Elon Musk’s Starlink’s New High-Speed Antenna Delivers 400 Mb/s Even in Remote Locations
The new antenna from SpaceX is expected to transform internet speeds worldwide, surpassing 400 Mb/s. Better performance in the most remote locations on Earth is promised by a design update. However, a catch exists.

SpaceX's new Performance antenna is another milestone in the company's mission to revolutionise internet access worldwide. The antenna, which was made for professional users, provides a significant speed boost, with a maximum speed of 400 Mb/s, far faster than the usual 250-300 Mb/s that can be achieved with conventional Starlink antennas. As it extends its access to ever more remote regions worldwide, this new model represents a turning point for the company's satellite internet offering.
A Larger Structure for More Powerful Signals
The Performance antenna looks a lot like Starlink's current variant, but it has a much bigger surface area. Better reception and more data throughput are closely correlated with this size increase, particularly for customers who must manage increased data demands in remote locations. Professionals operating in demanding locations, such as distant research stations or maritime sectors, would profit from enhanced connectivity thanks to the design.
Unlike Starlink's earlier models, this one does not come with a built-in Wi-Fi router, even though the antenna is designed to accommodate greater speeds. Rather, customers need to utilise an Ethernet wire to connect the antenna to an existing Starlink router or any other third-party model. Although this choice gives you more networking options, it also makes the installation procedure more complicated.
The external power unit can be powered by a 12 to 56 V DC source or connected to a conventional power outlet (100 to 240 V). Users in remote areas or places with different power infrastructures have more options because to this flexibility.
Constructed to Resist the Weather
One factor that adds to the antenna's endurance is its aluminium construction. Starlink asserts that the Performance model, which has an IP69 classification for resistance to dust and water, is designed to withstand harsh weather conditions. Because of this, the antenna is ideally adapted for use in hostile conditions, such as the heat of desert regions or the frigid Arctic research stations. The antenna may also work in almost every location on Earth because it can withstand temperatures ranging from -40 to 60 °C or more.
To give businesses even more flexibility, the power unit supporting the antenna can alternatively be installed in a rack. The High Performance variant is now on sale for €1,191, which is less than its usual price of €2,390, even though the Performance antenna's price has not yet been formally revealed. It is probable that the Performance antenna will be priced similarly to the previous model.
Companies who need high-speed satellite internet, like cruise ship operators or those in charge of remote infrastructure, are anticipated to be drawn to this upscale product. Satellite internet may be the solution for delivering dependable, fast access in places where traditional broadband options are scarce or nonexistent, as SpaceX continues to advance its technology.