1 through 7 of 7 articles found
CompactPCI and AdvancedTCA Systems
Car safety
By Hermann Strass, European Representative (European Representative)
Summary:
3U CompactPCI systems help automobile manufacturers test the increasingly complex hardware and software and dozens of microprocessors that go into the modern car
3U CompactPCI systems help automobile manufacturers test the increasingly complex hardware and software and dozens of microprocessors that go into the modern car
DSP-FPGA.com
The programmable supercomputer on wheels
By Joel Seely (Altera Corporation)
Summary:
Total costs associated with sophisticated automotive electronics systems are rising. While automotive electronics now account for 22 percent of a vehicle's cost, industry analysts project that this figure will increase to at least 40 percent by 2010. As these systems continue to evolve with rapidly changing requirements, manufacturers strive ... (continues)
Total costs associated with sophisticated automotive electronics systems are rising. While automotive electronics now account for 22 percent of a vehicle's cost, industry analysts project that this figure will increase to at least 40 percent by 2010. As these systems continue to evolve with rapidly changing requirements, manufacturers strive ... (continues)
DSP-FPGA.com
Mixed signal ICs enable auto intranets
By Herve Branquart (AMI Semiconductor)
Summary:
Recent figures from Gartner Dataquest indicate annual automotive semiconductor consumption rising from $17.3 billion to $24 billion between 2004 and 2008. Subsequently, as vehicle electronic content grows, engineers must seek increasingly integrated and cost-effective solutions for the control of, and interface to, in-vehicle systems. This, i... (continues)
Recent figures from Gartner Dataquest indicate annual automotive semiconductor consumption rising from $17.3 billion to $24 billion between 2004 and 2008. Subsequently, as vehicle electronic content grows, engineers must seek increasingly integrated and cost-effective solutions for the control of, and interface to, in-vehicle systems. This, i... (continues)
Embedded Computing Design
Leveraging FPGA coprocessors to optimize automotive infotainment and telematics systems
By Paul Ekas (Altera)
Summary:
This article describes the requirements for an automotive entertainment system, discusses a mainstream system architecture, and will identify how an FPGA coprocessor can be integrated into both the hardware and software architecture to address high-performance processing requirements, flexibility requirements, and cost reduction objectives.... (continues)
This article describes the requirements for an automotive entertainment system, discusses a mainstream system architecture, and will identify how an FPGA coprocessor can be integrated into both the hardware and software architecture to address high-performance processing requirements, flexibility requirements, and cost reduction objectives.... (continues)
PXI, Test and Technology
Getting the data right the first time: using PXI in an in-vehicle test system
By Brent Boecking (National Instruments)
Summary:
This article discusses the impact of intelligent in-vehicle test systems on the problems test engineers encounter and compares the new technology to in-vehicle data loggers.
This article discusses the impact of intelligent in-vehicle test systems on the problems test engineers encounter and compares the new technology to in-vehicle data loggers.
Embedded Computing Design
Hybrid digital signal controller enables next-generation automotive control systems
By Ross Bannatyne (Motorola SPS)
Summary:
This article discusses a new category of electronic hybrid controller that combines the most useful attributes of Microcontroller Units (MCUs) and Digital Signal Processors (DSPs).... (continues)
This article discusses a new category of electronic hybrid controller that combines the most useful attributes of Microcontroller Units (MCUs) and Digital Signal Processors (DSPs).... (continues)
Embedded Computing Design
CompactPCI and GigaSTaR team up in public transportation
By Paul Gaudreau (Inova Computer, Inc.)
Summary:
This article discusses the various advantages CompactPCI/GigaStar bring to public transportation. GigaSTaR provides the capability to serve an unlimited number of cars, therefore reducing the number of computer systems required to provide infotainment throughout the cars of public transportation.... (continues)
This article discusses the various advantages CompactPCI/GigaStar bring to public transportation. GigaSTaR provides the capability to serve an unlimited number of cars, therefore reducing the number of computer systems required to provide infotainment throughout the cars of public transportation.... (continues)
