CENTAURI

CENTAURI

Zero Spectrum, Wireless Fibre Optics Technology

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CENTAURI (1-10Gbps) is our mass-produced network device which leverages our Wireless Laser Communication Technology to create a wireless distribution network between buildings, traditional cell towers, street-level poles and other physical infrastructure.
CENTAURI gallery image
CENTAURI gallery image
CENTAURI gallery image
CENTAURI gallery image
CENTAURI gallery image
Launch tags:HardwareTech
Launch Team
AssemblyAI
AssemblyAI
Build voice AI apps with a single API
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What do you think? …

Rohit Jha
Hey PH Community! We've been working on building a space-capable version of this tech in the last 3 years. This is the first commercial product that has come out from the tech. We have been testing behind the scenes with telcos and enterprises in South East Asia. Based in Singapore, at Transcelestial our aim is to help build the future of Internet Distribution worldwide and Last Mile Connectivity is a major roadblock in moving ahead. CENTAURI is our mass-produced network device which leverages our proprietary Wireless Laser Communication Technology to create a wireless distribution network between buildings, traditional cell towers, street-level poles and other physical infrastructure. It is the size of a shoe-box, weighing less than 3kg and capable of delivering true fibre-like speeds to customers at fraction of the cost of traditional fibre. At launch, there are two versions of devices available - 1 Gbps Full Duplex (4G & Enterprise ready) and 10 Gbps Full Duplex (5G-ready). Higher bandwidth capabilities will be unlocked and available for order shortly. CENTAURI is aimed at providing a rapidly deployable, affordable, low cost and high speed Last Mile Connectivity solution which we hope will speed up adoption of 4G and 5G globally, especially in dense residential areas. A lot of such places, during COVID-19 period, require urgent bandwidth upgrades. Happy to answer any questions and work with any businesses who want the speed of fibre optics and the flexibility of deploying radio comms! Cheers, Rohit