Adax Inc
Tel: (510) 548 7047
Smart Chimps, March 2017
Media commentators and industry experts alike are making bold predictions about how the move to 5G is necessary to facilitate the explosive increase in demand for wireless broadband services needing faster, higher capacity networks that can deliver video and other content-rich services.
February 27th, 2017 – Adax, an industry leader in high performance signaling and packet processing infrastructure, today announces it is joining forces with IT Partners Telco to enable the wireless communications specialist to provide Internet Service Providers (ISPs) with a complete network solution. IT Partners Telco will now introduce the Adax EPC-as-a-service model to the 160-plus small 3.5/3.7G license owners in Poland, with a view to expanding its client base into the neighbouring Czech and Slovakia markets.
February 20th, 2017 – Adax, an industry leader in high-performance signaling and packet processing infrastructure, has today announced the launch of its new signaling extender. The Adax SX meets the needs of service providers wanting to maintain their current legacy time-division multiplexing (TDM) equipment but modernize the core by turning the TDM circuits into VoIP and SIGTRAN before data and calls are transmitted over long distances.
Continue reading Adax SX unlocks the power of legacy TDM equipment
January 5th, 2017 – Adax, an industry leader in high-performance signaling and packet-processing infrastructure, today announces it has successfully completed an international interoperability test with global billing and softswitch solutions developer, PortaOne. This means that PortaOne can deliver LTE provisioning and OCS (B/OSS) solutions in accordance with the Adax LTE-EPC.
RCR Wireless, May 2016
…With connected cars, kitchens and even cows being showcased for the world to see, one very important question begs to be answered – just how are network operators going to be able to cope with the overwhelming demand to be connected today? …
Smart Chimps, May 2016
IoT clearly presents mobile operators with huge potential for market growth, and with the phenomenon giving the end user a greater control of their connected devices from their handset than ever before, there’s a clear demand from both sides for it to work.
However, if this tech revolution is to truly take off and its full capabilities are to be fully realised, IoT developers and mobile operators must first conquer the key issues which may prevent it reaching its full potential. In particular, in the telecom world, network capacity should be viewed as the biggest concern.
VanillaPlus, April 2016
According to an industry report, a massive 86% of operators admit they are not ready for IoT so with many industry experts expecting mobile to be the key to making the concept a success, just how can the industry ensure end users will be satisfied?
IoT Global Network, April 2016
The Internet of Things (IoT) has continued to snowball over the past couple of years, and it’s the buzzword that continues to dominate the tech world. It was alarming just how big a focus it was at Mobile World Congress this year, writes Robin Kent, the director of European operations at Adax.
Capacity, March 2016
There are voices that argue that for moderation in place of unseemly haste if this future is to be reached bloodlessly. Robin Kent, director of European operations at vendor Adax, believes that in the headlong rush to virtualise, assumptions are often made than software is where all emphasis should go at the expense of hardware elements: “To prove successful, NFV can only occur when there is architecture in place for both hardware and software,” he warns. “Getting away from proprietary hardware is good, but let’s not throw the baby out with the bath water.”
The Mobile Network, March 2016
IoT was a massive topic at MWC in general, but one particular aspect was being highlighted by signalling platform provider Adax. Adax’s Robin Kent is concerned that the sheer volume of connections, and their often inherently chatty nature (think a connected car app) will overwhelm the security and transport architecture inherent in current mobile signalling.
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