The JX S9600 series is a chassis core switch designed by Beijing Jiaxin Technology Co., Ltd. for high-end campus networks. It supports both data center and campus features for cloud-network convergence and virtualized deployment. Available in 3-slot (S9603) and 8-slot (S9608) form factors with ultra-high-density GE/10GE/25GE/40GE/100GE Ethernet ports for data center, metro, campus, or converged deployments.
Network Virtualization Technology
Designed for highly reliable network evolution, the JX S9600 introduces Intelligent Virtualization Technology to virtualize multiple core switches into one logical device for unified operation and management, improving network reliability with millisecond-level link failover to keep critical services running.
The JX S9600 series supports cross-device link aggregation (M-LAG), enabling link aggregation across multiple devices to raise link reliability from board level to device level, deliver dual-active uplinks, and multiply effective network connection bandwidth. M-LAG member devices can be upgraded independently while other nodes continue forwarding traffic, achieving zero service interruption.
Flexible network expansion.
The JX S9600 offers strong scalability with smooth future upgrade to 400G port rates.
The JX S9600 offers ultra-high-density gigabit, 10 GE, and multi-rate ports on a new routing and switching platform for enterprise access, aggregation, and core service delivery.
The JX S9600 supports wireless, voice, video, and data applications with a high-availability, low-latency, full-service integrated network solution for enterprises.
The JX S9600 provides comprehensive Layer 2/3 multicast protocols including PIM SM, PIM DM, PIM SSM, and IGMP Snooping for multi-endpoint HD video surveillance and videoconferencing access.
Carrier-grade reliable design.
The JX S9600 series delivers high reliability with redundant main control, power, and fan modules. All modules support hot swap to maximize system reliability and availability.
The JX S9600 supports hardware health visualization with real-time monitoring of key components, system temperature, power modules, and fan modules.
The JX S9600 supports hardware BFD for VRRP, OSPF, BGP4, IS-IS, IS-ISv6, static routes, and more, providing millisecond-level fast fault detection across protocols.
The JX S9600 supports dual primary/backup operating systems. In production networks, if the primary system fails, the device automatically switches to the backup system for improved stability and reliability.
Comprehensive security protection.
The JX S9600 supports full-port hardware MACsec encryption for hop-by-hop secure data transmission.
The JX S9600 supports Cloudsec encryption to secure VXLAN-based service traffic.
The JX S9600 supports 802.1X and AAA/RADIUS user authentication with hierarchical user permission management for secure device administration.
The JX S9600 supports hardware CPU protection queues for data/control plane separation to prevent DoS attacks, unauthorized access, and control plane overload.
Comprehensive IPv6 solution.
The JX S9600 supports dual IPv4/IPv6 protocol stacks, IPv6 static routing, RIPng, OSPFv3, BGP+, and IS-ISv6, along with rich IPv4-to-IPv6 transition technologies for smooth migration from IPv4 to IPv6, meeting requirements for standalone IPv6 networks and IPv4/IPv6 hybrid networks.
Simple O&M management.
The JX S9600 supports CLI, Web, Telnet, and other diverse management and maintenance methods.
The JX S9600 supports SNMP, RMON, and Syslog for daily network diagnostics and maintenance.
The JX S9600 supports Telemetry to collect device data in real time, accurately reflect network status, and quickly locate faults and root causes.
Green Energy Efficiency design.
The JX S9600 uses strict front-to-rear airflow with no midplane design, low chassis resistance, and data center airflow compliance to avoid cascading heating.
The JX S9600 supports zoned cooling with intelligent fan speed control to reduce overall power consumption.
JX S9600 optical interface cards use a PHY-less design to reduce optical port power consumption. Electrical interface cards support IEEE 802.3az Energy-Efficient Ethernet with low-power idle mode and fast transitions between active and low-power states for low traffic and low power.
项 目 | S9603 | S9608 | |
Switching capacity | 68.2/307.2Tbps | 1904/5752Tbps | |
Packet forwarding rate | 75200Mpps | 460800Mpps | |
Supervisor slot count | 2 | 2 | |
Switching fabric slot count | N/A | 6 | |
Service blade slot count | 3 | 8 | |
Fan slot count | 3 | 3 | |
Power module slot count | 4 | 8 | |
Maximum system power delivery | 4 x 3000 W power modules configured: 12,000 W (system and PoE combined) | 4 x 3000 W power modules (system): 12,000 W 4 x 3000 W power modules (PoE): 12,000 W | |
Supervisor redundancy | Hot standby (1:1) mode | Hot standby (1:1) mode | |
Power redundancy | System and PoE power shared, supporting N+0, N+1, N+N modes | System and PoE power independent, each supporting N+0, N+1, N+N modes | |
Fan redundancy | Fan modules support hot backup; system continues short-term operation on single fan failure — replace failed module promptly | ||
Rated input voltage | DC input: -48 V DC/-60 V DC AC input: 110/220 V AC, 50/60 Hz | ||
Maximum input voltage | DC input: -38.4 to -72 V DC AC input: 90–290 V AC, 45–65 Hz; 176–264 V AC full-load 3000 W; 176–90 V AC derates linearly from 3000 W to 1200 W | ||
工作环境温度 | 0℃～45℃（0m～1800m海拔），1800m～5000m，海拔每升高220m最高工作温度降低1°C | ||
工作环境相对湿度 | 相对湿度：5%～95%（无凝露） | ||
Cooling method | Front intake, rear exhaust; zoned cooling, intelligent speed control | ||
Dimensions mm (W×D×H) | 444 x 460 x 280.9（7U） | 444 x 640 x 597（14U） | |
Layer 2 features | Supports automatic MAC address learning and aging | ||
Supports static, dynamic, and blackhole MAC | |||
支持源MAC address filtering | |||
Supports MAC learning limit per port and VLAN | |||
Supports VLAN based on MAC/protocol/IP subnet/port | |||
Supports Access, Trunk, and Hybrid modes | |||
Supports basic QinQ and selective QinQ | |||
Supports VLAN mapping (1:1/N:1) | |||
Supports LLDP | |||
支持MVRP协议 | |||
Routing characteristics | Supports IPv4 dynamic routing protocols including RIP, OSPF, IS-IS, and BGP | ||
Supports ARP Proxy | |||
Supports DHCP Relay | |||
Supports DHCP Server | |||
Supports policy-based routing | |||
Supports routing policy | |||
Supports equal-cost routing | |||
Supports IPv6 dynamic routing protocols including RIPng, OSPFv3, IS-ISv6, and BGP4+ | |||
虚拟化 | |||
VXLAN | Supports VXLAN Layer 2 and Layer 3 gateway | ||
组播 | Supports IGMP v1/v2/v3、IGMP v1/v2/v3 Snooping、MLD Snooping | ||
Supports PIM-DM、PIM-SM、PIM-SSM | |||
Supports fast leave mechanism | |||
Supports multicast policy and multicast QoS | |||
Supports multicast VLAN | |||
QoS/ACL | Supports Ingress/Egress ACL | ||
支持优先级映射，每端口支持8个队列 | |||
Supports combined flow classification based on Layer 2 protocol header, Layer 3/4 protocols, 802.1p priority, and more | |||
Supports ACL, CAR, Remark, Schedule, and other actions | |||
Supports SP, WRR, DRR, SP+WRR, SP+DRR queue scheduling modes | |||
Supports WRED, tail drop, and other congestion control | |||
Supports traffic shaping | |||
Loop protection | Supports STP (IEEE 802.1D), RSTP (IEEE 802.1W), and MSTP (IEEE 802.1S) | ||
Supports BPDU protection, Root protection, and loop protection | |||
Supports ERPS Ethernet ring protection protocol (G.8032) | |||
镜像 | 支持端口镜像 | ||
Supports flow mirroring | |||
可靠性 | Supports M-LAG | ||
Supports cross-chassis E-Trunk stacking* | |||
支持端口聚合，支持跨板链路聚合 | |||
Supports hardware BFD for VRRP/BGP/IS-IS/OSPF/static routes and other protocols for fast fault detection | |||
Supports VRRP | |||
Supports Ethernet OAM (802.1ag and 802.3ah) | |||
Supports VCT | |||
Supports ISSU for in-service software upgrade | |||
Supports hot patch for online patch upgrade | |||
Security features | Supports AAA/Radius | ||
SupportsTACACS+, SupportslocalCertification | |||
Supports 802.1X | |||
SupportsMACCertification | |||
Supports SSHv2，SFTP，HTTPS | |||
Supports cleartext and MD5 authentication for OSPF, RIPv2, and BGPv4 packets | |||
Supports hierarchical CLI protection against unauthorized access with role-based configuration permissions | |||
Supports MACsec encryption* | |||
Supports Cloudsec encryption* | |||
支持基于端口和VLAN的风暴抑制 | |||
Supports whitelist, port security MAC and MAC learning limit | |||
Supports IP Source Guard and defense against DoS, ARP, TCP SYN flood, UDP flood, broadcast storm, and large-traffic attacks | |||
Supports CPU hardware queues for graded scheduling and protection of control-plane protocol packets | |||
Management and maintenance | Supports Console port login | ||
Supports SNMPv1/v2c/v3 | |||
Supports FTP、TFTP | |||
Supports gRPC and Telemetry Stream traffic visualization* | |||
Supports unified user management with group/domain/time authorization | |||
支持System log、分级告警 | |||
Supports RMON | |||
Supports dual system | |||
Supports ZTP provisioning from USB or file server for zero on-site configuration and deployment | |||
支持设备在线状态监测机制，实现对包括关键元器件、系统温度、电源模块、风扇模块等进行检测 | |||
PoE feature* | Supports forced power mode for non-standard PDs | ||
Supports intelligent PoE management including smart PD power, smart power budget, and smart PoE security | |||
Supports Fast PoE for second-level PD power-up without waiting for switch boot completion | |||
Supports uninterrupted PoE so PD devices remain powered during switch hot restart | |||
Features marked * are limited in current version; stay tuned for updates.
Data center solution
The S9600 core switch supports high-density 10GE Layer 3 wire-speed line cards for data center core performance, with ISF stacking, M-LAG, and other virtualization for large-scale deployment.
Multi-service campus network
The S9600 core switch supports rich gigabit, 10GE, and multi-rate line cards with powerful PoE, serving as a multi-service campus core. Paired with access switches, it delivers high-bandwidth access and power for APs, helping enterprises build reliable, high-density, energy-efficient campus networks.
Chassis unit | |
S9603 | S9603 chassis |
S9608 | S9608 chassis |
Supervisor unit | |
S9000CM-MCUA | S9600 main control processing unit |
Switching processing unit | |
S9000SM-SFUA | S9600 switching fabric board |
Service processing unit | |
S9000BM-48K4C-A | 48-port 25G Ethernet optical interface (SFP28) + 4-port 100G Ethernet optical interface (QSFP28) |
S9000BM-48T4X-A | 48-port Gigabit Ethernet electrical interface (RJ45) + 4-port 10 Gigabit Ethernet optical interface (SFP+) |
S9000BM-32S16X-A | 16-port 10 Gigabit Ethernet optical interface (SFP+) + 32-port Gigabit Ethernet optical interface (SFP) |
S9000BM-24X-A | 24端口万兆以太网光接口(SFP+) |
S9000BM-16C-A | 16-port 100G Ethernet optical interface (QSFP28) |
Power supply unit | |
S9000-RPA2301-220S54A | S9600 universal AC power module, 3000 W |
Fan unit | |
S9000-FANS387A | S9608 universal fan unit |
S9000-FANS388 | S9603 universal fan unit |
Phone: 400-179-1180
Email: jxhelp@bjjx.cc
Website: www.jiaxinnet.com.cn
Address: Room 728, 7F, Danling SOHO, Danling Street, Haidian District, Beijing
Copyright © Beijing Jiaxin Technology Co., Ltd.. All rights reserved. 京ICP备2021020334号-1
