SWINDON Silicon Systems, a global leader in high quality, high performance mixed signal ASICs, will be demonstrating their capabilities on Stand 431 in Hall 5. ASICs are an essential component in many applications from consumer electronics to industrial process control and healthcare.
As part of Schrader International, SWINDON has a long history in the automotive industry, and car electronics is its fastest growing sector. ASICs are now core motorist aids, monitoring many variables and giving real time information that enables the driver to be
fully aware of all aspects of the vehicle’s performance, improving reliability and safety. You’ll be able to see for yourself the latest developments in Tyre Pressure Monitoring Systems.
But it’s not just the automotive sector that can benefit from ASICs: a wide variety of industries use SWINDON for factory automation, industrial controls, sensor interfaces and instrumentation. Yours could be one too. ASICs are no longer out of reach – they’re a
cost effective solution to your problem. Come and find out more about SWINDON via a large "chip" touchscreen display which provides unprecedented levels of functionality within a simple to use man/machine interface.
Visit www.swindonsilicon.co.uk for further information on SWINDON’s ASIC solutions.
About SWINDON Silicon Systems (SWINDON)
SWINDON, the leader in high quality, high performance mixed signal ASICs (Application Specific Integrated Circuits), is part of Schrader International, the global automotive and industrial system component supplier. SWINDON’s UK based design team has developed ultra-low power, high speed ASICs for a wide range of applications from consumer electronics to defence and medicine, and the company’s state of the art wafer probe and ATE test facilities ensure an unrivalled ASIC solution offering. Amongst many high quality, innovative and cost effective developments for the automotive industry, SWINDON’s Tyre Pressure Monitoring System ASICs, meet over 50% of the global demand. SWINDON is TS 16949 Accredited.