SpaceX’s Starlink broadband service has achieved a significant breakthrough by establishing peering at NAPAfrica, the largest Internet exchange in South Africa.
This development came to light when a Reddit user reported that Starlink had activated a 200Gbps port at the Johannesburg Internet Exchange (JINX). The user noted that while the Johannesburg point-of-presence (PoP) is operational, it lacks ground stations and local users.
Further investigations confirmed Starlink’s status among the peering entities on NAPAfrica’s website. NAPAfrica is a vendor-neutral Internet exchange with multiple locations within Teraco Data Centres. While separate from JINX, both exchanges peer from Johannesburg.
By connecting to both NAPAfrica and JINX, Starlink links its network to various Internet service providers (ISPs), content delivery networks (CDNs), and cloud service providers. This intimate connection streamlines Internet traffic flows, reducing reliance on third-party transit providers and ultimately lowering costs for data transit over long distances.
This peering arrangement promises lower latency and improved connectivity to popular online services for users in South Africa and nearby regions. Starlink relies on satellite technology for connectivity but requires a ground station near an exchange point to enhance performance. Although Starlink terminals can operate in areas without fixed networks, they still need access to online content stored in data centres.
Despite receiving type approval for three Earth Gateway stations in South Africa, Starlink has yet to apply for an electronic communications network services (ECNS) license due to ownership regulations. However, four neighbouring countries—Botswana, Eswatini, Mozambique, and Zimbabwe—have already launched the service. Lesotho recently approved a license, and Namibia is expected to follow soon.
As Starlink’s infrastructure develops, users have reported improved performance, including lower latency and the assignment of South African IP addresses, heralding a promising future for regional connectivity.
