Overview

TR-S9500-Series

TECHROUTES TR-S9500 Series is a new generation high-performance core switch oriented for high-performance computing, data center and high-end campuses. TR-S9500 Series adopts advanced hardware architecture design. TR-S9500 Series supports up to 64Tbps switching capacity, 768 10G ports, 512 40G ports and 128 100G ports. Besides, it is to be configured with 256 100G ports in the future. TR-S9500 Series supports TVSS, TRILL, SDN and FCoE/FC. By cooperating with TR-S5800 Series, TR-S9500 Series can access to 15000+ 10G servers. Developed on the basis of a software platform TECHROUTES with its own independent intellectual property rights, TR-S9500 Series provides high-performance L2/L3/L4 wire speed switching capacity by integrating services such as IPv6, MPLS VPN, network security, flow analysis, virtualization, with high reliable techniques including continuous forwarding, graceful restarting and loop network protection, the work efficiency of TR-S9500 Series and its maximum running time are guaranteed. TR-S9500 Series supports the “GreenTouch” architecture and “Smart@CHIP”. Its power consumption is lower than 200W. TR-S9500 Series has four models: TR-S9506, TR-S9510, TR-S9514 and TR-S9518.

Specification

Item

TR-S9506

TR-S9510

TR-S9514

TR-S9518

Switching capacity

16Tbps

32Tbps

64Tbps

64Tbps

Packet forwarding rate

3840Mpps/7680 Mpps

7680Mpps/15360Mpps

7680Mpps/23040

Mpps

7680Mpps/30720M

pps

Total Number of Slots

10

14

18

22

MCU slots

2

2

2

2

SFU slots

4

4

4

4

Service card slots

4

8

12

16

Data Center Characteristics

TVSS

TRILL/SPB large layer-2 technique

FCoE technique

SDN

MAC Switching Capacity

Static configuration and dynamically learning of MAC address

Check and delete MAC address

Configuring of MAC address aging time

Limit on MAC address learning number

MAC address filtering function

Black-hole MAC items

VLAN

4K VLAN entries

GVRP

1:1 and N:1 VLAN Mapping

Basic QinQ and selective QinQ

Private VLAN

STP

802.1D (STP), 802.1W (RSTP), 802.1S (MSTP)

BPDU protection, root protection and ring protection

Multicast

IGMP v1/v2/v3

IGMP Snooping

IGMP Fast Leave

Multicast group policy and multicast number limit

Multicast traffic cross VLAN duplication

PIM-SM and PIM-DM

IPv4

Static routing, RIP v1/v2, OSPF and BGP

Policy routing.

Load balance through equal-cost routing

Graceful Restart of OSPF and BGP

BFD for OSPF and BGP

IPv6

ICMPv6, DHCPv6, ACLv6, IPv6 Telnet

IPv6 Neighbor Discovery

Support Path MTU Discovery

MLD and MLD Snooping

IPv6 static routing, RIPng, OSPFv3 and BGP4+

Manual tunnel, ISATAP tunnel and 6-to-4 tunnel

MPLS VPN

LDP protocol

MCE

P/PE of MPLS VPN

MPLS Traffic Engineering (TE)

MPLS Operations, Administration, and Maintenance (OAM)

QoS

Traffic classification of each field of L2/L3/L4 protocol headers

CAR traffic control

802.1P/DSCP priority remark

Multiple queuing algorithms such as SP, WRR or SP+WRR

Tail-Drop, WRED

Traffic supervision and traffic shaping

Security features

Identification and filtering of L2/L3/L4 based ACL

Defend against DOS or TCP attacks

Suppression of broadcast, multicast and unknown unicast packet

Port isolation

Port security, IP+MAC+port binding

DHCP Snooping, DHCP Option 82

IEEE 802.1x certification

Radius and Tacacs+

uRPF

Command line authority control based on user levels

Reliability

Dual Master Control Redundancy (except S9503)

Power 1+1 redundancy

Master control, service card hot swap and service automatic recovery

Static LACP link aggregation and cross service card link aggregation

Ring network protection including EAPS

VRRP and HSRP

Ethernet OAM 802.3ah/802.1ag/ITU-Y.1731

GR for OSPF and BGP

BFD for OSPF and BGP

ISSU

Management and  Maintenance

Console, Telnet and SSH

SNMP v1/v2/v3

Upload and download of TFTP files

Features

Advanced Hardware Architecture Design & Industry-Leading Processing capacity

  • TR-S9500 Series adopts the industry leading hardware architecture design. Its control engine and SFUs are detached, which provides continuous broadband upgrade capacity.
  • With high-performance ASIC switch chip and multi-core processor, TR-S9500 Series supports up to 40Tbps switching capacity.
  • TR-S9500 Series supports high-intensity 10G service cards and realizes the wire-speed switching of 3 layers without blocking.
  • TR-S9500 Series supports 768 10G ports, 256 40G ports and 96 100G ports. Besides, it is to be configured with 256 100G ports in the future.
  • A single service card of TR-S9500 Series supports up to 512K MAC address entries and 512K layer-3 routing tables.
  • Rich Data Center Services
  • TVSS (TECHROUTES Virtual Switch System)
  • TR-S9500 Series supports TVSS, which can virtualize multiple physical devices into one in logic. The virtualized system is superior to the independent physical device in performance, reliability, flexibility and management.
  • Doubled Performance: The virtualized system makes the best use of each link in the device and avoids the blocking of STP to the link.
  • High-reliability: Based on the advanced distributed processing technique and the efficient function of cross- physical device link aggregation, TR-S9500 Series provides with non-stop layer-3 routing forwarding and avoids single points of failure.
  • Flexibility: With the function of TR-S9500 virtual cluster service cards, the distance of virtual cluster system can expand to 80KM, breaking the geographic restriction of traditional cluster technique.
  • Easy Management: The whole virtual system realizes single IP unified management and simplifies the management of network device and network topology.
  • Large Layer-2 Network Technique: TR-S9500 Series adopts large layer-2 network technique which supports TRILL/SPB protocol. With the technique, the network structure has become simple and compress, which can access to data center large-scale servers.
  • Unified Architecture: TR-S9500 Series supports FCoE (FC over Ethernet) technique, which solves the problem of discrepancy between LAN network and FC storage network and integrates computing, data and storage networking.
  • SDN: TR-S9500 Series supports SDN (Software Defined Network), which can realize network virtualization and centralized management.
  • Data Center Level High-reliability
  • TR-S9500 Series adopts HPS (Hitless Protection System). The key components of TR-S9500 Series such as the power system and the fan system support redundancy design. All system modules support hot-swap and seamless switching without need of manual intervention.
  • TR-S9500 Series supports redundancy protection mechanism such as STP/RSTP/MSTP protocol, VRRP protocol, ring network protection, dual uplink active/standby link protection and LACP link aggregation.
  • TR-S9500 Series supports ISSU (In-Service Software Upgrade), guaranteeing the user data non-stop forwarding when the system is upgrading.
  • TR-S9500 Series supports BFD and realizes fault detection and service recovery in seconds through linking with layer-2 or layer-3 protocol.
  • TR-S9500 Series has perfect Ethernet OAM, 802.3ah, 802.1ag and ITU-Y.1731 which can real time monitor the network operating state and rapidly detect and locate the malfunction.
  • High Reliability (99.999%): MTTR of TR-S9500 Series is 50ms, meeting the requirement of the carrier-level service.
  • Comprehensive Service
  • TR-S9500 Series Supports complete layer-2 and layer-3 multicast routing protocol and meets the access requirement of IPTV, multi-terminal high-definition video monitoring and high-definition video meeting.
  • TR-S9500 Series supports complete layer-3 routing protocol and a super-large routing table capacity, which make super-large data center network, campus network, enterprise network and industry private networks available.
  • TR-S9500 Series supports complete MPLS VPN of layer-2 and layer-3, which meets the requirement of industry private VPN users and enterprise network VPN users.
  • TR-S9500 Series also provides with value-added services including POE and traffic analysis.
File-Name Download
TR S9500 Hardware Installation Manual.pdf
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01-Configuration Preparation.pdf
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02-Basic Configuration.pdf
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03-Network Management Configuration.pdf
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04-Security Configuration.pdf
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05-Web Configuration.pdf
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06-Interface Configuration.pdf
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07-Interface Range Configuration.pdf
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08-Port Physical Characteristic Configuration.pdf
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09-Port Additional Characteristics Configuration.pdf
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10-Port Mirroring Configuration.pdf
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11-MAC Address Table Configuration.pdf
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12-MAC Access List Configuration.pdf
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13-802.1x Configuration.pdf
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14-VLAN Configuration.pdf
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15-GVRP Configuration.pdf
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16-Private VLAN Settings.pdf
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17-STP Configuration.pdf
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18-STP Optional Characteristic Configuration.pdf
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19-Link Aggregation Configuration.pdf
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20-PDP Configuration.pdf
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21-LLDP Configuration.pdf
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22-EAPS Configuration.pdf
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23-IGMP-Snooping Configuration.pdf
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24-IGMP-proxy Configuration.pdf
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25-DHCP-Snooping Configuration.pdf
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26-Layer 2 Tunnel Protocol Configuration.pdf
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27-QoS Configuration.pdf
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28-DoS Attack Prevention Configuration.pdf
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29-Attack Prevention Configuration.pdf
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30-Network Protocol Configuration.pdf
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31-IP ACL Application Configuration .pdf
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32-Routing protocol Configuration.pdf
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33-IP Hardware Subnet Routing Configuration.pdf
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34-IP-PBR Configuration.pdf
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35-Multi-VRF CE Configuration.pdf
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36-Reliability Configuration.pdf
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37-Multicast Configuration.pdf
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38-IPv6 Configuration.pdf
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39-ND Configuration.pdf
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40-ospfv3v Configuration.pdf
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41-NTP Configuration.pdf
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42-IPv6 ACL Configuration.pdf
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43-Time Range Configuration.pdf
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44-uRPF Configuration.pdf
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