Machine to Machine (M2M) Communication for Telematics and Pervasive Computing

MACHINE-TO-MACHINE

Overview
Documentation

M2M with Intel Inside

Powered by intelligent Intel® Atom™ processors, M2M technologies connect people, devices and systems – turning machine data into actionable information for profit. M2M solutions based on Intel® Atom™ processors span the network and use built-in analytics capabilities and intelligence to offer:

Smart services
Optimum performance-per-watt density
Continuity of architecture across all embedded applications – smart home, auto, factory, infrastructure
Standards-based, off-the-shelf efficiency for lower TCO

Machine-to-Machine Ecosystem

RELATED LINKS

Article-Connected World Magazine*: M2M Scale-An Open Value Chain Debate

While there is much talk of industry forecasts projecting intelligent connected devices to reach 50 billion by year 2020, experts offer varying ideologies to meet the future demand head-on.

Version: 001 : March 2011
Article—Connected World Magazine*: The New Smart-Embedded Economy

Learn about autonomous manageability with service-ready platforms in May/June 2011 Connect World Magazine article.
Service Providers

Flexible and Scalable Embedded Solutions for Service Providers
Sprint* SmartGrid - Sprint M2M - Machine-to-machine and Emerging Solutions

America is on a mission to transform the way we manage energy consumption—and Sprint is helping to lead the way. Find Out What's Possible Now.

Documentation

Datasheet: Kontron* M2M Smart Services Developer Kit

Information on Kontron*'s small, powerful, low power M2M Developer Kit.

Version: 001 : September 2011
Machine-to-Machine: Reinventing Embedded Devices for Smart Services

Director of Embedded Connected Devices discusses how ‘Smart’ devices will play a larger role in deliver intelligent services to home infrastructure.

Version: 001 : March 2011
Solution Brief: Intel® M2M Reference Design for Smart Services Development based on the Intel® Atom™ Processor

With a footprint the size of a credit card, the design supports a variety of wireless connectivity and delivers the computing performance required for M2M (machine-to-machine) applications.

Version: 009
Solution Brief: M2M Communications - Intel® Atom™ Processor GoS* Networks GoS Gateway

Learn how Intel® Atom™ Processor is enabling M2M communications and the Guarantee of Service (GoS*) technology.

Version: 001 : September 2010
Solution Brief: More Reliable Business-Grade VoIP and Broadband Service

GOS Networks* overcomes quality of service issues with an Intel® Atom™ processor-based gateway platform.
Solution Brief: Streamlining M2M Platform Design

Intel® and Ericsson* offer system developers an alternative solution in a reference design allowing an easier, less costly approach to M2M applications in a credit card-sized footprint.
Video: Machine-to-Machine Smart Services

In this M2M Smart Service Demo, Bill Tiso, Principal Solution Architect, M2M discuss uses for the M2M - Smart Services development kit developed with Ericsson for application developers.

Version: 1 : May 2011
Video: Machine-to-Machine the Connected World

Kevin Johnson, Director of connected devices at Intel talks about the opportunities for M2M solutions and how Intel intends to grow those opportunities.

Version: 1 : May 2011
Video: Real-Time M2M Solutions—Testimonial

Yanzi Networks* develops a full-scale, real time M2M solutions based on Intel® Atom™ processor & the HSPA Mobile broadband.

Version: 1 : May 2011
White Paper: Kontron* Simplifying M2M

Machine-to-machine connected computing solutions are rolling out worldwide and across all industries.
White Paper: Service Provider Enablement—Endless Possibilities for the Future of Communications

This paper provides an overview of how Intel® technologies can help service providers increase average revenue per user (ARPU) and address network capacity issues, while managing costs.

Version: 1 : April 2011

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Intel provides configurations of processors and chipsets to meet the power-efficient performance, Internet connectivity and security requirements of embedded devices.