The router runs H3C's state-of-the-art Comware network operating system, provides intelligent service scheduling management mechanism, and supports loose coupling of service modules and dynamic loading of processes and patches.
The high-performance multicore processors significantly enhance the concurrent service processing capability of the router.
The proprietary CUBE technology not only increases the SIC card bus bandwidth, but also enables agile allocation of interface resources.
Powerful security features
Packet filtering, including stateful filtering, MAC address filtering, IP and port number filtering, and time based filtering.
Real-time traffic analysis.
Comprehensive VPN technologies, including IPsec, L2TP, GRE, ADVPN, MPLS VPN, and combinations of multiple VPN technologies.
Routing protocol security protection, such as OSPF/RIP/IS-IS/BGP authentication, OSPFv3/RIPng/IS-ISv6/BGP IPsec encryption, and rich routing policy control functions.
End device access security
Integrated terminal access binding authentication, including EAD security check authentication, 802.1X authentication, endpoint MAC address authentication, Web-based portal authentication, endpoint access static binding, and MAC address auto-learning and binding.
ARP attack protection, including source MAC address binding, ARP defense against IP packet attacks, address conflict detection and protection, ARP packet rate limit, ARP detection, ARP packet source MAC consistency check, ARP source suppression, ARP active acknowledgment.
Device management security
Role-based access control that allocates resources based on roles, and provides users and roles mapping.
Control plane traffic control and filtering based on protocol type, queue, known protocol and specific protocol.
Remote security management, such as SNMPv3, SSH, and HTTPS remote management.
Management behavior control and audit, including AAA server central authentication, command line authority and real-time report of operation records.
Uses granular identification and control to limit the rate and filter application layer services and ensure bandwidth and provides detailed network statistics for network optimization.
Supports equal cost multiple path (ECMP) and unequal cost multiple path (UCMP) load balancing. UCMP allows the device to perform bandwidth-based load balancing.
Performs load balancing based on bandwidth, user, user group, service, or application by using asymmetric link, traffic load balancing, and multi-topology dynamic routing technologies.
Supports flexible bandwidth sharing based on service, user, user group, link, and user bandwidth.
Intelligent network management
Comprehensive network management methods—Supports command line and SNMP.
Zero-configuration setup and configuration rollback—Enables batch device startup and SMS startup with zero configuration, and automatic fallback in the event of configuration errors.
Comware embedded EAA function—Monitors the internal events and status of the system's software and hardware components. If a fault occurs, it collects diagnostic information and attempts to make automatic repairs as well as sending the diagnostic information to a specific email address.
Configuration from a USB drive—Supports booting and automatic configuration loading from a USB drive.
Independent hardware processing module for the monitoring system and programmable components that supports online upgrade and auto loading to strengthen product reliability.
Bidirectional forwarding detection (BFD), which can detect a link failure in milliseconds and can collaborate with static routing, RIP/OSPF/BGP/ISIS dynamic routing, VRRP, and interface backup through the track module.
Network quality analyzer (NQA), which can collaborate with static routing, VRRP, and interface backup through the track module.
Multi-device redundancy and load balancing (VRRP/VRRPE).
Fast reroute, and GR/NSR.
Intelligent Resilient Framework 2 (IRF2)—Virtualizes two devices into one logical device. This technology significantly decreases networking complexity, reduces the operation and maintenance cost, enhances bandwidth and equipment utilization, and improves management efficiency.
Multichassis link aggregation—Enables the device to perform load balancing and backup among multiple uplinks to increase reliability of the overall network architecture and enhance link resources efficiency.
The device can use VXLAN to provide Layer 2 network connectivity between data centers. The VXLAN solutions are easy to deploy and cost efficient. You just need to deploy one or more VXLAN-capable devices on the site edge and no modifications for the enterprise or the service provider networks are required. The VXLAN solution combined with the IPSec solution can enhance the data transmission security between data centers over the public network.
Fully compliant with the RoHS standard.
Space efficient by using separate airflow aisles designed in unique L shape for the system and power modules.
Minimizes fan tray noises and power consumption by fan tray redundancy, multi-level fan speed regulation, and fan speed adaption to the internal temperatures.
Minimizes the system power consumption by intelligent power management and flexible HMIM/MPU/interface module energy saving policy.