Nigeria has announced its intention to replace its existing satellite and introduce two new communication satellites to improve national coverage and resilience.
The Minister of Communications, Innovation and Digital Economy, Dr. Bosun Tijani, made this announcement while addressing national concerns regarding coverage and security.
This initiative will be led by the Nigerian Communications Satellite Limited (NIGCOMSAT) and focuses on substituting the current communication satellite, NigComSat-1R.
Tijani affirmed the government’s dedication to bolstering NIGCOMSAT, which includes replacing the existing satellite and launching two new next-gen spacecraft. This investment is a part of a larger effort to bridge connectivity gaps, enhance digital inclusion, and address security challenges across the nation.
As per the minister, this action is not just a replacement; it represents a substantial technological and strategic enhancement for the nation, aligning with the broader National Broadband Plan (2020–2025).
Industry insiders have indicated that the upcoming satellites will be High-Throughput Satellites (HTS), marking a significant technological advancement over the current NigComSat-1R, which has been operational since 2011 and is expected to continue functioning until its extended lifespan concludes in January 2028.
The two new satellites will be equipped with 77 transponders across various frequency bands, aimed at providing greatly expanded coverage. The HTS models are set to encompass all of Nigeria and extend their services throughout West, Central, South, and parts of East Africa, establishing Nigeria as a key player in satellite communication on a regional scale.
The capabilities from the new satellites will play a vital role in fulfilling various national development and security goals, such as broadband connectivity, national security, the digital economy, and media broadcasting.
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The anticipated satellites are expected to support the national Digital Switchover (DSO) by facilitating Direct-to-Home (DTH) broadcasting services.
Reports indicate that this multi-billion-dollar initiative will be carried out using a Public-Private Partnership (PPP) framework. A Request for Proposal (RFP) has already been released to engage international manufacturers and service providers to collaborate on the construction and launch.
Though earlier forecasts indicated a launch by 2028, this initiative is part of the Federal Government’s broader investment strategy in digital infrastructure. The main objective is to transition to a software-defined, next-generation satellite system by the year 2028.
In the meantime, the International Telecommunications Union Broadband Commission has noted that the global satellite industry has experienced significant growth over the past four to five years, marked by a dramatic rise in the number of launches and payloads, as well as substantial technological advancements and new entrants in the market.
It highlighted that communication satellites make up the majority of those launched, emphasizing that the miniaturization of space systems, the deployment of large constellations, and the increasing number of commercial operators have all played a role in achieving the highest launch rate recorded to date.
According to the commission, new-generation satellites have been introduced to provide fixed high-speed broadband coverage across entire continents (Africa, Asia, and Oceania), offering a cost-effective solution. The ITU noted that these advanced satellites deliver speeds and bandwidth comparable to those of 4G (ranging from 5 to 100 Megabits per second), allowing individuals, businesses, schools, and healthcare facilities to connect to broadband Internet.
The ITU stated that satellite communications are essential for providing Internet, broadcast television, and communication services to users around the globe. It emphasized that satellite services are particularly critical in remote, unserved, and underserved areas, as well as during natural disasters.
The global organization asserted that satellite technologies play a significant role in narrowing the digital divide and fostering a more inclusive digital transformation
