New generation programmable architecture high-end router AP-T3301-G

The new generation of 10 Gigabit programmable architecture high-end routers are recommended for deployment in wide area networks such as finance, government, education, and the Internet, as well as in the core layer and convergence layer of operators, and in the DCI node of cloud private networks.

Product characteristics:

Using advanced CLOS orthogonal architecture, the control surface is separated from the forwarding surface, and data forwarding is non blocking

The new generation DSA NPU network chip supports open source P4 programming language, improves network performance, and enables faster and more flexible business implementation

Fully support SRv6 segment routing technology, simplify protocol configuration, and facilitate rapid business opening

Hardware redundancy design ensures uninterrupted business and improves equipment reliability

Intelligent fan multi-level speed regulation, green, energy-saving and sustainable

Comprehensive architecture upgrade

The AP-T3301-G series chassis is based on an elastic and scalable platform, using CLOS non blocking switching and the most advanced distributed multi service processing architecture. The chassis adopts an independent switching network board, while the routing engine, service engine, and forwarding engine are completely independent, achieving the separation of management, control, and data in three planes. Meet the needs of operators' users for device hardware architecture.

Green energy-saving design

The design concept of environmental protection and energy conservation is implemented in the AP-T3301-G series design. The chassis adopts an orthogonal zero backplane. The chassis supports efficient modular power supplies, improving the efficiency of the power supply system, and reducing energy consumption in the computer room.

The chassis adopts a partition heat dissipation method of physical partition isolation. The intelligent fan module supports partition temperature control, multi-level speed regulation, energy saving and noise reduction, greatly saving air conditioning energy consumption for users.

High performance full service built-in

AP-T3301-G series distributed service line cards have built-in full service features, incorporating IPv6, BGP, MPLS, SRv6, EVPN, H-QoS, multicast, and other technologies. When new business features need to be loaded, there is no need to purchase a software license or multi business board to maximize user investment.

AP-T3301-G series service level end-to-end telemetry technology, achieving 7% of network traffic × 24-hour continuous monitoring, timely detection of abnormal and sudden traffic, elimination of potential failures in the bud, ensuring the healthy and reliable operation of the network;

The AP-T3301-G series provides high-performance and flexible QoS features, supporting refined H-QoS features of up to three levels of uplink and downlink, meeting the centralized QoS deployment mode of high performance and easy management, and adapting to the network requirements of operators.

Strong routing processing capabilities

Support IPv4/IPv6 static routing, various dynamic routing protocols, and meet various networking requirements; In addition, it supports the policy routing function, which can flexibly control and schedule network traffic to meet the routing characteristics requirements of operators.

Relying on high-performance flow tables, fast forwarding technology, and through functions such as GR, FRR, and BFD, the convergence mechanism of traditional routing protocols is improved to achieve rapid convergence in large networks.

Comprehensive MPLS VPN functionality

The AP-T3301-G series supports comprehensive MPLS protocols and high-performance P/PE applications; Support fully distributed two-layer and three-layer VPN services. Provide high-performance, secure, and multi-level MPLS VPN solutions.

The AP-T3301-G series supports MPLS VPN network fault location function and MPLS PING/TRACEROUTE, which can help users quickly locate fault points.

IPv6 support

Support multiple IPv6 routing technologies, such as static routing, equivalent routing, policy routing, OSPFV3, RIPng, BGP4+, and IS-ISv6, to meet the deployment of large-scale IPv6 networks in the future.

Support a large number of IPv6 related technologies such as address automatic configuration, ICMPv6, ICMPv6 redirection, ACL for IPv6, TCP/UDP for IPv6, QoS for IPv6, and IPv6 multicast.

Through comprehensive support for IPv6, users' existing investments are protected to the maximum extent, enabling current IPv4 networks to smoothly migrate to IPv6.

SRv6 Full Support

Fully support SRv6 segment routing technology, such as SRv6 support Netconf, SRv6 support TI-LFA, SRv6 support cross domain E2E, SRv6 support linkage PCEP, BGP For SRv6 Policy, G-SRv6, SRv6 OAM, SRv6 Policy, SRv6 BE, SRv6 GR, NSR for SRv6, SBFD for SRv6.

Telecommunication level reliability design

Redundancy of key modules: routing engine redundancy, switching network board redundancy, power supply N+M.

Hot plugging of key components: The routing engine, service carrier board, service sub card, power module, and fan frame all support hot plugging.

Comprehensive fast rerouting technology: supports IP-FRR, can be linked with static routing, policy routing, RIP, OSPF, IS-IS, BGP, etc., and combines BFD functions to achieve fast routing switching of failed links;

Comprehensive NSR and GR (Graceful Restart) functions, support OSFP, RIP, BGP, MPLS LDP, and other protocol environments, and achieve uninterrupted forwarding between active and standby routing engines.

Support VRRP and combine BFD/DLDP fault fast detection mechanism to achieve fast VRRP switching capability; Support link backup mechanism and route backup. The AP-T3301-G series supports hierarchical user management and password protection, and achieves separation of control and forwarding through multi-core CPU technology, ensuring that device management can be achieved in any environment; Authenticate the logged in user, and grant different management permissions to users at different levels to ensure the safety of the device.