S7606X-2Z-SI Two-star in 1U 40G Optical SDVoE Switch, Fixed Power and FANS, Built-in SDVoE API Server Controller

  • Half-width , Two Physical hot-backup in 1U
  • High speed ports, low latency
  • IGMP broadcast
  • Buit-in SDVoE API Server
  • User-friendly GUI
  • Hot-swappable power module and fan module
  • Full L3 features(MPLS, VxLAN, IPran, BGP)

Highlight Features:

  1. QinQ
  2. BGP
  3. OSPF
  4. MLAG
  5. IPv6
  6. VxLAN
  7. MPLS
  8. Layer 3 high-function
  9. SDVoE

Application Scenarios:

  1. Enterprise /Campus Networks
  2. Telecommunication Operators Networks
  3. Pro AV Networks
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Description

S7606X-2Z 40G Optical Datacenter Switch, which is designed on a domestic high-performance Switch Chip, competently meets the requirements of Metro, Enterprise, Data Center, and Hyperconverged infrastructure(HCI) networks.

S7606X-2Z-SI:6x40G QSFP+ ports, 2x100G QSFP28 ports, Fixed Power and Smart Fans, Half-width, support two physical hot-backup in 1U space.

The S7606X-2Z 40G Optical Switch is adopts a unique product design, which can realize physical dual-machine deployment in 1U space and supports rich dual-machine redundant protocols to achieve high reliability of physical TOP and protocols.

Unique cross-switch power redundancy ensures network availability even when a single node power subsystem fails.

The S7606X-2Z-SI is adopts a unique product design, which can realize physical dual-machine deployment in 1U space and supports rich dual-machine redundant protocols to achieve high reliability of physical TOP and protocols.

In default, the S7606X-2Z has 6 40G and 2 100G ports, 8 physical port in total. But, the port type are alterable, which means a 40G or a 100G port can be split into quadruple 10G or 25G links. Whether 40G, 100G, 10G or 25G have a LED indicator in the front panel to clearly display the link status separately.

For easy operation, the S7606X-2Z have four built-in configuration templates to cover requirements for the number of ports/links. These are 6*40G + 2*100G; 24*10G + 2*100G; 24*10G + 8*25G and 32*10G.

S7606X-2Z support for a variety deployment in 1U space. These are single switch deployment、wall-mount deployment and two switch combine deployment which is efficiently space using and good way to achieve hot-backup.

Innovative to Integrate SDVoE API Server

SDVoE (Software Defined Video over Ethernet) technology offers high performance, low latency, and reliability for transmitting 4K/8K or higher resolution images, ensuring an excellent visual experience in medical, enterprise, education and other industries. The built-in SDVoE API Server simplifies network architecture and reduces project costs.

System Design for Green and Energy Saving

Intelligent FAN adjustment and real-time power consumption monitoring technology are provided for the cost of maintenance redundancy and help to build a green and energy saving networks.

 

Customized Profile for Different Deployment Scenarios

The Flexible Table Management (FTM) technology offers multiple table size configuration profiles as optimized choices for different network scenarios.

 

Intelligent Ethernet OAM: completed network fault management and performance guaranty

With the IEEE802.1ag and ITU-T Y.1731 end-to-end OAM, Ethernet service providers can monitor the services, survey the end-to end performance and ensure the service quality match the agreement.

The fault management technique includes CCM, LTM and LBM. Performance targets include measure for latency and jitter.

S7606X-2Z support remote management,network monitoring,network fault indication,remote loopback and MIB parameter retrieval according to the standard 802.3ah EFM.

 

Data Center Features

S7606X-2Z supports leading edge Data Center features: Priority Flow Control (PFC), explicit Congestion Notification (ECN) and Data Center TCP, etc.

Support MLAG (Multi-Chassis Link Aggregation) to aggregate links across different devices. MLAG can build an Active-Active system to improve the reliability of the network links from single board grade to device grade. MLAG use a peer link between to devices to aggregate two devices and make them as one device logically. Ports of two different devices join the aggregate ports together and all port can transmit the data traffic. MLAG need to management the device respectively, but the configurations are easier than stacking, reboot is NOT required after MLAG is configured. Forwarding and configuring are processing on local device, in normal condition the traffic do NOT transmit trough the peer link, the bandwidth of peer link is not the bottleneck of the network and the latency is low.

 

System Design for Green and Energy Saving

Intelligent FAN adjustment and real-time power consumption monitoring technology are provided for the cost of maintenance redundancy and help to build a green and energy saving networks.

 

Customized Profile for Different Deployment Scenarios

The Flexible Table Management (FTM) technology offers multiple table size configuration profiles as optimized choices for different network scenarios.

 

Intelligent Ethernet OAM: completed network fault management and performance guaranty

With the IEEE802.1ag and ITU-T Y.1731 end-to-end OAM, Ethernet service providers can monitor the services, survey the end-to end performance and ensure the service quality match the agreement.

The fault management technique includes CCM, LTM and LBM. Performance targets include measure for latency and jitter.

S7606X-2Z support remote management,network monitoring,network fault indication,remote loopback and MIB parameter retrieval according to the standard 802.3ah EFM.

 

Data Center Features

S7606X-2Z supports leading edge Data Center features: Priority Flow Control (PFC), explicit Congestion Notification (ECN) and Data Center TCP, etc.

Support MLAG (Multi-Chassis Link Aggregation) to aggregate links across different devices. MLAG can build an Active-Active system to improve the reliability of the network links from single board grade to device grade. MLAG use a peer link between to devices to aggregate two devices and make them as one device logically. Ports of two different devices join the aggregate ports together and all port can transmit the data traffic. MLAG need to management the device respectively, but the configurations are easier than stacking, reboot is NOT required after MLAG is configured. Forwarding and configuring are processing on local device, in normal condition the traffic do NOT transmit trough the peer link, the bandwidth of peer link is not the bottleneck of the network and the latency is low.

DATASHEET

Product Name S7606X-2Z-EI
Ethernet Port By default 6*40G QSFP+ , each 40G port can be configured to 4*10G link

By default 2*100G QSFP28 ports, each 100G port can be configured to 4*10G links or 4*25G links

Power Supply 1*350W CRPS Power module
Power Supply 1*Console (RJ45)

1* 1000Base-T(RJ45)

1* USB Store

Fans 1*Hot-pluggable Fan module
Airflow Front-to-Rear
FLASH 8GB EMMC (OS)

4MB SPI Flash(Boot)

Switching Capacity 880Gbps
DRAM 2GB
MAC address 98304
Size 215mm(W)*356mm(D)*44mm(H)
Weight 3.5kg (Includes 1 power weight)
Operating Temperature 0ºC to 45ºC
Storage Temperature -40ºC to 70ºC
Operating Humidity 10% to 90% (Non-condensing)
Storage Humidity 0 to 95%  (Non-condensing)
Temperature Alarm 50ºC

SOFTWARE FEATURES

Software Features
Feature Description EB MS
Type Sub Type Feature
Ethernet basic features Ethernet interface Ethernet interface operating modes(full duplex, half duplex, and auto-negotiation)
Ethernet interface operating rates
Jumbo Frame
port-xconnect
Flow-control Flow-control tx/rx
storm-control Port based storm-control
VLAN based storm-control
Port-block Port-block(know/unknown unicast; know/unknown multicast/broadcast)
Port-isolate L2/L3/All  Port-isolate
Uni-direction isolate
L2 Protocol Tunnel L2 Protocol Tunnel(support CFM/DOT1X/SLOW-PROTO/STP
Forward mode Store-and-forward
Cut-through
VLAN VLAN Access mode Access/Trunk
Default VLAN
VLAN Classification VLAN Classification(port based/mac based/IP based/protocol based)
QinQ Basic QinQ
Selective QinQ
VLAN Mapping(1:1 VLAN Translation)
VLAN Statistics VLAN Statistics
Private VLAN Private VLAN
Voice VLAN Voice VLAN
Guest VLAN Guest VLAN
MAC MAC Address Table Automatic learning and aging of MAC addresses
Hardware Learning
Static and dynamic  MAC address entries
Blackhole MAC
MAC Flapping detect MAC Flapping detect
Port Bridge Port Bridge
LAG Link aggregation Static-LAG & LACP
LAG load balance(SLB)
LAG load balance(DLB)
LAG load balance(RR)
LAG Self-healing
Link aggregation weighting
Ethernet Ring protection features xSTP STP Spanning-Tree Protocol
RSTP Rapid Spanning-Tree Protocol
MSTP Multi-instance Spanning-Tree Protocol
Spanning-Tree Protocol Protection BPDU Filter/Guard
Root Guard
Loop Guard
Anti TC-BPDU attack
ERPS ERPS Single ERPS ring
tangent ERPS rings
intersecting ERPS rings
compatible with RRPP
Loop back Detect Loop back Detect Loop back detection
Layer2 Multicast Layer2 Multicast IGMP Snooping IGMPv1/v2/v3 Snooping
Fast leave
Static IGMP snooping group
MVR MVR(Multicast VLAN Registration)
IPv4 Forwarding ARP ARP Static and dynamic ARP entries
Aging of ARP entries
Gratuitous ARP
ARP proxy basic ARP-Proxy
local ARP-Proxy
IPv4 Unicast Routing IPv4 Static Routes IPv4 Static Routes
Black hole Routes
co-work with IP SLA
VRF(Virtual Routing and Forwarding)
uRPF check
RIP RIPv1/v2
OSPFv2 OSPFv2
IS-IS IS-IS
BGP IBGP
EBGP
Route policy Route-map
IPv4 prefix-list
PBR PBR(Policy-based Routing)
ICMP ICMP redirect
ICMP unreachable
ECMP ECMP(SLB)
ECMP(DLB)
ECMP(RR)
ECMP Self-healing
IPv4 Multicast Routing IGMP IGMPv1/v2/v3
IGMP-Proxy
IGMP SSM Mapping
PIM PIM-SM
PIM-DM
IPv6 Basic Protocol ICMPv6 ICMPv6
IPv6 Forwarding NDP NDP
IPv6 Unicast Routing IPv6 Static Routes IPv6 Static Routes
RIPng RIPng
OSPFv3 OSPFv3
IS-IS IS-IS
IPv6 Multicast Routing MLD v1/v2 MLD v1/v2
MLD v1/v2 Snooping MLD v1/v2 Snooping
MVR6 MVR6
PIM-SM v6 PIM-SM v6
IP Tunnel IPv6 over IPv4 Tunnel IPv6 over IPv4 Tunnel
6to4 Tunnel 6to4 Tunnel
ISATAP Tunnel ISATAP Tunnel
IPv6 Service DHCPv6 DHCPv6 Relay
DHCPv6 Snooping
IPv6 Prefix List IPv6 Prefix-list
Device reliability features BFD BFD BFD for Static route
BFD for OSPFv2
BFD for VRRP/Track
BFD for PBR
VRRP VRRP VRRP
Track for VRRP
Smart Link Smart Link multi-instance
load balance
Multi-Link
Monitor-link
MLAG MLAG MLAG basic
MLAG orphan Port
ethernet OAM EFM EFM (802.3ah) Auto detection
Network fault detection
Network fault handle
remote loop back
CFM CFM (802.1ag) Hardware CCM detect
MAC Ping
MAC Trace
Y.1731 Y.1731 Latency and Jitter measure
PoE features PoE System Power management Power supply on-spot detection
Power supply capability detection
Power capability auto configuration (PSE)
Power Supply Management Legacy PD detection
PD max power management
PD priority management
Power Supply Task Plan management(Not ready)
PD Mandatory power supply
operations management PSE log
PSE Chipset temperature inquire
PSE firmware update
QoS features QoS Traffic classification Traffic classification based on COS/DSCP (simple classification)
Traffic classification based on ACL ( complex classification)
Traffic classification based on inner header of the tunnel packets
Traffic behaviors Queue scheduling
Remark the priority fields(COS/DSCP) of the packet based on ACL
Remark the priority fields(COS/DSCP) of the packet based on Table Map
Flow redirection
Flow mirror
Traffic policing Traffic policing based on direction(in/out)  of Port
Traffic policing based on direction(in/out) of VLAN
Traffic policing based on direction(in/out) of flow
Traffic policing based on direction(in/out) of aggregated flow
Traffic shaping Queue based traffic shaping
Port based traffic shaping
Congestion management SP(Strict Priority)scheduling
WDRR(Weighted Deficit Round Robin)scheduling
SP + WDRR mixed scheduling
Congestion avoidance TD(Tail Drop)
WRED(Weighted Random Early Detection)
Traffic statistics Packet counts and bytes statistics based on traffic classification
Packet counts and bytes statistics based on the color after traffic policing
Forwarded and discarded packet counts and bytes statistics
ECN (Explicit congestion ECN tags based on Tail Drop
notification) ECN tags based on WRED
Data Center VARP Virtual gateway VARP(Virtual-ARP)
VARP subnet
Tunnel VxLAN Manual configure VxLAN tunnel
VxLAN distributed gateway
VxLAN active-active access
Interconnect across Data Centers based on VxLAN
Edit DSCP in VxLan outer header
BGP EVPN
Support to enable/disable overlay split horizon per-VNI
GRE Tunnel GRE Tunnel
NVGRE Tunnel NVGRE Tunnel
GENEVE Tunnel GENEVE Tunnel
DCB DCBX LLDP support DCBX TLV
PFC PFC
Security and management System Security SSH SSHv1/v2
RSA Key generation
RADIUS RADIUS
TACAS+ TACAS+
AAA Authentication
Authorization
Accounting
Dot1x Port based dot1x
MAC based dot1x
Guest VLAN
ACL MAC/IP ACL
Basic Mode ACL
Port-group ACL
VLAN-group ACL
IPv6 ACL
ACL UDF
Time Range
ARP Inspection ARP Inspection
IP Source Guard IP Source Guard
Port Security Limitation on MAC address learning on interface
VLAN Security Limitation on MAC address learning on VLAN
Control Plane Policy (COPP) Black list/wihte list
Rate limit
CPU Traffic Limit CPU Traffic Limit
Prevent DDOS attack Prevent DDOS attack (ICMP Flood/Smurf/Fraggle/LAND/SYN Flood)
Login filter Telnet/SSH ACL filtering
Telnet/SSH IPv6 ACL filtering
MAC Security MacSec(802.1AE)
Link-Flapping detection Link-Flapping detection
DHCP DHCP Server
Network Management DHCP Relay
DHCP Snooping
DHCP Client
DHCP Option82
DHCP Option252
RMON RMON
sFlow sFlow v4/v5
IP SLA IP SLA
IPFIX IPFIX
EFD Elephant Flow Detection
NTP NTP(Network Time Protocol)
PTP(IEEE 1588) TC(Support P2P/E2E、Ethernet/Udp Transport)
BC/OC(Support OneStep/TwoStep、Request-response/Peer-delay Ethernet/Udp Transport)
Err-disable Err-disable detection and recovery
DNS Static DNS Client
LLDP LLDP
Terminal Services Command Line Interface Configurations through CLI (Command Line Interface)
Help information Banner configuration
Help information in English
Terminal service Vty Terminal service
Console Terminal service
Management interface In-band management interface and configuration
Out-band management interface and configuration
Configuration and maintenance Configuration Management SNMP Network management based on SNMPv1/v2c/v3
Public and private MIB
Public and private Trap
WEB Configuration and management based on WEB UI
RPC-API Configuration and management based on RPC-API
Smart Config Smart Config(Automatically configuration when system start)
system profile configuration change the system specifications by choose different STM Profiles
Restore factory default configuration Restore factory default configuration
File System File system File system(support directory and file management)
Upload and download Upload and download files through FTP or TFTP
Upload and download files through Xmodem
Debugging And Maintenance Debug per-module Debug features
ICMP Debug
BHM Software process monitor: BHM(Beat Heart Monitor)
Hardware Watch Dog
Log & alarm CPU usage display and  alarm
Memory  usage display and  alarm
Device temperature, PSU, FAN, status display and alarm
User operation logs
Management of logs, alarms, and debugging information
VCT VCT(Virtual Cable Test)
system diagnostics Detailed Diagnostic-information collection
Reboot Manual reboot
Schedule Reboot
Reboot Information logging
network diagnostics Ping
IPv6 Ping
Trace route
mirror Port mirror
Flow mirror
Remote mirror
Multi-destination mirror(m:n)
Use CPU as mirror source
Use CPU as mirror destination and analyze packet
ERSPAN
CPU statistics To CPU/From CPU packets statistics
L2 Ping layer2 network connectivity detection – L2Ping (MAC Ping/Trace)
UDLD UDLD(Unidirectional Link Detection)
unidirectional unidirectional forwarding of the fiber
Loop back port loop back
hardware loop back(internal/external)
System time Time configuration
Timezone
Software System software upgrate Update via TFTP
upgrate Uboot upgrate Uboot upgrate