With the power of Intel® multi-core, healthclub members get custom training and coaching in real-time with digital technology that understands their fitness level and state-of-mind.

Version:  001 : January 2011

Intel® architecture delivers media-rich user experiences, reduces development time and costs, enables remote manageability, and provides performance.

Version:  10 : January 2010

With an automated exercise machine powered by Intel® micro-architecture, people can get custom-designed programs to meet personal training needs, with coaching and immediate feedback.

Version:  001 : January 2011

Intel® embedded products enable high-tech fitness centers with intelligent and internet connected equipment.

Version:  1 : December 2010

Intel is working with industry leaders in fitness, and health management to envision the health club of the future. Take a look at what’s coming.

Version:  1 : December 2010

Computerized connected workout equipment based on Intel® technology allows Intel employees to personalize their workout routines for optimum health.

Version:  1 : December 2010

MayaFit is the world's first digital fitness trainer, delivering the benefits of a personal trainer to every person in a fitness center.

Version:  1 : January 2012

Learn more about the intelligent fitness solutions based on Intel® Atom™ platform and how it is changing the way you work out in gym.

Version:  1 : October 2010

Faster, smaller, more energy-efficient technology is transforming the way we stay fit with sophisticated connected workout and training equipment.

Version:  1 : December 2010

Gateway demo illustrates how to address design challenges and satisfy key end user requirements.

Version:  001

Medical imagine requires silicon architecture scalable across a variety of performance and power ranging from high-end CT equipment down to portable ultrasound products.

Intel and Haoyisheng* Doki* Series of Medical Information products support rural health undertaking in China.

Version:  001 : September 2011

Intel® embedded processors enable a comprehensive range of medical point of care terminals.

Version:  001 : January 2011

Intel® Embedded products provide the optimum combination of high performance at the lowest possible power consumption needed for medical observation, diagnosis, and treatment devices.

Version:  002 : May 2008

Empowering consumers and employees to take charge of their own wellness with health screening kiosks based on Intel® processors.

Version:  001 : August 2011

Enabling physicians to improve breast cancer diagnoses in real-time with Intel® Core™ i7 processors.

Version:  001 : August 2011

This case study describes the technologies used in telemedicine and how Medicina a Distancia* advances the treatment of patients in remote areas.

Version:  001 : April 2011

Long life support, hardware and software compatibility, and low power embedded processors power smart medical terminals.

Version:  001 : August 2010

Kontron* single-board computers using Intel® Xeon® Core™ processors enable 3D ultrasound breast imaging systems.

Version:  003 : April 2008

Kshema* use Intel® embedded processors to design a ruggedized device for remote diagnostics and consultions for patients in remote locations.

MedeAnalytics* delivers performance with IBM servers using the Intel® Xeon® 5600 series processor.

Version:  001 : July 2011

Embedded compute modules based on Intel® Core™ processors enable higher quality medical imaging systems at reduced cost.

Intel® Xeon™ processors enhance medical imaging with sophisticated image processing algorithms, for better image quality at lower patient radiation doses.

Version:  001 : March 2009

The cost-effective Intel® Medical Evaluation Kit with Continua Certified* Software Stack provides medical device developers tools to design products on scalable Intel® Architecture.

Version:  001 : January 2011

Virtualization, Intel® AMT and TXT ensure software runs in a stable and reliable environment to maintain peak patient throughput levels.

Version:  001 : September 2009

Omnicell* enhances medical distribution with automated dispensing systems built using Intel® ™ processors.

Version:  001 : August 2010

Intel® embedded products provide the key to substantial cost reduction—remote management of IT across the healthcare enterprise.

Version:  003 : March 2008

Learn how new technologies help healthcare organizations manage medical device and prescription disbursement with less effort, reducing costs, while securing patient data more effectively.

Version:  001 : October 2010

Platform technologies such as virtualization, active management, and trusted execution enhance security, manageability, and reliability in medical devices.

Version:  001 : January 2009

See how Intel makes digital signage, energy, in-vehicle, medical, retail and other systems Intelligent and Connected.

Version:  1 : September 2011

David Zirl, healthcare solution strategist at Dell* presents cloud based health care data management and archive solution.

Version:  1 : September 2011

Intel® architecture with Linux* and Windows* provides wireless critical-business applications the data acquisition and transfer capabilities needed simultaneously, with minimal core usage.

Version:  001 : July 2010

This video talks about the latest developments in Healthcare IT. Learn about Regional Extension Centers, e-Prescribing, and securing remote access to patient data via cloud.

Version:  1 : September 2011

Gail Wilensky discusses the importance of developing strategies to slow the cost of medical spending while improving the quality of health care through availability of remote information sharing. She talks about the high sensitivity for privacy and security and the importance of interoperability between smart devices.

Version:  1 : May 2011

Software for Intel Embedded platforms provide scalability from Intel® Atom™ to Intel® Xeon® processors for medical applications

Version:  1 : December 2010

This video introduces the concept of the Smart Bedside Terminal as a part of the Connected Hospital.

Version:  1 : July 2011

As the complexity and number of connected devices within the clinical environment increases, so do the challenges associated with integrating, managing and securing them.

Version:  1 : December 2010

Intel Medical Market Manager Alex Zilberman explains embedded healthcare medical equipment and how Intel is improving device functionality.

Version:  1 : September 2011

Intel and JAOtech* change healthcare with innovative communication and information access.

Version:  1 : November 2011

Dr. Topol talks about the promise of wireless medical technology and how the smart device capability will improve healthcare and reduce costs.

Version:  1 : May 2011

Intel® multi-core and virtualization technologies meet the 4-D real-time imaging requirements such as high bandwidth and compute capacity.

Intel® Xeon® AMT enhances the ability of health IT to remotely monitor, maintain and repair medical devices.

See how a layered security approach can improve protection and ease the burden on Healthcare IT.

Version:  1 : January 2012

Ultra-low-power, multi-core, virtualization, and scalability improve performance for medical devices.

Review of application for medical terminals including infrastructure requirements and Intel® Xeon® embedded products.

Version:  001 : March 2009

GE* and Intel engineers teamed up to reduce MBIR processing time using the Intel® Xeon™ processor.

Version:  1 : November 2011

Examine the impact of hardware and software data prefetching on the AMIDE* medical imaging application running on Intel® dual-core processors.

Version:  001 : September 2006

Multi-core performance and virtualization technology drive reduction in form factor for embedded applications, such as medical.

Medical device developers can gain system and resource advantages with virtualization, by enhancing compliance and quality assurance while reducing product development effort and system costs.

Version:  002 : January 2011