Starlink Expands Fast with Gen3 and Lower Latency
SpaceX’s Starlink is transforming the satellite internet landscape, not only expanding rapidly but also improving service quality at scale, a feat traditionally thought impossible in satellite connectivity.
With more than six million customers now using the service globally, and 2.7 million of those added in the past year alone, Starlink is demonstrating that satellite broadband can directly compete with fixed-line infrastructure.
The success is the result of continuous investment, relentless launch activity and strategic infrastructure development on the ground.
Relentless deployment driving performance
Fueling Starlink’s growth is one of the most ambitious deployment schedules in the history of telecoms. In the past 12 months alone, SpaceX has flown more than 100 missions dedicated to Starlink, placing more than 2,300 satellites into orbit.
Simultaneously, it has expanded its global network of ground stations to manage data traffic and interconnectivity.
The dual-track investment, both in space and on the ground, has ensured that service performance has not only kept pace with user growth but has also actively improved. In benchmark markets like the United States, download speeds now approach 200 Mbps during peak evening hours.
Even the basic tier delivers speeds of around 100 Mbps down and 20 Mbps up, making it suitable for remote work, streaming and gaming.
Crushing latency: a key differentiator
Speed is only part of the equation. For telecom providers evaluating Starlink for integration or backup services, the platform’s latency performance is particularly noteworthy.
“SpaceX is obsessed with crushing latency,” say a network engineer familiar with the operation. It’s targeting a 20ms delay, and it’s already closing in. As of June 2025, the average peak-hour latency in the US stood at 25.7 ms, a figure that challenges fibre in real-world responsiveness.
The performance is driven by constant self-monitoring. Starlink collects data every 15 seconds from millions of user routers, using it to fine-tune the network in near real time.
Over 100 US ground stations and advanced laser links between satellites help bypass congested or damaged ground routes, maintaining low and consistent latency.
Resilience tested in crisis
The most significant value Starlink offers to enterprises and government entities lies in its resilience. With more than 7,800 satellites in orbit, redundancy is built in by design. Each user terminal can connect to multiple satellites simultaneously.
The multi-point connectivity offers a degree of independence rarely seen in terrestrial networks. Whether it’s wildfires in Canada, floods in Texas, or widespread power outages across Spain and Portugal, Starlink has delivered uninterrupted internet access.
The system proved critical in Ukraine, where it helped maintain communications following the destruction of traditional telecom infrastructure.
Preparing for a 60 Tbps leap: Gen3 satellites
Looking forward, Starlink is not slowing down. Current Gen2 launches are adding more than 5 Terabits per second of bandwidth every week.
To address demand in extreme environments, hundreds of satellites are being launched into polar orbits, which will double capacity in regions such as Alaska by the end of the year.
However, the most dramatic upgrade is yet to come. Starlink Gen3 satellites are slated for deployment starting in early 2026.
Each will provide ten times the download capacity of the current models. When launched on the massive Starship rocket, a single mission could inject 60 Tbps of bandwidth into the network, more than the combined capacity of several current satellite constellations.
A new benchmark for satellite broadband
With its rapid rollout, technical advancements and demonstrated performance during real-world crises, Starlink is setting the benchmark for satellite broadband. For telcos, utility networks and public safety agencies, Starlink offers not just connectivity but a future-proof, resilient, low-latency platform that can scale to meet tomorrow’s demands.
