Elon Musk has informed everyone through X that Starlink, which is a satellite internet service provided by SpaceX, is now capable of providing reliable internet speeds of 10 gigabits per second (Gbps) anywhere in the world. According to a quote posted by Elon Musk, Starlink had already managed to attain these peak internet speeds in one of the remotest areas on earth: Utqiagvik, Alaska.
This is indeed a massive leap forward for Starlink, considering that it was earlier just a reliable choice of broadband internet service.
The message from Musk was as follows: "Starlink can now deliver reliable 10 Gbps symmetrical send / receive service to anywhere in the world." Simply put, this implies that Starlink users from all around the world could enjoy a theoretical internet speed of 10 Gbps in both downloading and uploading data. The key point here is "symmetrical," which means that the uploading speed is as high as the downloading speed, which is quite rare as home internet services usually have significantly lower upload speeds.
To provide some context, most broadband internet packages provide speeds up to 100 Mbps – 1 Gbps. Ten gigabits per second is ten times faster than gigabit internet service, and with this speed, one can easily download any 4K film within seconds.
This 10 Gbps speed is not only a theory. It has been proven with Starlink's demonstration at Utqiagvik, which is the northernmost city in America. This city is located around 320 miles above the Arctic Circle, and there is no way to get to this city from anywhere else using roads. This makes it one of the most challenging and remote areas of our planet to bring high-speed internet to.
In spite of all these challenges, Starlink managed to reach the peak speed of 10 Gbps symmetric at this remote area. In addition, the company noted that with the help of "bonded gateways," which means combining connections from multiple ground stations into one big connection, it is possible to achieve even higher speeds, up to 20 Gbps symmetric for very remote and extreme cases.
This isn't merely about a spectacular speed test result. This announcement is part of a broader narrative that SpaceX is crafting through Starlink.
1. Change in scope from consumer to enterprise: Starlink started out as an attempt to bring broadband connectivity to underserved households without access to cable or fiber. Now that there are 10 Gbps symmetrical speeds available anywhere, it seems that SpaceX plans to target a lot more than just consumers who want to stream content or engage in video conferences.
2. User base expansion In no small part due to its growing speed capabilities, Starlink's customer base has increased dramatically. At the time of this writing, the service boasts more than 12 million subscribers in more than 160 countries—compared to only 9 million subscribers in 2025.
3. More Satellites Will Be Launched With the acceleration mentioned above goes the filing SpaceX did with the Federal Communications Commission (FCC) recently about launching the next generation of the Starlink satellite constellation. In particular, SpaceX requested approval to launch up to 100,000 low-earth-orbit satellites. They will allow people to get super-fast, ultra-low latency, and multi-gigabit communication both individually and through companies, governments, and AI-driven devices.
According to the current calculations, each satellite of the third generation will be able to transmit downlinks with the capacity of more than 1 terabit per second (1,000 Gbps) and uplinks with more than 200 Gbps. If so, the current record of 10 Gbps will be just a starting point.
As Starlink is developing its speed potential, it also changes its prices for premium clients. The Starlink Business Aviation service packages have doubled in price recently. For instance, the regional 25 GB plan has become two times more expensive—it costs now $4,000 compared to $2,000 a month before.
Thus, the information about the possibility to enjoy ultra-fast speed services by Starlink implies that they can be quite pricey at the initial stage of their implementation.
Furthermore, it should be mentioned that the news about Starlink also occurs at the moment of growing competition in the area of satellite internet providers. Rocket Lab has reached an agreement to purchase Iridium Communications for 8 billion dollars.
At the same time, Amazon is also working on bringing their satellite internet project to life, which is referred to as the Leo broadband network. Amazon stated that they expect to start providing services soon after having reached 390 satellites launched into orbit.
The increasing level of competition in this area might also be among those reasons for why Starlink tries to keep up with all the innovations and improvements as fast as possible, proving the fact with a 10 Gbps milestone. It is obvious that speed and reliability can be important factors to stay in front of rivals.
It should be noted that no additional information concerning either any new requirements for devices or new pricing was mentioned together with the statement about the 10 Gbps speed boost, which means that this particular improvement is connected only with some testing conditions or special tiers of hardware or services.
But one thing is quite obvious—the network's infrastructure is indeed capable of providing Internet speed that can compete with wired broadband and sometimes even beat it hands down, even in the remotest corners of our planet. And, as Starlink expands further and new satellites join the network, these speeds might be enjoyed by wider segments of customers.
