New CPE design to dramatically improve flexibility and scalability of G.fast deployments
The Hague, The Netherlands – June 16, 2015 − Sckipio Technologies, the leader in G.fast broadband access modems, today announced a new line of G.fast reference designs to support G.fast CPE modems inside an SFP pluggable form-factor – an industry first. The company also announced the world’s first CPE bridge reference design designed with reverse power injection for use in powering distribution point units via reverse power-feeding (RPF). These announcements were made in conjunction with the TNO Ultrafast Broadband Seminar, which runs from June 16-19th in The Hague, The Netherlands.
Sckipio now has three new G.fast CPE reference designs:
“Historically, access technology was tied to the residential gateway chipset,” said David Baum, co-founder and CEO of Sckipio. “This locked service providers into one vendor for both the gateway and access technology and often that solution was inferior and expensive. With Sckipio’s approach, the access network is decoupled from the home network, making it a lot easier for service providers to select the best vendor for each technology and use-case.”
“The implementation of G.fast within an SFP enables our extensive portfolio of residential and business fiber gateways the ability to delivery Gigabit speeds over existing building wiring with a seamless transition to fiber installation in the future,” said Chris Thompson, director customer devices portfolio, ADTRAN. “Sckipio’s approach is a key enabler allowing ADTRAN to accelerate the deployment of premium user-enabled broadband and cloud services to homes and enterprises, giving ADTRAN and our customers a substantial competitive advantage.”
When combining operating costs and equipment costs, it is clear that using an SFP is the superior approach to residential gateways. Operators gain from economies of scale since the same residential gateways can be used for VDSL, GPON and G.fast – all without having to build any of that technology inside. The same hardware can be sold for all situations and the SFP module is added to support the specific broadband access appropriate for that installation. That way service providers only pay for the chips they use and they can get higher volumes for the same hardware – also reducing costs.