A new NITI Aayog report outlines a roadmap for India to scale telecom equipment exports from $1 billion to $50 billion by 2035. Achieving this goal requires reducing high dependence on imported components and addressing cost disadvantages compared to global peers. The plan shifts focus from simple assembly to deeper domestic manufacturing and R&D.
India is aiming for a major transformation in its telecom hardware sector, with a new NITI Aayog report projecting the country could become a $50 billion export hub by 2035. This ambition represents a massive leap from current figures, where annual telecom equipment exports are estimated to be between just $0.6 billion and $1 billion.
While India has a strong domestic telecom subscriber base and is rapidly expanding its 5G infrastructure, the current reality of the hardware market shows a heavy reliance on foreign supply chains. Data from the report indicates that over 80% of critical telecom components—including essential 4G and 5G antennas and signal processors—are imported from China. This import dependency poses a significant strategic challenge for the industry and has kept India’s contribution to global telecom hardware exports at a very low level.
The Cost and Value Addition Gap
A primary hurdle to scaling exports is the structural cost disadvantage faced by Indian manufacturers. The NITI Aayog assessment highlights that domestic players often operate at a 26% to 29% cost disadvantage compared to global competitors. Furthermore, much of the existing manufacturing activity in India is limited to low-value assembly, where domestic value addition remains below 20%.
For investors and industry participants, the difference between simple assembly and true manufacturing is crucial. Moving toward a $50 billion export goal will require deep localization of components. This means transitioning from merely putting imported parts together to building full-scale manufacturing units for baseband units, optical fiber cables, and microwave transmission equipment.
Policy and Strategic Outlook
The report emphasizes that reaching this long-term target is not just about building factories but about creating a deep ecosystem. Key recommendations include forming technology partnerships with global Original Equipment Manufacturers, establishing dedicated industrial clusters, and upgrading testing and certification infrastructure. The strategy mirrors successful initiatives in other electronics sectors, such as the Production Linked Incentive (PLI) schemes, which aim to make Indian manufacturing globally competitive by bridging the cost gap through policy support.
Risks and Market Monitorables
While the goal is ambitious, the path to achieving it involves notable execution risks. The sector’s competitiveness will depend on whether domestic companies can successfully transition to high-value manufacturing and reduce the high reliance on foreign inputs. Global supply chain disruptions, fluctuating raw material prices, and the ability to attract long-term capital for heavy investments will remain critical factors.
For investors following the telecom and electronics manufacturing sector, the primary monitorables will be the speed of policy implementation and the actual inflow of investments into component manufacturing. While there is no immediate stock market trigger from this report, the long-term growth of the telecom equipment sector will likely be defined by how effectively companies can shift from assembly-based models to R&D-led, localized production.