S6600 Series Data Center/Campus Aggregation Switch

High-Density Port Access

The JX S6600 provides 48 x 10 GE/25 GE interfaces for high-density server access.

The JX S6600 delivers Layer 2/L3 wire-speed forwarding for next-generation high-density, non-blocking server access in data centers.

The JX S6600 supports eight 100G QSFP28 interfaces that can be split into four 10 GE/25 GE interfaces each for flexible networking.

Network Virtualization Technology

The JX S6600 supports 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 S6600 implements redundant control and data planes to eliminate single points of failure and greatly enhance system reliability.

The JX S6600 supports stacking via service ports for in-rack, cross-rack, and long-distance cross-region stacking.

Cross-device link aggregation.

The JX S6600 supports cross-device M-LAG link aggregation across multiple devices, raising link reliability from board level to device level with dual-active uplinks and multiplied effective connection bandwidth.

M-LAG member devices can be upgraded independently while other nodes continue forwarding traffic, achieving zero service interruption.

Suitable for overlay and traditional underlay scenarios with flexible networking.

Rich data center features.

The JX S6600 supports VxLAN for flexible, efficient next-generation data centers with high reliability and scalability.

The JX S6600 supports BGP-EVPN as the VxLAN control plane to simplify VxLAN deployment and improve large Layer 2 network build efficiency.

The JX S6600 supports DCB and RoCE v2 for data center low-latency, lossless networking requirements.

Carrier-grade reliable design.

The JX S6600 delivers high reliability with redundant power and fan modules. All modules support hot swap to maximize reliability and availability.

The JX S6600 supports hardware health visualization with real-time monitoring of key components, system temperature, power modules, and fan modules.

The JX S6600 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 S6600 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 S6600 supports full-port hardware MACsec encryption for hop-by-hop secure data transmission.

The JX S6600 supports Cloudsec encryption to secure VXLAN-based service traffic.

The JX S6600 provides enhanced ACL with large-capacity ingress/egress ACLs.

The JX S6600 supports multi-element binding of user accounts, IP, MAC, VLAN, and port to strengthen campus access control and restrict unauthorized communication.

The JX S6600 supports 802.1X and AAA/RADIUS user authentication with hierarchical user permission management for secure device administration.

The JX S6600 supports hardware CPU protection queues for data/control plane separation to prevent DoS attacks, unauthorized access, and control plane overload.

Rich QoS policies.

JX S6600 Supports Layer 2–4 packet filtering based on source/destination MAC, source/destination IP, TCP/UDP port, protocol type, and VLAN flow classification.

The JX S6600 provides flexible queue scheduling based on ports and queues with SP, WFQ, and SP+WFQ modes. CAR is supported.

The JX S600 supports ingress and egress port mirroring to monitor packets on specified ports by copying them to a monitor port for network analysis and troubleshooting.

The JX S6600 also supports Telemetry for precise traffic monitoring and analysis on gigabit/10 GE high-speed networks.

The JX S6600 supports buffer management for burst traffic, congestion control, and low latency across diverse network scenarios.

Comprehensive IPv6 solution.

The JX S6600 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 S6600 supports CLI, Web, Telnet, and other diverse management and maintenance methods.

The JX S6600 supports SNMP, RMON, and Syslog for daily network diagnostics and maintenance.

The JX S6600 supports Telemetry to collect device data in real time, accurately reflect network status, and quickly locate faults and root causes.

The JX S6600 supports ZTP deployment, obtaining startup files from USB or a file server and loading them automatically for zero on-site configuration and deployment, reducing labor cost and improving deployment efficiency.

The JX S6600 provides comprehensive port status indicators and innovative 100 GE port split indicators showing all sub-port status clearly.

The JX S6600 supports remote locator: the NMS can illuminate the ID indicator of a device under maintenance for accurate identification in complex equipment rooms.

Green Energy Efficiency design.

Strict front-to-rear airflow with fully isolated hot and cold aisles improves cooling efficiency and meets data center design requirements.

Intelligent fan speed control effectively reduces power consumption and noise.

Supports real-time power monitoring and can disable idle optical modules to reduce O&M cost and build green data centers.

Features marked * are limited in current version; stay tuned for updates.

Data center solution

In typical data center networking, S9600 serves as the core/spine switch and S6600 as the TOR/leaf switch, interconnected via 100GE/40GE ports for high-density 100G/40G/25G/10G server access. VxLAN and other protocols build a non-blocking large Layer 2 network for VM mobility and flexible service deployment.

Multi-service campus network

JX S6600 switches with industry-leading high-density wire-speed ports and high-performance stacking are also suited for campus networks. In typical campus deployments, multiple JX S9600 units stack into one virtual core switch, and multiple JX S6600 units stack at aggregation, improving reliability and simplifying management.