Zarlink Semiconductor

For over 30 years, pacemaker and hearing aid manufacturers have relied on Zarlink’s expertise in designing highly reliable ultra-low power technologies that meet rigorous performance and quality standards.

Today, Zarlink is a leader in the design of wireless medical transceivers. Our ultra low-power design and RF (radio frequency) skills are behind new medical applications and therapies integrating wireless capabilities. The world’s first swallowable camera capsule uses Zarlink’s RF transmitter to relay real-time images from the gastrointestinal tract. Our MICS (Medical Implant Communication Services) platform is designed into in-body communication systems that will improve patient care, lower healthcare costs, and support new monitoring, diagnostic and therapeutic applications.

Learn more >
WHAT'S NEW
 17 Sep 2007 - Zarlink Simplifies Design of Medical Telemetry Systems Linking Implanted Devices and Monitoring Equipment
02 May 2007 - Zarlink Introduces Industry’s Highest Performance Implantable Grade Radio Chip for In-Body Communication Systems
11 Apr 2007 - Zarlink Joins Consortium Developing ''Smart Flex'' Packaging for the Miniaturization of Electronic Systems
17 January 2007 - European Consortium Developing Cancer Screening System for the Gastrointestinal Tract
18 December 2006 - Zarlink Leads UK-Government Funded Project Developing Implanted Microgenerator to Harvest Human Energy


CONTACT US
Ask a Question?
ULP Sales Contacts
 
Home | Site Guide | Site Terms & Conditions | Privacy/Security Statement | Feedback | Trademarks
Product & Design  |  Purchasing  |  Company  |  Careers

 FEATURED PRODUCTS
ZL70250 ISM Transceiver
ZL70101 Medical Implantable RF Transceiver
ULP EXPERTISE
Wireless Design
Medical Design
Test and Assembly
RESOURCES
Articles
Whitepapers & Conference Papers
Key Terms
Frequently Asked Questions
Press Releases
Body Area Networks
ASSOCIATED LINKS
Given Imaging
Starkey
European Radiocommunications Office (ERO)
European Telecommunications Standards Institute (ETSI)
FCC MICS