eASIC Corp. (@easic), a fabless semiconductor company that delivers a custom integrated circuit (IC) platform (eASIC Platform), and ASOCS, Ltd.,a pioneer in virtual radio access networks (vRAN) and provider of fully virtualized network function virtualization (NFV)-compatible virtual base station (vBS) solutions, today announced that they have signed a definitive agreement to develop a custom silicon device for the acceleration of next-generation network virtualization applications utilizing the eASIC Nextreme-3 platform.
“eASIC is the perfect hardware acceleration partner,” said Gilad Garon, CEO of ASOCS, Ltd. “The unique single mask eASIC Platform provides us with the necessary performance-per-watt for acceleration needed to implement a virtual base station while meeting our stringent cost and time to market requirements. We are excited to partner with eASIC and enable a new class of virtual base stations.”
ASOCS has developed a breakthrough architecture that enables the functions of a base station to run on virtual machines that leverage commercial-off-the-shelf servers with a hardware accelerator implemented on the eASIC Nextreme-3 platform.
“We’re delighted to collaborate with ASOCS in its quest to revolutionize the telecom network architecture and the wireless landscape by enabling both centralization and virtualization of the mobile base station,” said Ronnie Vasishta, president and CEO of eASIC. “At eASIC, we’re ushering in a new era of hardware acceleration that’s enabling companies to rapidly bring to market innovative, differentiated products that are finely tuned to the stringent performance, power and cost requirements of leading-edge systems for network function virtualization.”
The tremendous growth of cloud computing has spurred demand for customized chips that make a particular application or workload run faster for data centers, security, big data analytics and other applications. In May 2015, Intel and eASIC announced a joint collaboration to develop products that combine the eASIC Platform with future Intel® Xeon® processors. (See Intel-eASIC Collaborate on Customized Intel-based Solutions for the Cloud.)