July 2017 Update
During this month of July we received approval to move into a pilot with Customers of Telefónica España, expected duration of the Pilot is six months starting September 2017. Both Residential and Enterprise use cases will be part of this phase.
May 2017 Update
At the end of April 2017, we successfully concluded Phase 2 “Prototyping” of the OnLife Network, during this phase a production ready prototype was built with the necessary software and hardware.
The software was integrated in-house by Telefónica I+D with collaboration of Telcaria in the ONOS side and OpenNebula Systems for the OpenNebula. The 18 members Team incorporates Architects, Engineers, Developers and Product Developers with key specialist from our operators, Telefónica de España and Telefónica Business Solutions.
During the Phase 2 Stage Gate we demonstrated a fully functional prototype with an enhanced version of Telefónica’s Fusión residential service and two enterprise use cases, namely a SD-WAN provided by Navista and a cache by Qwilt. We also successfully integrated SBC solutions from Metaswitch and FreeSwitch.
vPdC - CPE
The infrastructure is placed in an OpenRack v2, powered at -48vDC, the complete POD was designed, supplied and assembled by Amax in Ireland following our specifications, then shipped and deployed in the Madrid Peñuelas CO’s TechLab. The rack assembly shown in the photo is composed of
Dual Intel CPU
30 HDD capacity
In an adjacent rack:
We have started Phase 3 and In September 2017 we will initiate Beta Testing with residential and SBE customers in Madrid. In this Phase we will also build the integration to our commercial and operations systems for complete orchestration of our Customer’s product and services delivery, maintenance and incidents resolution.
OnLife Networks Description
At Telefónica’s Product Innovation - Customer Centric Networks department we are developing a CORD-based solution for our PON access network named OnLife Network, we have made a slight variation on the choice of components of our solution, but the ONOS-CORD fundamental principles and constructs are being fully utilized.
Taking at heart “everything as a Service XaaS” the aim of our CTpd architecture is to migrate Telefónica’s current residential and business monolithic services to programmable IP services, and to host a new generation of edge-computing services that are furnished not only by Telefónica but from any third party that wants to benefit from a CO’s proximity to the Users.
The architectural components chosen for our implementation are depicted in the following diagram:
We opted for an all-IPv6 solution in the data plane which allows us to provide advanced networking solutions to our residential customers that otherwise are quite cumbersome to implement.
Right now we are actively contributing in the VOLTHA development.