Gfast map

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In 2016, looked very promising.
Thousands worked at developing and deploying.
It wasn't enough. 
Most carriers are investing
in fiber or 5G instead.


Dark Blue: Firm commitments from incumbent: BT (10M), Belgacom, Australian NBN, Swisscom,  Austria, Bezeq Israel, Chunghwa Taiwan, Telus Canada, Telekom South Africa, SK Korea, (U.S.) AT&T, Century, Frontier, Windstream, Belgium, Omantel

Mid Blue: Smaller carriers in Germany, Norway, Finland, Japan

Light Blue: Incumbent likely:  France, Germany, Italy

New option where you have copper, digging fiber would be expensive, and you don't have line of sight for microwave. Sckipio's single port is an ideal solution if you need hundreds of megabits a few hundred meters from fiber. A telco engineer told me five months ago that is a common situation. He wanted a way to use a single line of For a decade, people have been making connections like that with six and twelve lines of DSL, awkward and fairly expensive. Copper phone wires go almost everywhere and often you can find a fairly direct connection - especially if you are the phone company with access to the manholes. It's easy to imagine a small radio station with a dozen people on staff across a highway from fiber, or three homes about 200 meters beyond a telco GPON network. 

I live about 50 meters from Columbia's Engineering School, with probably a terabit of connectivity. There are 50 apartments in my building and 800-1000 apartments like mine within 200 meters. Most are owned by Columbia. Verizon can't deliver more than 6 megabits to any of us. It would be easy to deliver 500-800 megabits of to our building if you could find a simple wire run from Columbia, which may well be in place.

Connect that copper line to a unit in the basement, and everyone in the building could have several hundred megabits 95+% of the time. We could have 50/50 or close to 100/100 with cheap, quickly installed VDSL. (Fortunately, we have high speed cable. Most of the world doesn't.)  

I bet field engineers reading this can recall dozens of circumstances this would do the job.


Extends GPON networks by leveraging existing coax and copper wiring

Ramat Gan, Israel – October 11, 2016 – Sckipio Technologies, the leader in, announces the first single-port distribution point unit (DPU) reference design to provide up to 1Gbps of symmetrical broadband over existing coax and copper wiring. The solution acts like virtual fibre by extending GPON networks with twisted pair or coax within multi-dwelling units (MDUs) and single-family households (SFUs).

The new reference design leverages Sckipio’s breakthrough dynamic time assignment technology (DTA), which provides up to 1Gbps of broadband access in either direction. The solution also supports reverse power feeding from Microsemi to make it easy to implement in many environments including at the door, at the floor, in the basement or outside the residence.

Sckipio’s solution uses a very thin management layer for allowing operators to keep their existing GPON management layer and to extend it with a separate management layer. This speeds up the FTTH rollout by avoiding costly and time consuming IT integration of new management protocols into existing management frameworks.

The joint reference design was build in conjunction with Intel and Microsemi, offering OEMs the fastest path to deployable single-port DPUs. The solution will work within an existing Intel-based GPON management infrastructure.

“Sckipio is opening up an entirely new use-case for,” said Teresa Mastrangelo, Principal Analyst, Broadbandtrends. “By combining DTA and unmanaged, Sckipio makes it effortless to add to any GPON network.”