H3C S6550X-HI Series Ethernet Switches
- Classification:aggregation layer switch
- Release time:2025-11-10
- Page views:0
H3C S6550X-HI Series Ethernet Switches
- Classification:aggregation layer switch
- Release time:2025-11-10
- Page views:0

The H3C S6550X-HI series switches are high-bandwidth Ethernet switches independently developed by H3C, offering ultra-large switching capacity, high-density 25GE/40GE/100GE forwarding ports, support for hot-swappable power supplies and fans, and rich Layer 3 features. The H3C S6550X-HI series is positioned as a next-generation core/aggregation high-density, high-bandwidth switch. In enterprise networks, it can serve as an access device providing 100G to desktop applications, or as the core for small and medium-sized enterprises. In metropolitan area networks or industry users, it can provide 10 Gigabit/25G/40G/100G access to end users or aggregate low-end switches, and aggregate to core switches via 100GE fiber or link aggregation, working in conjunction with other H3C products to build high-performance end-to-end IP network solutions.
Features
1、Comware V9
Comware is a network operating system independently developed by H3C for use in network devices. It includes a wealth of network functions and supports a full range of network devices, from campus to data center, and from enterprise to carrier-grade. Comware not only breaks the monopoly of multinational corporations and the open-source community, but also drives the rapid development of the national basic network, and has broad application prospects and important strategic significance.
Based on Comware V7, Comware V9 has upgraded and adjusted its architecture to meet the needs of openness, containerization, programmability, and visualization, so as to better adapt to the current development trend of network operating systems.
Comware V9 has the following advantages:
Using the native Linux kernel, Comware V9's functionality is fully implemented in user space, making it easy to upgrade the kernel version.
It supports containerization, allowing Comware to be released in the form of containers. It also supports deploying containers to run third-party applications on devices running Comware V9, thus enhancing the openness of Comware.
By deepening the modular design concept, the business functions can be made independent of each other, and can be deployed independently or released as standalone software.
The architecture fully considers the needs of virtualized products, achieving a lightweight support architecture that makes the deployment of virtualized products more flexible and faster.
2. VxLAN features
The H3C S6550X-HI series switches support VXLAN (Virtual Extensible LAN). VXLAN encapsulates data packets sent by virtual machines in UDP, using the physical network's IP/MAC address as the outer header before transmission over the physical IP network. Upon arrival at the destination, the tunnel endpoint decapsulates the packets and sends the data to the target virtual machine. This solves the problem of long-distance virtual machine migration between geographically dispersed data centers and supports EVPN mode. The H3C S6550X-HI series switches are compatible with H3C AD-Campus solutions.
3. SmartMC (Intelligent Management Center)
As network scale increases, a large number of access devices are needed at the network edge, making the management of these devices extremely cumbersome. The main purpose of SmartMC is to solve the problem of centralized management of a large number of distributed network devices. It aims to address the maintenance tasks of small businesses primarily using switches. SmartMC achieves unified operation and management of the network through built-in device functionality and a graphical interface.
SmartMC's four business segments simplify the operation and management of small and medium-sized industrial parks:
Intelligent Management:
This mainly includes selecting device roles, configuring the FTP server, global configuration, and configuring the network management port.
Intelligent Operation and Maintenance:
This mainly includes group management, device or group upgrade and backup, monitoring, and device failure replacement.
Visualization:
This mainly includes network topology visualization and management, device list display, etc.
Intelligent Business:
This mainly includes user management: After creating and successfully activating network access users, these users can access the SmartMC network through the one-click armed port.
The H3C S6550X-HI series switches have built-in SmartMC, enabling vertical virtualization and unified management.
4. Multi-service integration
The H3C S6550X-HI series switches are based on H3C's Open Services Architecture (OAA), which not only provides the functions of traditional switches, but also integrates security module cards such as FW, IPS, and load balancer, Eagle Vision scanner cards, and mini-iMC cards, making the S6550X-HI series switches a converged multi-service carrier platform.
The H3C S6550X-HI series switches support high-performance converged AC functionality, enabling the management of a large number of wireless APs, saving users the cost of additional AC equipment, and achieving integrated wired and wireless management.
5. Highly available M-LAG architecture
The H3C S6550X-HI series switches support M-LAG (Multichassis Link Aggregation Group) cross-device link aggregation technology (formerly DRNI technology), which realizes cross-device link aggregation by virtualizing two physical devices into one device at the forwarding layer, maintaining the independence of the control layer and improving device-level reliability.
M-LAG decouples the control plane from the data plane, allowing each node device to be upgraded independently, ensuring zero interruption of user services.
The dual-active access of the device provides device-level redundancy protection and traffic load sharing, while improving system reliability.
Suitable for both overlay and traditional underlay scenarios, offering flexible networking options.
6. Comprehensive security control strategy
The H3C S6550X-HI series switches support AAA and RADIUS authentication, and support dynamic or static binding of user identification elements such as user accounts, IP, MAC, VLAN, and ports. They also support real-time management of online users in conjunction with H3C's iMC platform, enabling timely diagnosis and resolution of illegal network activities.
The H3C S6550X-HI series switches offer enhanced ACL control logic, supporting high-capacity inbound and outbound port ACLs, as well as VLAN-based ACL deployment, simplifying the user configuration process while avoiding the waste of ACL resources.
The H3C S6550X-HI series switches support secure boot, which performs security verification on system components during the boot process to prevent system data and signatures from being forged or tampered with, ensuring the correctness and integrity of system data and achieving secure and reliable device boot.
The H3C S6550X-HI series switches have a built-in TPM chip that supports trusted computing, ensuring that the device software runs as expected and preventing intrusion and tampering.
7. Multiple reliability protections
The H3C S6550X-HI series switches also feature multiple levels of reliability protection at both the device and link levels. They employ overcurrent protection, overvoltage protection, and overheat protection technologies.
Hot-swappable power supplies and fans enhance the hardware reliability of the device. The H3C S6550X-HI series supports modular power supply and fan components; all models' interface boards and power modules are hot-swappable without affecting normal operation. Furthermore, the entire unit supports power supply and fan fault detection and alarms, and can automatically adjust fan speed based on temperature changes.
It supports hardware-level dual boot, using two FLASH chips to store the boot software (system boot program), achieving hardware-level boot redundancy backup and avoiding the switch failing to start due to FLASH chip failure.
Supports ERPS Ethernet Ring Protection Protocol (G.8032). ERPS (Ethernet Ring Protection Switching) is a highly reliable and stable Ethernet ring network link layer technology that can achieve millisecond-level fast protection switching in Ethernet ring networks.
8. Excellent management
The H3C S6550X-HI series switches support a rich set of management interfaces, such as Console, out-of-band network port, and USB port. They support SNMPv1/v2/v3 and the iMC intelligent management center. CLI command line, TELNET, and FTP configuration are supported, along with OAM for easier device management. Furthermore, SSH2.0 and SSL encryption methods enhance management security.
9. Green and energy-saving design
H3C S6550X-HI series switches adopt new energy-saving chips.In addition, innovative architecture design solutions reduce switch power consumption, responding to the strategic call for "carbon peaking and carbon neutrality".
The H3C S6550X-HI series switches meet the EU RoHS standard for environmentally friendly and safe materials.
| property | S10506X-G | S10508X-G | S10512X-G |
| Switching capacity | 1071/3213Tbps | 1904/5752Tbps | 2856/8628Tbps |
| Packet forwarding rate | 345,600Mpps | 460,800Mpps | 921,600Mpps |
| (Packet forwarding capability) | |||
| Main control board slot number | 2 | 2 | 2 |
| Number of slots on the switching board | 4 | 6 | 6 |
| Service board slot number | 6 | 8 | 12 |
| Fan slot number | 2 | 3 | 3 |
| Number of power module slots | 4 | 6 | 8 |
| Hardware architecture | Orthogonal CLOS architecture | ||
| Ethernet features | Supports 802.1Q | ||
| Support LLDP | |||
| Supports static MAC, dynamic MAC, and black hole MAC configuration. | |||
| Support for limiting the number of MAC addresses that can be learned | |||
| Supports port mirroring (SPAN/ERSPAN/RSPAN) and stream mirroring functions. | |||
| Support port aggregation | |||
| Supports 802.1d (STP), 802.1w (RSTP), and 802.1s (MSTP) standards. | |||
| Supports dynamic link aggregation, static port aggregation, and cross-board link aggregation. | |||
| Supports VLANs for MAC/IP subnets/protocols/policies/ports | |||
| Routing features | Supports static routing, RIP, OSPF, IS-IS, BGP4, etc. | ||
| Supports equal-cost routing | |||
| Supports policy-based routing | |||
| Supports routing policies | |||
| Supports both IPv4 and IPv6 protocol stacks | |||
| Supports IPv6 static routing, RIPng, OSPFv3, IS-ISv6, and BGP4+. | |||
| Supports DHCPv6 Relay | |||
| Supports DHCP Relay Agent | |||
| Supports DHCP Snooping | |||
| Supports DHCP OPTION 82 | |||
| Supports DHCP OPTION 43 | |||
| Support VRRPv3 | |||
| Supports Pingv6, Telnetv6, FTPv6, TFTPv6, DNSv6, and ICMPv6. | |||
| Supports IPv4 to IPv6 transition technologies, including: IPv6 manual tunneling, 6to4 tunneling, ISATAP tunneling, and GRE tunneling. | |||
| Supports IPv6 equivalent routing | |||
| Supports IPv6 policy routing | |||
| Supports IPv6 routing policies | |||
| multicast | Supports routing protocols such as PIM-DM, PIM-SM, PIM-SSM, MSDP, MBGP, and Any-RP. | ||
| Support IGMP V1/V2/V3, IGMP V1/V2/V3 Snooping | |||
| Supports PIM6-DM, PIM6-SM, and PIM6-SSM | |||
| 支持MLD V1/V2、MLD V1/V2 Snooping | |||
| Supports multicast policies and multicast QoS | |||
| Supports a mechanism for users to quickly leave. | |||
| Support multicast query | |||
| ACL/QoS | Supports standard and extended ACLs | ||
| Supports Ingress/Egress ACLs | |||
| Supports VLAN ACLs | |||
| Support global ACL | |||
| Supports MAC extended ACL | |||
| Supports Layer 2/Layer 3 port ACLs | |||
| Supports Diff-Serv QoS | |||
| Supports queue scheduling mechanisms such as SP, WRR, WFQ, and PQ. | |||
| Supports congestion avoidance mechanisms such as WRED and tail drop. | |||
| Supports traffic shaping | |||
| Support congestion avoidance | |||
| Supports priority marking (Mark/Remark) | |||
| Supports actions such as CAR and Schedule. | |||
| Supports 802.1p, TOS, DSCP, and EXP priority mapping. | |||
| Supports combined stream classification based on Layer 2 protocol header, Layer 3 protocol, Layer 4 protocol, 802.1p priority, etc. | |||
| Programmable and Automation | Supports Ansible automation technology | ||
| Supports automated network orchestration via Python/NETCONF/TCL/Resful APIs, enabling automated DevOps operations and maintenance. | |||
| Intelligent Lossless Ethernet | Supports PFC, AIECN, and RoCEv2 | ||
| SDN/VXLAN | Supports VXLAN Layer 2 switching | ||
| Supports VXLAN Layer 3 switching | |||
| Supports VXLAN routing and switching | |||
| Supports VXLAN gateway | |||
| Supports VXLAN, BGP, and EVPN features. | |||
| VXLAN distributed control plane supporting IS-IS+ENDP | |||
| Supports the establishment of IPv6 VxLAN tunnels, enabling IPv4/IPv6 packet communication between different VxLANs. | |||
| Supports micro-segmentation | |||
| VXLAN centralized control plane supporting OpenFlow+Netconf | |||
| Supports distributed Anycast gateways and automated deployment of VxLAN Fabric. | |||
| MPLS/VPLS | Supports L3 MPLS VPN | ||
| 支持L2 VPN: VLL (Martini, Kompella) | |||
| Support MCE | |||
| Support MPLS OAM | |||
| Supports VPLS and VLL | |||
| Supports layered VPLS and QinQ+VPLS access. | |||
| Supports P/PE function | |||
| Support LDP protocol | |||
| Virtualization technology | Supports M-LAG cross-device link aggregation technology | ||
| Support for horizontal virtualization IRF2 | |||
| Supports one-to-many technology MDC | |||
| Security Mechanism | Support EAD security solutions | ||
| Supports Portal authentication | |||
| Supports MAC authentication | |||
| Supports IEEE 802.1x and IEEE 802.1x SERVER | |||
| Supports AAA/Radius | |||
| Supports HWTACACS and command-line authentication. | |||
| Supports SSHv1.5/SSHv2 | |||
| Supports ACL flow filtering mechanism | |||
| Supports plaintext and MD5 encrypted authentication of OSPF, RIPv2, and BGPv4 packets. | |||
| The command line supports a tiered protection approach to prevent unauthorized access by different users, providing different configuration permissions for different user levels. | |||
| Supports Telnet login and password mechanisms for restricted IP addresses. | |||
| Supports binding of various combinations of IP address, VLAN ID, MAC address and port. | |||
| Support uRPF | |||
| Supports MACsec and Cloudsec encryption technologies | |||
| Supports primary and secondary data backup mechanism | |||
| Supports OPS (Open Programmable System) | |||
| Supports alarm and self-recovery after failure. | |||
| Support data logs | |||
| Supports configuring hardware cards for applications such as firewalls, intrusion detection, behavior management, and traffic control.* | |||
| System Management | Supports FTP, TFTP, and Xmodem | ||
| Supports SNMP v1/v2c/v3 | |||
| Support SmartMC | |||
| Supports sFlow traffic statistics | |||
| Supports gRPC and Telemetry Stream traffic visualization features. | |||
| Support RMON | |||
| Supports NTP clock and PTP clock functions | |||
| Supports intelligent power management | |||
| Supports Console login | |||
| Supports 256GB storage | |||
| Supports alarms, events, and historical records. | |||
| Supports an online device status monitoring mechanism, enabling the detection of key components including the main control engine, backplane, chips, and storage. | |||
| Supports user access authentication and business on-demand services. | |||
| Supports unified user management, group-based, domain-based, and time-based authorization. | |||
| Supports BootROM upgrades and remote online upgrades. | |||
| Supports hot patching, allowing for online patch upgrades. | |||
| Supports hierarchical user management and password protection | |||
| Supports command-line hierarchical protection, preventing unauthorized users from intruding. | |||
| Supports IP Source Guard, providing protection against DoS attacks, ARP attacks, TCP SYN Flood attacks, UDP Flood attacks, broadcast storm attacks, and DDoS attacks. | |||
| Supports IPv6 RA Guard | |||
| Supports CPU hardware queues for hierarchical scheduling and protection of control plane protocol messages. | |||
| Supports secure boot | |||
| Supports independent monitoring board functionality and 1+1 redundancy backup, enabling real-time monitoring of device hardware operating status, including power load and power adjustment, automatic fan speed adjustment, and dynamic allocation of overall energy consumption. | |||
| reliability | The independent hardware switching board design achieves true separation of control and forwarding, and the switching board supports redundant backup. | ||
| The main control board supports 1+1 redundancy backup, and the power supply supports M+N redundancy backup. | |||
| The backplane adopts a passive design to avoid single points of failure. | |||
| All components support hot-swapping. | |||
| Supports different switch modes to optimize specific functions and meet the system resource requirements of users in different scenarios. | |||
| Supports real-time hot backup of various configuration data on the primary and backup main control boards. | |||
| Supports hot patching, allowing for online patch upgrades. | |||
| Supports NSF/GR for OSFP/BGP/IS-IS, etc. | |||
| Supports port aggregation and cross-board link aggregation. | |||
| Supports INQA functionality, enabling precise packet loss monitoring and rapid fault localization in IP networks through direct tagging of service packets and real-time detection of actual service flows. | |||
| Supports BFD for VRRP/BGP/IS-IS/OSPF/static routing, etc., implementing a fast fault detection mechanism for each protocol, and supports a hardware BFD detection interval of 3.3ms. | |||
| Supports enhanced Ethernet ring networks, enabling multi-campus enhanced ring networks and sub-millisecond fault switching for 100G speed ring networks. | |||
| Supports Ethernet OAM (802.1ag and 802.3ah) | |||
| Support RRPP | |||
| Support Monitor-Link | |||
| VCT supported | |||
| Supports dual boot, enabling boot redundancy backup and preventing the switch from failing to start due to FLASH chip failure. | |||
| It supports optical port protection circuit design to monitor the status of optical modules. In the event of a fault, the faulty module can be isolated to ensure that the normal operation of other ports and the entire device is not affected. | |||
| Support Smart-Link | |||
| Supports ISSU technology, enabling full-service online upgrades. | |||
| Supports enhanced Ethernet ring network elastic packet ring | |||
| Green and energy-saving | Supports 802.3az energy-efficient Ethernet | ||
| Supports intelligent fan speed control in different zones | |||
| Environmental requirements | Temperature range: 0℃~45℃ | ||
| Relative humidity: 5%–95% (non-condensing) | |||
| powered by | AC:100V~240V | ||
| External dimensions (mm): Width × Depth × Height | 440mm×520mm×442mm(10U) | 440mm×640mm×530mm(12U) | 440mm×640mm×796mm(18U) |