# Cisco, Juniper and Huawei Router comparison
# CCIE Candidates only
# MPLS requirement routers- High end Routers
# High Back-plane capacity and high port capacity
#Used as Core routers in the MPLS environment
# Cisco 9922- Capacity till 11 Tbps
# Juniper MX2020- Capacity till 80 Tbps
# Huawei NE5000E- Capacity till 6.4 Tbps
So below are the comparison between the various high end models in the market with the high capacity till in Tbps.
These kind of routers are basically used in the Service providers core. so we have many service providers who are providing MPLS, Internet services to the clients.
Service providers like AT&T, BT, Orange, NTT Communications, Verizon, Telefonica, TATA and so on used these kinds of routers in their core networks for high back-plane capacity.
Various features are supported by these kinds of routers like Multi-chassis ether-channel, Non-stop Forwarding, MPLS-TRR, Non-stop routing and various high end features.
Lets discuss the comparison in details as follows:-
Cisco firm will be presented by router Cisco ASR 9922. Given product backs up capacity 11 Tbps and this way it is the most productive product of ASR series.
For comparison in given article firm Juniper presents a model Juniper MX2020, which backs up carrying capacity from 34.4 to 80 Tbps.MX2020 supports a very high density 10GbE, 40GbE and 100GbE, interfaces, and also obsolete methods of connection SONET/SDH, ATM and PDH. It also supports subscribers’ management with wide-band connection, modern opportunities of time synchronizing and virtualization, which meet strict demands of mobile services.
Due to scalable in industry-leading set of opportunities the router MX2020 ideally suited for boarders and consolidated borders and net core and application cores as well.
Huawei represents model Huawei NE5000E. This very model in 2008 afforded the firm Huawei show itself to be arch-rival in the area of Internet backbone.NE5000E presents multi-level protection from the device to the network. For protection on the devices level, NE5000E contains passive plane where all key components of the device are switched in “hot-pluggable” and posses a function of hot back up. The solution contains nonstop address modification (NSF) on the basis of states and hot-swappable and nonstop routing (NSR) on the panel level and on the processes level in all scenario.
