Ceva announces a processor framework for 5G smartphones

By James Rogerson 27 July 2016

Ceva 5G phone chip

Ceva, the leading licensor of signal processing IP for smart, connected devices, has just announced a new processor framework for 5G, dubbed the CEVA-X2.

The processor IP will be at the heart of next-generation silicon chipsets and is designed to combine real-time controller attributes with digital signal processor (DSP) capabilities, for applications such as connectivity and Machine-Type-Communications on 5G phones and Internet of Things (IoT) devices.

It’s said to be smaller and 10% - 25% more power efficient than its predecessor, the CEVA-X4, in use cases where the emphasis is on physical layer (PHY) control processing, as will often be the case with 5G and LTE-Advanced-Pro. For example, where the PHY Datapath tasks such as per-channel measurement and decoding are not required to run on the DSP.

For this it promises a 30% - 65% better die size efficiency. It also promises strong performance even in complex use cases and is supposedly ideal to run both the PHY and MAC for a range of other communication standards.

Michael Boukaya, vice president and general manager, Wireless Business Unit at CEVA, said: "The new CEVA-X architecture framework addresses the DSP 'design gap' that exists for companies developing next-generation modems, including those targeting LTE-Advanced Pro and 5G.

“Many existing DSP architectures simply don't have the performance to tackle these advanced use cases efficiently. The CEVA-X2 brings a host of powerful features that address the key challenges for multi-RAT PHY control processing, ensuring outstanding performance and power efficiency for even the most complex use cases."

Useful reading: What is LTE-Advanced Pro?

About James Rogerson

Sub-Editor at 5G.co.uk

James is sub-editor at both 5G.co.uk and TechRadar. Also works as a researcher/ technical writer for 5G.co.uk and several other websites including TechRadar, T3, Smart TV Radar, 3G.co.uk with work on the web, in print and on TV.

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