Tag Archives | MIPS

The latest MIPS-based communications and networking processors

         

A few days ago somebody asked me on Twitter for a list of MIPS-based networking processors. A few hours later I went to work and produced a list of the most recent chips that use MIPS CPUs. The list below focuses on two main categories: 32-bit home networking and 64-bit enterprise communications, storage and security. […]

Continue Reading 2

Ingenic introduces MIPS-based M200 chip and Newton2 platform for wearables and IoT

       

Earlier this year I reported about Ingenic Newton, a new MIPS-based platform targeting a wide range of connected consumer devices, including wearables, smart appliances and e-health sensors. This board was powered by an Ingenic JZ4775 chip which included a MIPS32-based XBurst single-core processor clocked at 1 GHz. Today I am very excited to introduce Ingenic […]

Continue Reading 9

Chipsets for smart glasses and other high end wearables

      

Smart glasses are an example of high-end output wearables; whether they’re used in industrial applications or to augment our everyday life, smart glasses are the poster child for computer vision applications and require significantly more horsepower than a traditional smartwatch. Smart glasses can be used for industrial applications or to augment everyday life activities Designing […]

Continue Reading 0

SoCs for smartwatches and other mainstream wearables

     

According to a team of Gartner analysts, affordable Android-based smartwatches will retail at $30 by 2015 as interest builds up inside consumer mass markets in China and internationally. This puts smartwatches at the forefront of wearable adoption, since it is a category of devices that consumers are already familiar with and feel comfortable using. A […]

Continue Reading 1

Wearable SoCs for fitness bands and activity trackers

      

Fitness bands and activity trackers are helping millions of consumers monitor their exercise habits and improve their  overall health. IHS Technology is projecting that fitness trackers will be worth $2.2 billion in 2014, up 22% over last year’s $1.9 billion. Designing embedded processors for fitness bands If you are targeting such a device, an M-class […]

Continue Reading 1

Get that smartphone chip out of my wearable!

      

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. IDC also notes that wearables […]

Continue Reading 1

MIPS64: the past, present and future of 64-bit computing

     

The launch of our brand new MIPS I6400 64-bit CPU marks the beginning of a fresh chapter for 64-bit MIPS processors. This article aims to offer you an introduction to the latest version of our MIPS64 architecture (one of the three 64-bit CPU architectures supported by Android 5.0 Lollipop) while answering a few of the […]

Continue Reading 2

The incredible evolution of the MIPS architecture

     

MIPS is the shining star of the highly efficient, low power CPU design principles that have shaped the mobile and embedded industry for nearly three decades. In this article, I will try to offer you a quick overview of how the MIPS architecture evolved from its early beginnings in the Stanford University computer science labs […]

Continue Reading 3

How to reduce dynamic power by 50% for a MIPS CPU

      

Designing a CPU takes a lot skill and effort. Taking said CPU and reducing its dynamic power consumption by 50% takes a particular set of skills, skills one has acquired over a very long career. After successfully delivering the first DOK for PowerVR Rogue GPUs, Imagination and Synopsys embarked on a second project that aimed […]

Continue Reading 0

How do I get started with FlowCloud?

        

FlowCloud has been engineered by Imagination to optimize device to cloud connectivity for embedded applications. It provides a comprehensive, application-independent platform that enables rapid construction and management of machine-to-machine and man-to-machine connected services. It is designed to address the needs of emerging IoT and cloud-connected devices but is equally adept at handling complex services relying […]

Continue Reading 0