• Strong service processing capabilities. IN9800 Series adopts the CLOS multi-level switching architecture, in which the control plane and forwarding plane are physically separated, and the main control engine and SFB hardware are independent of each other. It supports Ethernet standards, supports up to 12 expansion slots, and provides high-performance service boards, which can meet the service bearer requirements of large-scale campus network cores and cloud data centers, and meet the requirements of high-bandwidth applications such as multimedia video conferencing and data access. It supports perfect Layer 2 and 3 multicast protocols such as PIM SM, PIM DM, PIM SSM, MLD, and IGMP Snooping, and meets the requirements of multi-terminal HD video surveillance and video conferencing access.
• Complete security control policies. IN9800 Series supports MAC address authentication, 802.1x authentication, and PORTAL authentication, and has a built-in authentication server. It supports dynamic or static binding of user identity elements such as user accounts, IPs, MACs, VLANs, and ports, and implements dynamic delivery of user policies. IN9800 Series provides enhanced ACL access control, supports ultra-large capacity inbound and outbound ACLs, and supports VLAN-based ACL delivery, simplifying the user configuration process and avoiding the waste of ACL resources.
• Virtualization features. Relying on the self-developed VSM technologies,IN9800 Series can transform multiple similar service modules into "resource pools" that can be flexibly scheduled, realize the "granularization" of service platform resources, and greatly improve the resource utilization efficiency.
• Comprehensive business convergence capabilities. IN9800 Series integrates the three functions of switching routing, network security, and application delivery, and is the first to realize the integration and expansion of network security multi-service card modules, and all service modules in a single device can be managed based on one IP, making complex networking simple. The thermally elastic service expansion technology allows you to dynamically adjust service modules without restarting, plug-and-play, and realize on-demand elastic deployment of services.
• Original intelligent traffic scheduling technology. IN9800 Series can finely define data flows based on combination policies, and flexibly customize the data flow direction between different service modules, eliminating the restrictions of traffic scheduling between different service modules and realizing flexible scheduling at the business level.
• Comprehensive IPV4/IPv6 dual stack. IN9800 Series hardware supports IPv4/IPv6 dual-stack and IPv6 over IPv4 tunnels (including manual tunnels, 6to4 tunnels, and ISATAP tunnels), and supports IPv6 Layer 3 line-speed forwarding, which can be used for pure IPv4 or IPv6 networks, as well as IPv4 to IPv6 coexistence networks.
• Carrier-grade high reliability. IN9800 Series supports technologies such as master control redundancy, fan redundancy, N+1 power supply, uninterrupted reboot, hot patching, and data/control/monitoring plane separation to ensure 99.999% carrier-class reliability. Fast fault detection technologies such as BFD and OAM provide a variety of device-level and network-level fault detection methods.
• Environment-friendly and energy-saving. IN9800 Series adopts a number of innovative heat dissipation technologies such as dual air duct design, and the heat dissipation efficiency is increased by 30%. It supports the temperature detection of key components such as service boards and SFUs, and implements intelligent zoning speed regulation of fans according to the temperature and configuration of each component, reducing power consumption and environmental noise, and saving energy and environmental protection.