ATN multi-service access router
ATN series is multi-service transport access-layer products that meet the GE/10GE/25GE site-to-site requirements. Provides 50GE/100GE interfaces, large-capacity, and multi-service interfaces. Supports new features such as SR/SRv6, EVPN, FlexE, and 1588v2 high-precision clock. ATN products include ATN 905 series, ATN 910 series, and ATN 950 series. They work with CX600, NE40E, and NetEngine 8000 series to build an end-to-end routing integrated bearer solution.
ATN 905 seriesThe ATN 905 series is positioned for EDD VIP private line market, improving VIP private line capability of IPRAN. The height of ATN 905-S is 1 U, supports FE and GE business interfaces, and has the characteristics of easy maintenance and installation, wide coverage, fast delivery and easy use.
ATN 910 seriesThe ATN 910 series are positioned in the mobile base station bearer and VIP private line markets to implement the last-mile FMC integrated service access. The ATN 910 series are 1 U fixed multi-service access routers. In addition, the ATN 910C series supports high-density 10GE/GE access and 10GE/GE/FE service interfaces. The ATN 910D series supports 100GE/50GE/25GE/10GE/FE service ports and 50GE/100GE uplink access, meeting network evolution requirements. The ATN 910 series routers support AC/DC power supply, which is easy to install and deploy. Supports SR/SRv6, EVPN, and 1588v2 high-precision clocks.
ATN 950 seriesThe ATN 950 series is designed for carrying all generation mobile services and VIP private line services. The ATN 950 series is 2 U high and supports 100GE/50GE/25GE/10GE/GE/FE/CPOS/E1 interfaces and flexible plug-in cards to flexibly access various services, supports SR/SRv6, EVPN, FlexE, and 1588v2 high-precision clock features, and provides redundancy protection for main control boards and power supplies to ensure high reliability.
ATN 980 seriesThe ATN 980 series is designed for carrying all generation mobile services and VIP private line services. The ATN 980 series is 3 U high and supports 100GE/50GE/25GE/10GE/GE/FE/CPOS/E1 interfaces and flexible plug-in cards to flexibly access various services, supports SR/SRv6, EVPN, FlexE, and 1588v2 high-precision clock features, and provides redundancy protection for main control boards and power supplies to ensure high reliability.
- Multiple ATN series products can provide multiple types of services, such as 100GE/50GE/25GE/10GE/GE/FE/CPOS 155/E1, to meet the requirements of all generation mobile services and VIP private line service access.
- Supports Layer 2/Layer 3 MPLS VPN/EVPN service bearing, processing, and forwarding, meeting flexible deployment of multiple services.
- Adopts the NP programmable architecture to support the interworking and coexistence of traditional MPLS and SR/SRv6 protocols, supporting smooth network evolution.
- Supports the hardware slicing capability. A physical port is divided into multiple slices to implement flexible bandwidth allocation and service isolation.
- Supports the 1588v2/G.8275.1 OC/TC/BC full mode, 1588 ACR, E1 line clock, and synchronous Ethernet clock to solve the high-precision clock synchronization problem and indoor clock coverage problem of the mobile packet bearer network.
- Supports protection technologies, such as IP FRR, LDP FRR, TE FRR, VPN FRR, and TI-LFA. Suitable for various integrated carrier scenarios for node, link and network-level multi-protection.
- Hardware BFD implements millisecond-level fault detection.
- The innovative iFIT technology supports millisecond-level in-flow detection and accurate restoration of service paths. It works with iMaster NCE to implement service experience and network KPI association analysis and intelligent fault demarcation within minutes.
- Supports automatic rollout of plug-and-play and implements E2E minute-level service provisioning and SLA visualization based on iMaster NCE.
- Global mobile bearer networks have been commercially deployed on a large scale, serving carriers in more than 130 countries and regions, greatly reducing the TCO of carriers in network construction and improving service deployment and network O&M efficiency.