The correct planning and implementation of network synchronisation is crucial. Not only should your network be planned and implemented to provide synchronisation to all network elements within specification under normal conditions but should also be resilient to common failures.

Each network element; traffic or SASE, is capable of deriving synchronisation from a number of sources. The selection of sources must be dynamic and virtually instantaneous if synchronisation is to be maintained, therefore alternative selection must be pre-planned and implied by the prioritization of sources.

 

Planning the steady-state and fault recovery actions of the synchronisation network can be incredibly tedious and time consuming given the complexity of the network and the number of possible automatic actions, unless you are using an effective planning and simulation tool such as Sync Architect.

 

The effective provisioning and distribution of network synchronisation is vitally important to the quality of services you provide over your network.

 

The utilisation of network planning solutions have enabled our customers to improve network efficiency and effectiveness leading to improved Quality of Service (QOS) of services delivered to their customers, helping reduce customer churn and differentiate them from their competitors.

In a number of cases review of existing synchronisation planning and deployment has enabled a reduction in the requirement for the number of synchronisation units deployed.

 

Redeployment in subsequent network expansion and resale of surplus equipment have provided reduction and return of capital expenditure. Further the reduction in the number of units deployed has reduced ongoing operational expenditure. Good planning has been proven to have financial as well as operational benefits.

 

Horsebridge provide a complete range of synchronisation equipment all backed by a host of services ranging from network design through installation, commissioning life-cycle support and role based training.