#terawave

Blue Origin TeraWave: Building the Next-Gen Data Highway in Orbit

The next leap in global data infrastructure is arriving — and it’s being built in space. Blue Origin TeraWave, a 6 Tbps satellite network, is Jeff Bezos’s most ambitious step yet toward transforming how the world handles large-scale data.

Unlike consumer-focused broadband constellations, Blue Origin TeraWave targets enterprise, research, and government sectors that demand industrial-grade connectivity. Its hybrid satellite system — combining Low Earth Orbit (LEO) and Medium Earth Orbit (MEO) layers — ensures both global coverage and lightning-fast optical transfer speeds.

🔹 LEO Layer: 5,280 satellites delivering up to 144 Gbps per link. 🔹 MEO Layer: 128 satellites with laser terminals for secure, high-throughput connections reaching 6 Tbps.

TeraWave’s symmetrical data performance allows organizations to send and receive massive datasets instantly — a vital feature for AI, defense, and cloud analytics.

November 27, 2006 - -Terawave communication company and K-micro Company announce today both sides have already cooperated in developing the characteristic most high GPON OLT of the industry and using PHY ASIC chip.

This ASIC chip guarantees to realize very low GPON physical layer by carrying on fast phase lock and corresponding upstream flowrate synchronization mechanism to burst signal received Expenses.

The executive vice president Boris Auerbuch of Terawave Company shows: "we BM-CDR technology ( Burst mode clock and data restoration) Meet the intersection of ITU-T G.984x and standard to requirement that burst mode operate totally, and support very wide operating temperature range, suitable for the indoor and employ as well as suitable for outdoor use. "

K-micro get these sincere new ASIC the intersection of BM-CDR and technology intergration already. These chips are divided into two editions, an edition is " Copper Tub" (CT1) ,The working speed is in 1244/1244Mbps, one is CT2, the speed is 2488/1244Mbps.

Chip this can support burst signal of arbitrary length under situation of losing lock, integrate, come, support by various advanced function at the same time for example photoelectric control and move ahead simultaneously, warble application such as inhibiting from and self-recovery. This chip has still maximized the ground reduced power and cost by perfect cmos process.

CTO Vijay Pathak of K-Micro Company was represented, the cooperation between Terawave and K-micro has already brought up the preferably single chip PHY of characteristic in the industry. This benefits from abundant experience that Terawave accumulates in the field of GPON, and high-performance SERDES and burst mode CDR technology of K-micro.