Title :
Achieving higher levels of electronic integration through system-on-chip
Author_Institution :
Luton Univ., UK
fDate :
10/1/2001 12:00:00 AM
Abstract :
All aerospace vehicles have the common constraint of limited space for the electronic systems. The challenge has always been how to pack effective electronic systems into the space available. Higher levels of electronic integration can give a competitive advantage; for example, by providing extra channels in a communications satellite thereby increasing revenue to the operator. Today´s deep sub-micron manufacturing processes for integrated electronics offer an opportunity for a step change for electronic functionality that can be packaged in a given space. This technology makes possible, for the first time, a true system-on-chip approach to electronic systems, which is already being exploited by the commercial sector in products such as the mobile telephone
Keywords :
application specific integrated circuits; avionics; field programmable gate arrays; microprocessor chips; multichip modules; radiation hardening (electronics); reconfigurable architectures; space vehicle electronics; ASIC; COTS; FPGA; MCM-D; aerospace vehicles; electronic functionality; extra channels; higher electronic integration levels; radiation tolerance; remote reconfiguration; system-on-chip; Application specific integrated circuits; Artificial satellites; Consumer electronics; Costs; Design engineering; Field programmable gate arrays; Power system reliability; Space technology; System-on-a-chip; Time to market;
Journal_Title :
Aerospace and Electronic Systems Magazine, IEEE