Blue Origin has lifted the curtain on its plan for an ultra-high-speed satellite data network called TeraWave. (Credit: Blue Origin)
Jeff Bezosβ Blue Origin space venture says itβll be ramping up an ultra-high-speed satellite data network called TeraWave, which will compete with SpaceXβs Starlink network for business from data centers, large-scale enterprises and government customers.
The service appears to dovetail with Amazon Leo, the satellite-based broadband internet service that was Bezosβ brainchild while he served as Amazonβs CEO. Amazon Leo β previously known as Project Kuiper β promises downlink speeds of up to 1 gigabit per second (Gbps). In contrast, TeraWave is targeting higher-end data applications with symmetrical data speeds of up to 6 terabits per second (Tbps), a rate thatβs 6,000 times faster.
In todayβs announcement, Blue Origin said TeraWaveβs constellation would consist of 5,408 laser-linked satellites in low Earth orbit (LEO) and medium Earth orbit (MEO). It plans to start deploying the satellites in late 2027, presumably using the companyβs New Glenn rockets.
Blue Originβs plans are discussed in an application and technical annex filed today with the Federal Communications Commission. In its application, the company is seeking waivers from several regulatory requirements in order to get TeraWave off the ground quickly.
βTeraWaveΒ addresses the unmet needs of customers who are seeking higher throughput, symmetrical upload/download speeds, more redundancy and rapid scalability,β Blue Origin said. An array of 5,280 satellites in LEO would provide access speeds of up to 144 Gbps, while another 128 satellites in MEO would offer terabit-level speeds.
Blue Origin said the multi-orbit network design would facilitate ultra-high-throughput links between global hubs and distributed gigabit-scale user connections, particularly in parts of the world that are not well-served by optical fiber connections.
This chart shows how the satellites in the TeraWave constellation would be connected using optical and radio links. Click on the chart for a larger version. (Blue Origin Infographic)
But what about Amazon, which is in the process of putting more than 3,200 satellites into low Earth orbit for Amazon Leo? Tech consultant Tim Farrar, the founder of TMF Associates, said the emergence of TeraWave raises questions about the relationship between the two best-known companies founded by Bezos.
βThis is a very different design from Amazon Leo/Kuiper, but there is certainly overlap with Amazonβs target customers in the government and enterprise sectors,β Farrar told GeekWire in an email. βIs this all part of an ongoing negotiation with Amazon? β¦ Or an alternative source of launch demand [for Blue Origin] in case Amazon decides to scale back their near-term space investments while they try to prove the case for Amazon Leo Gen1, before spending more money to launch a Gen2 system?β
Farrar speculated that the TeraWave initiative might represent an effort by Bezos to pressure Amazonβs current leadership to keep investing in space, or to spin off the Leo system to Blue Origin. He also said Blue Origin (Bezosβ private space venture) may be in a better position than Amazon (the publicly traded retail giant) to build out a next-generation satellite network.
βOne takeaway is that everyone recognizes the value of vertical integration, where rocket makers create their own launch demand by building a constellation, as SpaceX has done,β Farrar said. βAmazon doesnβt have that right now, and it is a problem when you want to develop a mass-market satellite system with good enough economics to meet consumer price points, because you end up paying the full retail price for your launches.β
The announcement came out of the blue, from Blue, on Wednesday.
The space company founded by Jeff Bezos, Blue Origin, said it was developing a new megaconstellation named TeraWave to deliver data speeds of up to 6Tbps anywhere on Earth. The constellation will consist of 5,408 optically interconnected satellites, with a majority in low-Earth orbit and the remainder in medium-Earth orbit.
The satellites in low-Earth orbit will provide up to 144Gbps through radio spectrum, whereas those in medium-Earth orbit will provide higher data rates through optical links.