Quidway S8500 Series Core Routing Switch

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Quidway S8500 Routing Switch Introduction
HSE Certificate Test Training Materials-Quidway
S8500 Routing Switch
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Agenda

• Networking Trend
• Quidway S8500 Introduction
• Quidway S8500 Features
• Competition Analysis

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Changes in technology
Services oriented and integration
E-service network provides high performance and
increase productivity
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Convergence network

• Convergence network
• Video, Voice and data have converged into one
  network
• QoS guaranteed

Voice

Video

Data
QoS-Quality of Service

5
Innovation in Desktop

• Desktop innovation
• With the help of GE standard (802.3z/ab), more
  and more desktop PC and devices are equipped with
  GE chipset.
• Benefits of GE in quicker response time
• Files transfer
• Playing IPTV directly from server

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Innovation in core

• Core innovation
• With the emergence of GE desktop solution, higher
  performance and more reliable device is needed in
  core
• 10GE technology is a trend for Core device in
  Enterprise

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IPv4 to IPv6 Transition
IPv6 network Abundant IP address resources
Diverse access applications
Providing more secure and
more reliable network operations
IPv4 network IP address resources exhausting
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IP communications importance

• Reduce the TCO (Total cost of Ownership)
• increase the ROI (Return On Investment)
• Increase the staffs productivity
• Advanced IP services
• Offer more secure and reliable network

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Next generation core switch
Scalability/performance Easy to upgrade and meet
future performance requirements
Availability/Resilience Fault tolerance for all
aspects of the network and equipment
Secure Connectivity Protection against outside
and inside threats
Application Awareness Support key applications,
such as ERP CAD
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Agenda

• Networking Trend
• Quidway S8500 Introduction
• Quidway S8500 Features
• Competition Analysis

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Quidway SwitchesComprehensive Portfolio?
Core Modular Chassis
Deployment Focus

• Distributed MPLS L3VLL VPN
• VPLS processing
• IPv6 hardware ready
• Highest availability high 10/100/1000/10G
  density
• Abundant service modules
• Wire-speed 10GE aggregation

• Core of middle-size MAN
• Aggregation of large-size MAN
• Core of Enterprise
• Data center access/core service
• High performance wiring closet

S8500 Core Routing switch
Mid-range Modular Chassis
Deployment Focus

• MAN edge
• Core of SME
• Aggregation of large enterprise
• Medium wiring closet
• Data center access/core

• Resilient L3 routing Intelligent L4 services
• High switching capacity
• GEPON
• Highest density 10/100/1000
• 10GE aggregation

10G Switch
S6500 modular chassis switch
Advanced GE fixed configuration
Deployment Focus

• Resilient L3 routing Intelligent L4 services
• High switching capacity
• Medium density 10/100/1000
• Resilient stacking
• 10GE uplinks

• Core of small-size Enterprise
• aggregation of middle and large size Enterprise
• wiring closet
• Data center

S5600 Intelligent Switch
Optimized GE configuration
Deployment Focus

• Wire-speed L2 switching and L2L4 traffic
  classification
• GE10GE uplink
• Advanced QoS policies
• Stacking

• aggregation of Enterprise
• Server farm
• Data centre
• Wiring closet

S5100 Gigabit Switch
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Quidway SwitchesComprehensive Portfolio?
Optimized fixed configuration
Deployment Focus

• Wire-speed L3 switching and L4L7 traffic
  classification
• 10/100 4 x GE uplinks
• High reliability
• Advanced QoS policies

• MAN edge
• Core of small Enterprise
• aggregation of middle-size Enterprise
• Wiring closet

S3500 L2/3 Switch
L2/L3 Switch
Optimized fixed configuration
Deployment Focus

• Wire-speed L3 switching and resilient L3/L4
  services
• 10/100 4 x GE uplinks
• Resilient stacking
• Advanced QoS mechanism

• Small wiring closet
• Small branch office
• Small network aggregation
• Desktop/Workgroup switch

S3900 L2/3 Switch
Basic fixed configuration
Deployment Focus

• Small wiring closet
• Small branch office
• Desktop/Workgroup switch

• Wire-speed L2 switching
• Stacking
• Intelligent Service

S3000 Enhanced L2 Switch
L2 Switch
Basic fixed configuration
Deployment Focus

• Desktop/Workgroup switch

• Wire-speed L2 switching
• PoE feature
• Low noise design
• High security

S3100 Enhanced L2 Switch
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S8500 Family Evolution

• S8502
• Small size with 6U height
• lower cost for customers
• targeted at UPE market, mainly deployed at ME
  access layer

Release Time July 30, 2006
Future

• S8508V
• Vertical slot design
• Back-to-front airflow
• ideal for Service Provider environments or for
  enterprise customer environments in which
  front-to-back airflow is preferred

Release Time Q4, 2006
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S8502 introduction
MCU Main Control Unit LPU Line Processing Unit
S8502 slot1/2/3 compatible with all
S8505/08/08V/12 line processing units
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S8508V introduction
S8508V slot 0-3/6-9 compatible with all
S8502/05/08/12 line processing units
MCU II Release time Q4, 2006
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New-Generation Switching Engine
S8505
S8508
Release Time Q4, 2006
S8512
Switching capacity doubled via 2nd switching
engine!
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S8500 Abundant Interface types
XP4CA
Sale after approval will be available in Q4,
2006
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S8500 Abundant WAN interface LPUs

• 1-port 10G POS Interface Card, Class-CA
  supporting L2L3 MPLS VPN
• 4-port 2.5G POS Interface Card. Class-CA
  supporting L2L3 MPLS VPN
• 4-port 155M POS Interface Card including two
  types the standard Class-B card which does not
  support MPLS VPN, and the enhanced Class-CA card
  which supports L2 L3 MPLS VPN

Released Now!

• 2-port 10G RPR Interface Card, Class-CA
  supporting L2L3 MPLS VPN
• 2-port 2.5G RPR Interface Card, Class-CA
  supporting L2L3 MPLS VPN
• 4-port GE RPR Interface Card, Class-D, standard
  interface card
• 2-port 155M ATM 2-port 155M/622M ATM Interface
  card, Class-CA supporting L2L3 MPLS VPN
• 4-port 155M CPOS 4-port 1000M SFP Interface
  Card, Class-CA supporting L2L3 MPLS VPN
• 32-port E1/T1/CE1/CT1 RJ45 4-port 1000M SFP
  Interface Card, Class-CA supporting L2L3 MPLS VPN

Release Time Q4, 2006
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S8500 Abundant IPv6-Ready LPUs
GP24DB

• 48-port 10/100/1000BASE-T RJ45 Interface Card
  (convergence ratio 14, Released Now)
• 48-port 1000BASE-X SFP Interface Card
  (convergence ratio 14, Will be released in the
  future)
• 24-port 10/100/1000BASE-T RJ45 Interface Card
  (Available Now)
• 24-port 1000BASE-X SFP Interface Card with
  standard FIB (128K for enterprise customers)
• 24-port 1000BASE-X SFP Interface Card with
  enhanced FIB (256K for Metro Ethernet
  applications)
• 12-port 1000BASE-X SFP Interface Card
• 1-port 10GE Xenpak Interface Card
• 2-port 10GE XFP Interface Card with standard FIB
  (128K for enterprise customers)
• 2-port 10GE XFP Interface Card with enhanced FIB
  (256K for Metro Ethernet applications)
• 4-port 10GE XFP Interface Card with line speed

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Smooth IPv6 upgrading capability
Software Upgrading
VRP 3.0 for IPv4

• With the whole system supporting IPv6 in
  hardware, the customers could implement IPv6
  Operation only through upgrading the software
  version from VRP3.0 to VRP5.0.
• VRP5.0 Platform is designed for next-generation
  software system, featuring with high performance
  and abundant IPv6 service capabilities.

• Customers investment protected!

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S8500 Abundant Service LPUs
S8500 VPLS service module (Released now)
S8500 NAT service module (Released now)
S8500 Firewall service module w/ 8 1000M SFP
(Available now)
S8500 IPSec service module w/ 8 1000M SFP
(available now)
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S8500 Abundant Service LPUsConti.
S8500 Network Analysis module (Release time Q4,
2006)
All the Service LPUs adopt NP-based
architecture Better performance and more flexible
data flow throughput capability
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S8500 High-Density Port Numbers
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Important concepts for Chassis Switch
QuidwayS8500 series
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How to calculate the key switching index of S8500?
About Backplane Bandwidth 6 pairs of SERDES
between one I/O and one engine. One SERDES
bandwidth is 3.125Gbps. We have two engines (in
load-sharing mode) and double bandwidth of SERDES
is saved for upgrading capacity. So, the
backplane bandwidth of one I/O is 62 2
3.125Gbps2 150Gbps. So, S8512 backplane
bandwidth is 150Gbps12 1.8Tbps, S8508
backplane bandwidth is 150Gbps 8 1.2Tbps,
S8505 backplane bandwidth is 150Gbps 5
750Gbps. About Switching Capacity 6 pairs of
SERDES between one I/O and one engine. One SERDES
bandwidth is 3.125Gbps. 8B/10B coding is used for
hardware coding. So, the switching capacity of
one I/O is 62 2 3.125Gbps0.8 60Gbps(under
full duplex mode). So, S8512 switching capacity
is 60Gbps12 720Gbps, S8508 switching capacity
is 60Gbps 8 480Gbps, S8505 switching capacity
60Gbps 5 300Gbps. About Forwarding Rate The
forwarding rate of 1GE is 1.488Mpps with 64-byte
packet. S8500 supports 24GE interface model at
line rate. So, S8512 forwarding rate is
1.488Mpps 24 12 428Mpps, S8508 forwarding
rate is 1.488Mpps 24 8 285Mpps, S8505
forwarding rate is 1.488Mpps 24 5 178Mpps.
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Switching infrastructure innovation

• Non-blocking
• scalability
• Price
• 256GbpsTerabit

• Easy, cost-effective
• Low speed of read/write memory
• 20Gbps80Gbps

• Bus is embedded in chip
• Switching capacity is not so high
• 32Gbps64Gbps

• Structure is easy
• Switching capacity is limited by bus bandwidth
• Upto 30Gbps

Cross bar
Shared memory
Loop switching
Bus switching
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Quidway S8500 Technical Overview

• Quidway S8500 is designed by Huawei-3com with
  newly XBar architecture, distributed forwarding
  structure as well as the universal VRP platform,
  featuring with high throughput, high density
  interface cards, 10G Ethernet interfaces and
  diverse software features while protecting the
  investments of customers with highly
  expansibility.

S8502
S8505

• New technology, new architecture and customized
  conceptions lead S8500 to a new generation core
  routing switch with high performance, versatility
  and expansibility, which brings a fast forwarding
  capability, a perfect balance between services,
  performance and investment protection to
  customers.

S8508
S8508V
S8512
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Advanced architecture
Control board

• Crossbar Shared Memory NP architecture is
  used in S8500, featuring
• High switching capacity
• Throughput, reliability as well as the
  expansibility
• Diversified service features, such as NAT
• In S8500, Crossbar is used as core switching
  network,with capacity of 720G/1.44T
• Distributed forwarding in interface card, and
  cross interface cards packet forwarding through
  Crossbar

Interface card
Industry cutting edge architecture
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Smooth Upgrading Capability
Upgrading Capability

• It is only needed to upgrade the main control
  engine (by deploying dual Crossbar ) for double
  switching capacity in the near future.
• All interface modules and chassis can be
  compatible with the new engine.
• It is cost-effective for customers and could
  well protect the customers investment.

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Quidway S8500 Key Data
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S8500 Versions
Coming soon
Double XBar SRP2N series main control
cards Switching capacity 1.44T!! S8502
Chassis S8508V Chassis 2.5GE/GE RPR interface
card 4-port 10GE (wire speed) WAN cards ATM,
CPOS, CE1/CT1 Service cards FW, IPSec, NetStream

S8512
S8508V
S8508
S8505
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Agenda

• Networking Trend
• Quidway S8500 Introduction
• Quidway S8500 Features
• Competition Analysis

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S8500 Features scalable performance
Scalable performance

• Performance-guarantee 1.8T backplane
• Industry cutting edge technology- Cross Bar
• Distributed forwarding capability
• Switching capacity 720Gbps/1.44Tbps
• Throughput 428Mpps/857Mpps
• SRP2N will double the performance
• Gigabit and 10 Gigabit connection
• 48 ports copper GE interface cards (high density)
• 48 ports optical GE interface cards (high
  density)
• 4 ports 10GE interface cards
• 4 ports 10GE (wire speed) interface cards
• Dual main control boards
• Working in master-slave mode or load-sharing mode
• Better performance and reliability
• Protecting customers investment

Availability
Application
Security
Interface cards will be available in Q4, 2006
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S8500 Features Availability

• S8500 deploys no single point of failure
  chassis design
• Passive backplane design
• Advanced reliability
• Supporting STP/RSTP/MSTP and VRRP
• Supporting RPR and RRPP
• ECMP (8) and cross cards LACP
• All modules are hot swappable
• Other key components are redundant design
• Dual main control boards
• Offering 11 power supply
• Multiple redundant fans are used, fan failure
  generates an alarm but remaining fans can cool
  the system

Scalable performance
Availability
Application
Security
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High Availability
Interface Card
Interface Card
SRP
SRP

• All modules are hot swappable

Passive Backplane
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S8500 featuresSecurity

• With respect to terminal and user access control,
  the S8500 series support
• Hierarchical user management and password
  protection
• Login user authentication compliant with the IEEE
  802.1x standard
• Both local and RADIUS approaches to
  authentication
• SSH v2.0
• With respect to filtering and authenticating
  Ethernet frames and packets from the upper
  layers, the S8500 series support
• ACL, with which information is filtered at layers
  2 through 4 (such as based on port, by
  source/destination MAC address, by
  source/destination IP address, or by the type of
  upper layer protocol)
• RIPv2/OSPFv2 packet authentication with the clear
  text and MD5 approaches
• Encrypted authentication of SNMPv3

Scalable performance
Availability
Application
Security
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S8500 featuresSecurity-SecBlade security cards

• SecBlade cards provide Firewall card and VPN
  card.
• Inserted into S8500 to improve the security
  features and VPN capabilities.

Scalable performance
Availability
Application
Internet
Security
S8500
DMZ
SecBlade cards will be released in Q4, 2006.
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S8500 featuresApplication ?

• VoIP-ready application
• Switches classify and prioritize VoIP traffic
  across network
• Layer 2/3/4 aware with full Quality of Service
  prioritization
• Wiring closet application
• S8500 series can be used as wiring closet device
• Offering upto 576 10/100/1000BASE-T users access
• User based rate limiting control

Scalable performance
Availability
Application
Security
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S8500 featuresApplication ?

• Video streaming application (Multicast)
• Capable to classify and prioritize Video
  Streaming
• Optimizing video streaming to multiple
  participants on the network (with the help of
  PIM-DM and PIM-SM technology)

Scalable performance
Availability
Application
Availability
Application
S8500
Internet
source
Security
Security
IGMP snooping
S8500
L2
Listener
Listener
PIM-DM/SM Protocol Independent Multicast Dense
Mode/Sparse Mode
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S8500 featuresApplication ?

• PoE (Power over Ethernet) application
• S8500 can be used as wiring closet device to
  offer power over Ethernet to PDs (powered Device)
  like AP and compliant devices.

Scalable performance
Availability
Application
Availability
Application
S8500
PD switch
Security
Security
AP
Power over Ethernet
PD Powered Device
AP Access Point
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S8500 featuresApplication ? -Enterprise
Deployment
Scalable performance
Availability
Application
Security
Network core
10 GE
1 GE
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S8500 featuresApplication ?-NAT

• NAT service card
• Supporting NAT/PAT/NAPT
• Providing NAT blacklist
• Providing NAT security log

Scalable performance
Availability
Application
Availability
Application
Security
Security
NAT
202.10.88.2
S8500
Public address
Private address
10.1.1.20
10.1.1.3
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S8500 featuresApplication ?-MAN-QinQ

• QinQ application for service provider

Scalable performance
VLAN 100

Availability
Application
Availability
Application
VLAN 200

VLAN 20

VLAN 30

VLAN 200
Security
Security
VLAN 30

VLAN 20

Service provider

• Tunnel port for attach or extracting external
  VLAN tag
• Client side single tag, PE side double tags.

VLAN 100
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S8500 featuresApplication ?-MAN-Selected QinQ

• Selected QinQ
• Attach/rewrite external VLAN tag by traffic
  classification, such as VLAN ID, MAC address and
  etc

Scalable performance
MAN
BRAS
Availability
Application
Availability
Application
PE
Each service is assigned with different VLANs
Security
Security
S8500

LSW
S8500
CPE
Flow-based QinQ

Internet
VLAN 20483071
VLAN 10242047
IPTV
VLAN 21023
Selected QinQ feature is only available in
Class D module
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S8500 featuresApplication ?-MAN-RPR

• 10G RPR Interface Card
• 50ms level protection ring
• QoS guarantee

Scalable performance
Availability
Application
Availability
Application
SITE 7
SITE 6
SITE 8
Service
provider
SITE 5
Security
Security
PE
PE
PE
PE
PE
SITE 4
SITE 3
SITE 2
10G RPR Interface cards will be released in Q4,
2006
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S8500 featuresApplication ?-MAN-MPLS VPN

• MAN services-MPLS/BGP L3 VPN
• Enhanced class CA cards support MPLS/BGP
• Class CA 256K routing table VRF 512
• Supporting Enhance-Solo, Multi-Enhance mode and
  Enhance-all mode
• Enhanced-Solo only one enhanced card
• Multi-Enhanced mode enhanced cards with standard
  ones
• Enhanced-All mode all are enhanced cards
• MAN services-MPLS L2 VPN
• VPLS service card for centralized VPLS packet
  processing
• Class CA cards support L2 MPLS VPN
• Supporting Martini and Kompella
• Supporting Enhance-Solo, Multi-Enhance mode and
  Enhance-all mode

Scalable performance
Availability
Application
Security
VPLS-Virtual Private Lan Service
MPLS MultiProtocol Label Switching
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S8500 featuresSummary

• Scalable performance
• Cross bar technology and passive backplane
• Adopting distributed forwarding capability
• Pay as you go to protect customers investment
  upto 10 years
• 10 GE technology
• Availability
• All key components are redundancy-design
• All modules are hot-swappable
• High reliable design with 11 power supply
• Security
• Deploying packet-by-packet forwarding, preventing
  virus attack, such as red-code
• SSHv2.0, HWTACACS
• Firewall/IPSec Service cards
• Application
• Enterprise networking deployment, such as PoE and
  wiring closet application
• WAN, POS (OC-3c, OC-48c, OC-192c), ATM
  (OC-3/12), 10G RPR and 2.5 G RPR.

Scalable performance
Availability
Application
Security
will be released in Q4, 2006
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Agenda

• Networking Trend
• Quidway S8500 Introduction
• Quidway S8500 Features
• Competition Analysis

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Huawei-3Com Vs. Cisco
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Engine compare
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Competition Analysis-System architecture
Catalyst 6500
C6500

• Backplane design with 32G bus, increasing
  possibility of single point of failure
• Sup2 and 256G SFM occupy at least 2 slots in
  chassis, port density is not competitive
• C65 can offer upto 400Mpps throughput only in
  case of Supervisor Engine 720, WS-67xx interface
  card, and DFC3 card
• Sup720 can work with WS-65xx/68xx interface
  modules, but only one 8G or dual 8G channels
  available, utilization of bandwidth is quite low

S8500
Quidway S8500

• Passive backplane design
• Dual SRPUs can work in load sharing or
  active/standby mode according to customers
  requirements
• All interface modules are distributed design,
  which process L2/L3MPLS services
• S8500 adopt packet by packet forwarding, which
  protect system from virus
• Great expansibility, S8500 will release new SRPN
  series main control board (Q4/06) with 2
  Crossbars onboard for each SRPN, switching
  capacity can reach upto 1.44T

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Conclusion

• Scalability (engine and service cards)
• More service cards (content, security, and etc)
• Complicated configuration
• Price

Catalyst 6500

• Protect customers investment
• Easy configuration and use
• Price
• Service cards

Quidway S8500
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Any Questions?