Overview

TR-S5856

S5856

TR-S5856 series data center switch is a new generation data center Ethernet switching product with high performance, flexible service and rich features, which is developed for the next generation data centers by adopting the new generation of high-end switching chips and other core key devices. This series of products is green and energy-saving, saves space, meets the requirements of high-performance forwarding, can respond to the challenges of upgrading the 25G-100G networking scheme for industry data centers, and can meet the requirements of the next-generation data centers for the deployment of SDN, virtualization, cloud computing, big data, and artificial intelligence.

TR-S5856 series provides a full range of safe, controllable, stable and reliable high-performance switching services from chip to hardware to software for financial, party and government, carrier, energy, transportation, education, medical and other industries.

TR-S5856 series switch is new-generation GE/10GE/25G/40G/100GE green and energy-saving Ethernet switches, providing flexible GE/10GE/25G access interfaces and 10GE/25G/40GE/100GE uplink interface. The switch is based on high-performance hardware platforms and the new-generation switching.

Specification

Product TR-S5856
Interfaces 48xGE/10GE/25GSFP28interfaces
8x40G/100GQSFP28interfaces
Management interface 1USBConsoleinterface,1SNMPout-of-bandinterface
Switching capacity 4000Gbps
Packet forwarding rate 2976Mpps
Flash 8G
RAM 4G
MAC address table 224K
Jumbo Frame 12K
Buffer Size 36MB
Routing table IPv4 294K
IPv6 94K
ARP table IPv4 56K
IPv6 56K
Total SVI 4K
Total output BTU(1000BTU/H=293W) 294
Noise@25°C(dBA) ≤76dBA
FAN 5
MTBF(H) ＞200,000
Dimensions(mm)(W×D×H) 442x420x44
Weight(KG) 9.06
Power supply AC/AC,AC/DC,DC/DC, option
Input voltage AC:220V;rated voltage range:100–240V;50–60Hz
DC:-48V;rated voltage range: -36to -72V
Maximum power consumption 150W
Environment requirements Operating temperature:-10to50ºC
Relativehumidity:10%–90%(non-condensing)
Energy-saving and environmental

Protection

 IEEE802.3azEthernetEEEenergy-savingSmartfan
 

MAC

 Static, dynamic, and blackholeMACaddresses
MAC address flapping management
Port security MAC and MAC address limit
 

 

VLAN

 4K VLANs
VLAN based on MAC/protocol/IP subnet/interface
QinQ
Flexible QinQ
VLAN mapping(1:1/N:1)
GVRP
 

VXLAN

 VxLAN gateway,VxLANLayer2switching,VxLANrouting

switching
MP-BGPEVPNVXLAN centralized as well as distributed control
Planes
IPv4OverIPv4,IPv6OverIPv4,IPv6OverIPv6features
Automatic establishment of VXLAN tunnels via EVPN, Automatic

Association of VXLAN tunnels and VNIsthrough EVPN
Security isolation based on IP addresses of overlay network

servers, etc
IGMPV1/V2/V3,IGMPV1/V2/V3Snooping,IGMPSnooping

Proxy
PIM6-SM,PIM6-SSM
MLDV1/V2,MLDV1/V2Snooping
Eachinterfacesupports8queuesandprioritymapping
Traffic classification and traffic policy
SP,WRR,DRR,SP+WRR,andSP+DRRqueueschedulingmodes
Congestion control WRED
Interface/queue shaping
ERPS(ITU-TG.8032)
STP/RSTP/MSTPands panning tree protection functions:BPDU Guard,rootGuard,loopprotection,TCprotection/suppression
LoopDetectionProtection(LBD)
Interfacebackupandinterfaceisolation
L2CP
End-to-endCFM(IEEE802.1ag)/ITU-TY.1731
Interfaceloopback
VRRPv2/VRRPv3
MADforstacking
BFD/Linktraceforstaticroute
Link-statetracking
ECMPandpolicy routing
RIP,OSPF,ISIS,BGPIPv4routing
RIPng,OSPFv3,ISISv6,BGP4+IPv6routing
Loadbalancing
GR
LSPPing
LSP traceroute
MPLS/BGPVPN(L3 VPN)
MPLSVPNcrossthedomainA,B
DSCPinIPpacketmappinginMPLSEXP
DiffServLSRs forwarding
DiffServ Tunnel
E-LSP
MPLSTE redundancy
Guest VLAN and Voice VLAN
Interface-based and VLAN-based storm control
The white list, port security MAC, and MAC address limit
IPattackpreventsandARPattackprevention:IPv4/v6Source Guard and IPv6 prefix Snooping*; DAI and ND Snooping
SSHv2.0,SFTP,andHTTPS
CPU protection
802.1XRADIUS
DOS protection
ICMP protection
DHCPv4/v6 Snooping.
DHCPv4/v6Relay.
DHCPv4/v6Server.
DHCPv4 option 61,option 82,DHCPv6,Option18,option37
IPv6Ping,IPv6Tracert,IPv6Telnet,IPv6SSH,IPV6
FTP/TFTP/SFTP
IPv6 SNMP and IPv6 network management for the
IPV6 RADIUS,IPV6 TACACS+,IPV6 NTP and SNTP
DHCP v6 Client/Server/Snooping/Delay/Option18/Option37
IPv6 Source Guard and IPv6 prefix Snooping*;
ND Snooping
IPv6 Path MTU
VRRPv3
Group table
Hierarchical binding technology (Open Stack standard)
Cloud-network integration docking
Multi-Controller
SNMPv1/v2c/v3,Webnetworkmanagement
Telnet,andSSHv2.0
LLDP/LLDPMED
Local and remote port mirroring. Support traffic
Mirroring
System logs and hierarchical alarms
Power Dying Gasp
RMON
Optical module DDM
Virtual Cable Test(VCT)and UDLD
Clock management, SNTP, NTP
IPv4/v6 ZTP
Dual systems
Buffer management
CPU/Memory/Flash monitoring
Hardware monitoring(temperature/power/fan)

Product Order Information

Item Description
TR-S5856 1 console port,1out-band port,48xGE/10GE/25GSFP28 ports, 8x40G/100GQSFP28 ports,2 power slots with 220VAC power

supply;1U,19-inchrack-mounted installation)

Features

Meets Next-Generation 25G-100G Networking Requirements

TR-S5856 series data center TOR switch meets high-performance, high-density, low-latency 10G/25G data center access requirements, provides high-performance 100G uplink ports, and supports up to 48 25G access and 8 100G uplink ports for data center network. It meets the demand for high-speed interconnection in data centers, eliminates bandwidth bottlenecks, and meets the demand for network upgrades in the next 3~5 years.

Supports RoCE and build send-to-end zero-jitter delay network

TR-S5856 series data center TOR switch supports lossless Ethernet DCB (Data Center Bridging) technology, which solves the problem of traditional Ethernet congestion and packet loss, and provides a lossless network environment with zero packet loss, low latency, and high throughput to meet the RoCEv2 high- performance application requirements. RoCEv2 high-performance applications.

Based on ECN, which is a congestion control technology, the total amount of data entering the network is controlledthroughETStwo-levelschedulingtoavoidnetworkcongestion.TogetherwithRoCEnetworkcard to support end-to-end RoCE, it improves data transmission throughput, reduces network delay, lowers CPU load, and builds an end-to-end lossless Ethernet network with zero jitter delay, which is able to meet the requirements of data centers for the deployment of cloud computing, big data, AI, supercomputing, and so on.

Rich Data Center Features

TR-S5856 series supports ZTP protocol, it can automatically upgrade the version from the file server and automatically load the configuration file, so that the device can realize automatic opening, reduce manpower and improve deployment efficiency. Support hot patch upgrade and stacking support ISSU upgrade, fully data center on the need for highly reliable equipment.

TR-S5856 series supports cross-equipment link aggregation MLAG, realize inter-device link aggregation, provide rich networking model, support VLAN/VXLAN dual-quadrant access, MLAG equipment can realize uninterrupted service upgrades, and the upgrade process is not perceived by the user. MAC-in-UDP technology is adopted to encapsulate the data messages sent by VMs in UDP messages, which are transmitted in the underlay network, and then decapsulate VXLAN after reaching the destination VTEP to forward the inner layer data to VMs, which can effectively solve the problems of large Layer 2 network of dual-active data centers as well as the migration of VMs across geographical regions

DatasheetUsermanualFirmware
File-Name Download
S5856 Hardware Installation Manual.pdf Download
File-Name Download
Firmware Download

TR-S5700-P-Series