Juniper Networks MX-series MX960 - router - rack-mountable
Mfg # MX960-PREMIUM3-DC
CDW # 3012204
| UNSPSC 43222612
Quick tech specs
- series MX960
- 40 Gigabit LAN
- 400 Gigabit LAN
- rack-mountable
- Router
- 100 Gigabit Ethernet
- front to back airflow
Know your gear
To ensure that the Juniper Networks MX960 Ethernet Services Router delivers the lowest cost per port without sacrificing performance, reliability, scalability or functionality, it has been purpose-built to optimize both switching and carrier-class Ethernet routing functionality.
Ethernet-based services present a significant revenue opportunity for service providers. These services include VPNs, point-to-point connectivity, high speed Internet access and video-based offerings. With continuous technology advances and ongoing standards development, Ethernet is increasingly the technology of choice at the service provider edge. As an example of Juniper's commitment to delivering Ethernet-centric solutions to meet the needs of next-generation networks and services, the MX960 offers unmatched scalability, performance, reliability and QoS for both business and residential services.
The MX960 Ethernet Services Router is a high density Layer 2 and Layer 3 Ethernet platform designed for deployment in a number of service provider Ethernet edge scenarios.
Ethernet-based services present a significant revenue opportunity for service providers. These services include VPNs, point-to-point connectivity, high speed Internet access and video-based offerings. With continuous technology advances and ongoing standards development, Ethernet is increasingly the technology of choice at the service provider edge. As an example of Juniper's commitment to delivering Ethernet-centric solutions to meet the needs of next-generation networks and services, the MX960 offers unmatched scalability, performance, reliability and QoS for both business and residential services.
The MX960 Ethernet Services Router is a high density Layer 2 and Layer 3 Ethernet platform designed for deployment in a number of service provider Ethernet edge scenarios.