MPLS
Global MPLS
Sahara Net Global MPLS provides secure, seamless, dedicated, point-to-point leased circuits for enterprises.
It is secure and allows customers to share mission critical data, video, and everything in between across scalable platform with high levels of security.
Dedicated Data National Connectivity
MPLS - Multi Protocol Label Switching
MPLS is data forwarding technology for network traffic that directs data through a path via labels.
MPLS technology is ideally suited to Point-to-Multipoint and full mesh configurations. It can also provide different qualities and class of services, which makes it easier to find more suitable applications and priced more competitively than legacy technology. MPLS is a mature technology with proven quality of service record. Sahara Net Provides both L2 & L3 MPLS service
Services Offered over MPLS
L3 MPLS
It is a point-to-point virtual private network connection, connecting two customer edge devices transparently at two different locations, as if they had a traditional leased line in between.
L2 MPLS
An Ethernet based multipoint-to-multipoint communication, providing connectivity to multiple customer sites in a manner that is transparent to the customer edge devices. Sahara Net takes care of transporting customer traffic and switching them across the network from one customer site to another.
The keyword in all of this is private. What happens in your network, stays in your network.
Why MPLS?
Here are some benefits of MPLS network.
ability to deliver packets reliably and provide a high QoS (Quality of Service)
Support for all Protocols
Increased Redundancy
End-to-End security
Geographic independence
Enhanced voice, data, and video solutions
Helps avoid latency and packet loss
Ensures quality of service and bandwidth protection
Reduces the complexity of network operation
Easy process for upgrading the network to a higher bandwidth
Since the routing decision is made only once at the edge of the network, the core could keep only minimal routing information, thus reducing the overall complexity of the network.
Delivering Quality of Service
Network Scalability
Full scalability options, with minimal disruption