Router Juniper MX10004-PREMIUM

Series of High Performance Routing Platforms Juniper Networks MX 10000 includes MX10004 (7 RU, 38,4 Tbit/s, supporting up to 9,6 Tbit/from per slot), MX10008, 13 RU, 76,8 Tbit/s, supporting up to 9,6 Tbit/from to slot, and 21 RU, 38,4 Tbit/With. MX10016 with the support Tbit/with supporting up to 2,4 Tbit/from per slot. They provide compressed 1GbE, 10GbE, 25GbE, 40GbE, 50GbE, and 100GbE interfaces, and MX10004 And MX10008 include support 400GbE.

These advanced hardware capabilities allow service providers and cloud operators to efficiently build advanced network architectures in data centers, business edge, and cloud markets.. 

Series Juniper MX10000 has co-located chassis components with equivalent packet routers Juniper Networks series PTX and series switches QFX. The devices use special software and line cards, and the multi-layer adaptive chassis can be used as a master router, IP edge router or switch, which reduces the burden on network operators across multiple platforms.

Line of modular platforms MX10000 based on the same programmable chipset Juniper Trio and the same operating system Juniper Junos, as the rest of the models of universal routers Juniper Networks series MX. Applying a general packet transfer mechanism LkAnd (PFE) and software provides the most complete consistency of options and overall operating and management configuration. This benchmark consistency reduces the cost of products, reduces the risk and complexity of network upgrades, helping current customers of the series MX quickly qualify and install modular platforms MX10000.

Router series MX10000 has its own architectural elements. A set of routing mechanisms (RE) dual redundant devices run under the control of the Junos OS, where they manage all routing protocol processes, router interface management, and optional control plane capabilities such as:

• chassis components, 
• system management,
• user access to the router. 

These processes run on top of the core, which communicates with the PFE on the line cards through separate high-capacity control channels, providing a clear hierarchy between control and override levels. LkAnd.