Enabling innovation in wearable SoCs

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© Imagination Technologies Page 1 www.imgtec.com Enabling innovation in wearable SoCs

description

The interest surrounding wearables has never been higher. IDC says that over 19 million wearable devices will ship by the end of 2014, a threefold increase over last year’s figure. Wearable shipments will grow by 78.4 percent annually, eventually surpassing the 100 million mark for worldwide shipments in 2018 alone. We have a unique product portfolio that includes IP processors optimized for performance, power and area (PPA) efficiency and SoC integration. High-performance, highly-integrated systems have already been very successful in mobile devices; however, optimizing for wearables means focusing on a different set of requirements based on ultra-low power consumption and reduced area. This presentation explains our vision for the future of wearable processors. Our customers can mix and match our silicon IP (MIPS, PowerVR and Ensigma) below to create innovative, highly differentiated platforms that set the bar on performance, power, area and functionality.

Transcript of Enabling innovation in wearable SoCs

Page 1: Enabling innovation in wearable SoCs

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Enabling innovation in wearable SoCs

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A business model based on partnerships

Semiconductor vendors

Consumers

OEMs and ODMs

Application developers

EDA and foundries

License fee

and royalties

Chipsets and

reference

platforms

Marketing

and business development

Applications

Consumer

products

Hardware and

software IP

Design

optimization

and test chips

Application optimizations

Chipset

manufacturing

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Enabling innovation in SoCs across many markets

Automotive

Home entertainment

Mobile computing

Networking

Emerging markets

Wearables and IoT

Silicon IP

DOKs* and Tools

System on Chip

Customer solutions

Customer IP (technologies and

know-how)

Ecosystems (tools, middleware,

software, apps, etc.)

*Design Optimization Kit

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Different markets have different priorities

High-end mobile

Ultra-affordablemobile

Smart TV and STB

Wearable

Networking

Automotive

Performance

High-end mobile

Ultra-affordablemobile

Smart TV and STB

Wearable

Networking

Automotive

Area

High-end mobile

Ultra-affordablemobile

Smart TV and STB

Wearable

Networking

Automotive

Power

High-end mobile

Ultra-affordablemobile

Smart TV and STB

Wearable

Networking

Automotive

Features

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Wearable devices

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Fitness wearables, activity trackers

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Fitness wearables, activity trackers

Connected processor

MIPS M-class

MCU

Ensigma RPU Connectivity

On-chip memory Boot ROM

RF

Sensors

MIPS MCU

Power management

MIPS MCU

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Mainstream wearables

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Mainstream wearables

Mainstream wearables SoC

MIPS I-class CPU

MIPS I-class CPU

Always-on sensor hub

Ensigma RPU

Connectivity

PowerVR VPU

Video encoding

PowerVR GPU Graphics and GPU compute

PowerVR ISP

Imaging

MIPS M-class

MCU

Display subsystem Memory

controller Boot ROM

RF

Power management

MIPS MCU

Optional

Sensors

MIPS MCU

On-chip memory

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High-end wearables

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High-end wearables

High-end wearables SoC

MIPS P-class

CPU

MIPS P-class

CPU

Always-on sensor hub

Ensigma RPU

Connectivity

PowerVR VPU

Video encoding and decoding

PowerVR GPU Graphics and GPU compute

PowerVR ISP

Imaging

MIPS MCU Audio engine

Display subsystem

Memory controller

Boot ROM

RF

Sensors

MIPS MCU

Power management

MIPS MCU

… On-chip memory

MIPS M-class

MCU

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SoCs for wearables

MIPS CPU M-class

PowerVR GPU GX5300 G6050 G6060

PowerVR GPU GX5300 G6060 G6100 G6110 G6200

PowerVR VPU VXD395 VXE384

PowerVR VPU VXE384

PowerVR ISP V2500

PowerVR ISP V2500

Fitness and health

IoT

Mainstream

wearables

High-end

wearables

32 and 64-bit

general purpose

processing

Graphics and

GPU compute

Video decoding

and encoding

Imaging

Ensigma RPU Explorer

Ensigma RPU Whisper

Ensigma RPU Whisper

Connectivity

MIPS CPU P-class

MIPS CPU I-class

MIPS CPU M-class

MIPS CPU M-class

Optional

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Enhancing the wearable experience

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Enabling innovation in wearable SoCs