(NEW) Cisco Aggregation Services Routers 9000 Series - ASR-9901-256G

Overview

The Cisco ASR-9901-256G is a powerful and flexible routing solution from the Cisco ASR 9000 Series, designed specifically for service providers and large enterprises. With an emphasis on high performance and scalability, this model is engineered to handle the increasing demands of data traffic, including video, cloud applications, and mobile services. The ASR-9901-256G is ideal for organizations looking for a reliable, high-capacity router that can support a variety of network applications.

Specs

• Model: Cisco ASR-9901-256G

• Form Factor: 19-inch rack-mounted chassis

• Slots:

  • 2 Line Card Slots: Accommodates a range of high-speed line cards for flexible interface options.
  • 1 Route Processor Slot: Handles routing protocols and operations.
  • 2 Fabric Card Slots: Enables high-speed data forwarding, enhancing overall performance.

• Throughput:

  • Maximum aggregate throughput of up to 256 Gbps.

• Interface Options:

  • Supports a variety of line cards with interfaces ranging from 1GE, 10GE, 40GE, to 100GE for diverse connectivity.

• Protocol Support:

  • Fully supports both IPv4 and IPv6 protocols.
  • Compatible with various routing protocols, including BGP, OSPF, EIGRP, and IS-IS.

• Redundancy:

  • Supports redundant Route Processors to enhance reliability and fault tolerance.
  • Equipped with dual power supply slots for increased availability.

• Power:

  • Power Supplies: Configurable for either AC or DC power options.
  • Power consumption varies based on configuration, typically around 300W to 600W.

• Management:

  • Managed via Cisco IOS XR software, providing advanced capabilities for automation and monitoring.
  • Supports management protocols like SNMP, NETCONF, and CLI.

• Security:

  • Integrated security features such as IPsec, ACLs, and advanced QoS to ensure secure communications.

• Quality of Service (QoS):

  • Comprehensive QoS functionalities for traffic management and prioritization, supporting MPLS and other traffic handling methods.