MPLS
MPLS
Multi-Protocol Label Switching (MPLS) defines a mechanism for packet forwarding in network routers. It was originally developed to provide faster packet forwarding than traditional IP routing, although improvements in router hardware have reduced the importance of speed in packet forwarding. However, the flexibility of MPLS has led to it becoming the default way for modern networks to achieve Quality of Service (QoS), next generation VPN services, and optical signalling.
Benefits of MPLS
MPLS provides networks with a more efficient way to manage applications and move information between locations. With the convergence of voice, video and data applications, business networks face increasing traffic demands. MPLS enables class of service (CoS) tagging and prioritization of network traffic, so administrators may specify which applications should move across the network ahead of others. This function makes an MPLS network especially important to firms that need to ensure the performance of low-latency applications such as VoIP and their other business-critical functions. MPLS carriers differ on the number of classes of service they offer and in how these CoS tiers are priced.
Business Continuity & Disaster Recovery
MPLS allows connectivity between multiple sites without requiring routing through a central site. As a result MPLS eliminates the single point of failure found in traditional hub-and-spoke networks. The any-to-any connectivity presents a great opportunity for redundancy and seamless transition to back-up systems and applications at other locations.
Phased Implementation
MPLS is a fully scalable and flexible multi-service platform, with access speeds from 64kbps to 1Gbps, giving you the scope to grow and change in the future.
When new applications emerge that are more demanding on the infrastructure, MPLS can still give them the 'Class of Service' (CoS) they need.
Network Operations Centre
A network monitoring service is provided remotely from the central Network Operations Centre (NOC) and includes 24 x 7 x 365 network monitoring and HelpDesk support, proactive event management including change control, event ownership, a trouble ticket system, inventory management, links to manufacturer support centres for technical assistance, plus integration with customer and third party HelpDesks. Network devices are constantly monitored from alarms indicating hardware failure. This enables rapid problem detection and diagnosis and reduces downtime.
An online HelpDesk is integrated with the NOC and includes online knowledge databases. The central HelpDesk acts as a single point of contact for all service enquiries via a dedicated telephone number. It also manages all third parties involved to ensure a single point of ownership for any network problems or issues.
Solution Delivery & Support
In-tech Telecom is partners with MPLS carriers such as BT, NTL:Telewest, Thus, Tiscali and Global Crossing offering fully managed MPLS solutions. The services In-tech will provide include:
Pre-Sales Consultation
- Assess the legacy technology along with current and future application requirements
- Understand all the related business issues and objectices
- Qualify all technical requirements and pre-requisites
Network Design
- Research available technologies, networks and carrier options that are available to meet the requirements identified in the pre-sales consultation
- Design a network that meets the agreed requirements and budget
Implementation
- The Implementation of the project is co-ordinated through the Project Team, who works to PRINCE II standard for the delivery of the project.
- Includes all communication and management with the carriers, manufacturers and suppliers involved in the delivery of the solution
Support
- 24 x 7 x 365 Network Operation Centre to provide network monitoring and helpdesk support
Contact us for more information or call one of our sales team on 0808 172 1020.