The Latest ADTRAN News
Product and Solution Information, Press Releases, Announcements

Throughout 2016, ADTRAN demonstrated its commitment to CORD architectures with its disaggregated and virtualized OLT and ONT products. The company is an ONOS (Open Network Operating System) Collaborator and is focused on ON.Labs initiatives, which include CORD, ONOS and VOLTHA (Virtual OLT Hardware Abstraction). ADTRAN’s CORD-based programmable access architectures are ideally suited to support residential, business and backhaul services over a converged access architecture including 10G EPON, XGS-PON, NGPON2 and P2P 10GE, as well as copper and coax access with G.fast. ADTRAN is the first and only access vendor that has demonstrated open and programmable network elements fully aligned with the R-CORD architecture and its platforms are currently involved in over 25 trials with carriers around the world. These next-generation access products that fit into the CORD architecture are available today and being deployed by several global operators.

NG-PON2 gives carriers like Verizon a foundation to provide customers with upload and download speeds of up to 80 gigabits per second. The results of the trial allow companies to meet increasing traffic demands by easily increasing the capacity of their existing network investment.

NG-PON2 gives carriers like Verizon a foundation to provide customers with upload and download speeds of up to 80 gigabits per second. The results of the trial allow companies to meet increasing traffic demands by easily increasing the capacity of their existing network investment.

Today, each mobile device has its own connectivity and roaming decision-making behaviors, which creates a huge challenge for IT staff when it comes to managing wireless network efficiency, performance and end user experience. Traditional band steering approaches only consider the vantage point of the Wi-Fi infrastructure, don’t coordinate steering events with clients and often result in oversaturated 5 GHz spectrum and slow initial association/connections times or no connection at all. Proprietary antenna beamforming approaches increase signal-to-noise ratio, causing sticky clients and only provide downlink enhancements. With more applications moving to the cloud, a better approach is required.

Today, each mobile device has its own connectivity and roaming decision-making behaviors, which creates a huge challenge for IT staff when it comes to managing wireless network efficiency, performance and end user experience. Traditional band steering approaches only consider the vantage point of the Wi-Fi infrastructure, don’t coordinate steering events with clients and often result in oversaturated 5 GHz spectrum and slow initial association/connections times or no connection at all. Proprietary antenna beamforming approaches increase signal-to-noise ratio, causing sticky clients and only provide downlink enhancements. With more applications moving to the cloud, a better approach is required.

The highly-programmable ADTRAN SDX 600 residential and business 10 Gigabit gateways are the first of their kind, supporting NG-PON2 and XGS-PON to unleash the capacity of fiber networks. When these SD-Access solutions are deployed at a customer site and paired with a unifying next-generation OS and cloud platform, such as ADTRAN Mosaic, service providers can create a powerful user-driven service delivery platform. This approach to user-driven service delivery enables telco and cable providers to operate at web-scale, supporting expanded service flexibility and velocity for voice, data, video and smart home applications.

The highly-programmable ADTRAN SDX 600 residential and business 10 Gigabit gateways are the first of their kind, supporting NG-PON2 and XGS-PON to unleash the capacity of fiber networks. When these SD-Access solutions are deployed at a customer site and paired with a unifying next-generation OS and cloud platform, such as ADTRAN Mosaic, service providers can create a powerful user-driven service delivery platform. This approach to user-driven service delivery enables telco and cable providers to operate at web-scale, supporting expanded service flexibility and velocity for voice, data, video and smart home applications.

The announcement is validation of ADTRAN’s global G.fast technology leadership and follows a series of intensive lab and field trials with the operator during 2016. Allied to the success of these trials was ADTRAN’s partnership approach to addressing Bezeq’s unique Gigabit broadband goals within a short timeframe.

The announcement is validation of ADTRAN’s global G.fast technology leadership and follows a series of intensive lab and field trials with the operator during 2016. Allied to the success of these trials was ADTRAN’s partnership approach to addressing Bezeq’s unique Gigabit broadband goals within a short timeframe.

“ADTRAN G.fast customers have a unique opportunity to differentiate their services with an intelligent, new software-defined networking capability that meets dynamic customer demand with maximum performance,” said Ronan Kelly, CTO for EMEA and APAC at ADTRAN. “With DTA, configuration symmetry is irrelevant. Operators can deploy responsive broadband for the first time, bursting to the full bandwidth potential of the subscriber connection in either direction. This fibre-like capability takes G.fast performance to a new level, matched only by the advanced optics standards such as NG-PON2 and XGS-PON.”