Indian Railways approves OFC project for Western Railway

Western Railway OFC backbone has been approved under a Rs. 398.36 crore Indian Railways project. It covers 1,929 route kilometres in the Ahmedabad and Ratlam divisions. The scheme is intended to strengthen communication infrastructure. It will also support Kavach deployment and improve operational efficiency across railway operations.

Western Railway OFC backbone and project scope

The sanctioned work covers a 4×48 Optical Fibre Cable backbone. Its total length is 1,929 RKm. Of this, 1,456 RKm falls within the Ahmedabad Division. The remaining 473 RKm is assigned to the Ratlam Division. This expansion is intended to improve communication systems on these corridors. It is also aimed at improving capacity, dependability, and efficiency.

The project sits within a wider national programme. It is titled “Provision of Kavach with communication backbone of Long Term Evolution (LTE) on balance routes of Indian Railways (Umbrella Work 2024–25)”. That umbrella work carries a sanctioned cost of Rs. 27,693 crore. It sits under the Works Programme 2024–25 (PH-33). At the same time, the Western Railway work sits within a larger approved rollout. It is tied to Kavach and LTE-based communication.

Don’t miss…Amtrak and UP pact reroutes Sunset Limited in Louisiana

Separately, Western Railway has received approval for a sub-umbrella allocation of Rs. 2,800 crore. The OFC backbone project across Ahmedabad and Ratlam divisions forms part of that broader investment. It reflects Indian Railways’ focus on digital transformation and safety upgrades.

Network length in Ahmedabad and Ratlam divisions

Under the scheme, 2×48 fibre OFC cables will be installed along the identified routes. They will create a high-capacity communication backbone. Meanwhile, the network is intended to support smooth data transmission. It is also meant to enable more effective coordination across railway systems.

The main elements of the project include a total network length of 1,929 RKm. Of this, 1,456 RKm is in Ahmedabad Division. Another 473 RKm is in Ratlam Division. The project uses a 4×48 Optical Fibre Cable backbone. Once in place, the expanded system will support real-time communication and data exchange. These functions are essential for present-day railway operations.

Kavach deployment and LTE communication backbone

A central purpose of the investment is to support the deployment of Kavach. Kavach is Indian Railways’ indigenous train collision avoidance system. It depends on a dependable communication backbone. The OFC network is expected to support its implementation. Real-time exchange of information between trains and control systems is part of that requirement.

This communication infrastructure is expected to make railway operations safer and more efficient. Better signalling is expected to support higher safety standards across the network. Faster communication is expected to do the same. So are fewer opportunities for human error.

The project also aligns with Indian Railways’ broader effort to modernise its infrastructure. It does so through the adoption of advanced technologies. By reinforcing the communication backbone, the railways aim to improve operating efficiency. They also aim to optimise train management. They aim to provide better service for passengers and freight customers as well.

In addition, combining LTE-based communication systems with OFC infrastructure is expected to create future-ready capabilities. These are aimed at more connected and smarter railway operations.

Overall, the approved OFC backbone project forms part of a broader Indian Railways programme. That programme centres on digital transformation and safety improvement. The initiative is expected to improve reliability by strengthening communication infrastructure and supporting Kavach deployment. It is also expected to modernise systems. Services across Western Railway are expected to become safer and more efficient.

News on railway transport, industry, and railway technologies from Railway Supply that you might have missed: