS, VPWS, L3 adopts RFC2547bis protocolsMPLS VPN

RIP1/2, OSPF, BGP, IS-IS routing protocolsIPv6

Routing Protocol Support

IEEE 802.3, IEEE 802.3u, IEEE 802.3z, IEEE 802.3x, IEEE 802.1p etc.STP/MSTP/RSTPIEEE802.1q, max VLAN quantity: 4K, support QinQ

Support L2 Protocols

64K L2 MAC addressMAC Address Table Depth

500K L3 routing infoRouting Table Entries



Software Feature II -- Software versions 1ZXR10 G Series Software Versions(1)

G Series devices adopts same versions;

The version components are platform software + host software;

Platform software version: similar to operating system installed on PC, able to realize routing protocols, OAM functions, hardware interfaces etc. Usually provided with corresponding host software;

Host software version：similar to application software installed on PC, realize upper layer service operations, and corresponding version number is the one usually referred to. Software realizes some specific functions aimed to G series switch directly, such as QinQ function;

Version number instruction: V2.6.02D.12.P05, refer to the sample on the next page.

D version, comparing to A/B versions，support IP qinq termination, tacacs＋，web NM，ZESR，VLAN one-to-multiple translation and IP rate-limit etc. Realize more comprehensive protocol protection function. The earliest version is Version A, but barely seen in the practical networks. Version B is comparatively more, if needs upgrade, should be all changed to Version D;

Later, there will be V2.8.01B, which supports IPV6 and different levels of user priority etc.



Software Feature II -- Software versions 2ZXR10 G Series Software Versions(2)

T160G_01#show version ZXR10 Router Operating System Software, ZTE CorporationZXR10 ROS Version V4.6.02D (1)ZXR10 T160G Software, Version V2.6.02D.12.P05, RELEASE SOFTWARE (2)Copyright (c) 2000-2006 by ZTE CorporationCompiled May 28 2007, 17:38:22 (3)System image files are flash:<//flash/img/zxr10.zar>System uptime is 260 days, 11 hours, 30 minutes

(1)Platform version, V4.6 corresponds to V2.6；platform D version corresponds to software D version, platform B version corresponds to B version; currently, G series switch adopts V2.6.02D series versions, corresponding to platform V4.6.02D version

(2)Software version. Generally, it is the version number that being frequently asked. Usually, refer to as D12P05 for short.

(3)Version compiling time. This time should be consistent if version numbers are the same.



Course Outline






Course Content


Typical Internetworking



Typical Internetworking Application 1ZXR10 G Series MAN Application



Typical Internetworking Application 2ZXR10 G Series Whole Network Application



SummaryUpon completion of this course, you should be able to answer the following questions: How many and what are the G series switches? Do they support redundancy backup? How many slots respectively?

What are the commonly used line cards of G series switches? What is a NP sub-card? What types of features does it support? What types of protocols do G series switch support?

What is the network location of a G series switch?

Date post:	22-Jun-2015
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G Series 10G Routing Switches

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