Oberhausen, Germany, April 21st, 2015 − ACCESS CO., LTD (TV Connect stand 25), a global provider of advanced software technologies to the automotive, mobile, Internet of Things (IoT) and digital TV markets, today announced that it will demonstrate the latest developments in its multiscreen software portfolio at TV Connect (28-30 April, London, UK). The TV Connect demonstrations will show how ACCESS’ solutions enable operators to create a next generation multiscreen platform that combines linear, payTV and OTT into a single user experience, while securing the media sharing experience and developing new data driven revenue streams.
TOKYO, January 23, 2015 – ACCESS CO., LTD, a global provider of advanced software solutions to the mobile, beyond-PC and digital TV markets, today announced its PUBLUS™ electronic publishing solution was selected for Language Reader, a new electronic book service from NHK Publishing, Inc (NHK Publishing). For the first release of Language Reader,all five volumes of “NHK Enjoy Simple English Readers” will be released on January 26, 2015.
Oberhausen, Germany, January 6th, 2015 − ACCESS CO., LTD, a global provider of advanced software technologies to the mobile, beyond-PC and digital TV markets, today announced that it will demonstrate its NetFront™ Browser BE, built on the Chromium Blink browser engine, now supporting the DLNA® VidiPath™ Remote User Interface (RUI) guidelines at 2015 International CES (demo suite at the Bellagio Hotel, January 6th – 9th, Las Vegas).
Oberhausen, Germany, January 5th, 2015 − ACCESS CO., LTD, a global provider of advanced software technologies to the mobile, beyond-PC and digital TV markets, today announced that its multiscreen management platform ACCESS Twine™ and media sharing technology component NetFront™ Living Connect 3.1 are now pre-integrated and ready to work with next generation CE device chips deploying hardened secure chipsets. The combined solution adds new deployment options and an extended architecture to split functional components into secure and unsecured areas of next generation chipsets.
