The highest capacity satellites ever built

The most exciting thing about ViaSat-3 is not a piece of technology for me. It's the individuals that said, "Hey, we're listening to our customers. This is what they want. They want more bandwidth. They want greater capacity for various industries." And we're going to do that.

One of the beauties of ViaSat-3 are its bandwidth economics, and how they're going to help bridge the digital divide. It's going to allow folks that may not have had connectivity in the past get it at a price point that is affordable for them — so they can interact with the rest of the world.

We’ve been on a journey since our entry into the satellite sector to drive down the cost per bit in our deployed capacity — because when you're able to bring down your costs, you're enabling a better and a more economical way to give more to your customers.

Most people still build satellites with a lot of tube amplifiers and things that look like they came out of the 1950s Soviet Union. 与ViaSat-3, we've gone to a highly integrated payload using solid-state electronics — and that has allowed us to get a lot more capacity out of the payload than we could have any other way.

The normal approach to designing a satellite is to use a group of heritage elements — but to achieve this type of capacity, we had to invent a whole new set of elements. These inventions are defining the next-generation of high-capacity satellites, and what they will enable for the world.

We have a brand-new ground network and new terminals that work holistically with the satellites — when they all work together, they're going to be able to produce the capacity we're talking about.