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This webinar examines software, methods and case studies of COTS software and hardware that will unlock the potential of multicore devices so that all cores can be used. Industry experts also describe ways to use multicore devices in mixed critical systems where different certification levels are desired.
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7 Essential Cabinet Design Considerations for Protecting 19" Electronics
Overcoming Advanced Signaling Integrity Issues in High-Speed Systems
Increasing Precision in Diagnostic Equipment
As IoT Expands, Automotive Software Innovates to Connect, Integrate and Ensure Functional Safety
01/22/15 What steps led to the creation of a heterogeneous overall system that meets the functional...
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Infineon and UMC Announce Manufacturing Agreement for Automotive Applications
12/17/14 Companies will jointly bring Infineon’s Smart Power Technology to UMC’s 300mm manufacturing The...
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What’s Keeping the Automotive Features Protecting Us and Our Data from Being Crowded Out
12/02/14 At an alarming rate, what’s carrying our stuff and transporting us is crowding electronics into tight boundaries—can automotive embedded keep up, or will the ability to keep unintentional transmissions, iffy power delivery and harsh chemicals at bay suffer?...
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Cypress and Spansion to Merge in $4 Billion All-Stock Transaction
12/02/14 The combined company will: Be a $2 billion global leader in microcontrollers and specialized...
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Top 3 Uses for PCI Express Switches
11/26/14 Listen up: here’s where you’re going to use a PCIe switch....
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Security Advice from the US Department of Justice: Include “Back Doors” to enable Monitoring
11/25/14 Security Advice from the US Department of Justice: Include “Back Doors” to enable Monitoring. How smart is this?...
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Automotive IC Market to Display Strongest Growth Through 2018
11/24/14 From luxury to base models, IC content on all new cars is increasing. Later this month,...
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Security Advice from the US Department of Justice: Include “Back Doors” to enable Monitoring
11/17/14 Security Advice from the US Department of Justice: Include “Back Doors” to enable Monitoring. How smart is this? By Alan Grau, Icon Labs In a recent statement issued by the U...
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New Products
New Measurement and Graphing Features Extend Analysis Capabilities of Industry Leading CAN FD Solution 01/26/15
Expanded Multi-Instrument Capabilities Enhance WaveSurfer 3000 Oscilloscope 01/23/15
Safety Support Opens up Automotive, Health and Industrial Markets for ARM Cortex-R5 Processor 01/22/15
U-M student develops lower-cost self-driving car navigation system 01/22/15
Robust Controller Board from MEN Micro Provides Full HD Resolution to Panel PCs 01/16/15
TI's innovative automotive infotainment platform enables Ford to redefine the user experience in Ford’s SYNC 3 01/14/15
STARs for Cars: STMicroelectronics Fine-Tunes Next-Generation Car Radios 01/13/15
Video Decoder delivers 960H image over 500 meter cables with built-in Adaptive Equalizer (AEQ) 01/09/15
Featured Blogs
Iconic Embedded
Security Advice from the US Department of Justice: Include “Back Doors” to enable Monitoring
Security Advice from the US Department of Justice: Include “Back Doors” to enable Monitoring. How...
Chris A. Ciufo on All Things Embedded
Eye diagrams don’t lie: ReDrivers, before and after
USB, HDMI, or analog signals degrade to mush over long signal traces or cables; check out these “before...
Pallab's Place
EUV and eBeam at SPIE ADV Litho 2013
While the main manufacturing flows are still focusing on optical lithography, eBeam and EUV are still...
Discourse on Embedded Signal Processing
DSPBridge Open Source DSP Development On OMAP
The DSPBridge project allows open-source developers to use the OMAP processor’s on-chip DSP with...
#AUTOMOTIVE: "Ford Self-Driving Cars Will Be Cheap" #SELFDRIVING #CARS #GOOGLE / (NextGenLog)
Ford funded researchers have found a way to make self driving cars that use a single camera. Google or Ford or someone with deep pockets will first have to send survey cars around to create 3-D maps, similar to the maps your Garmin already has produced.? R.Colin Johnson @NextGenLog, Google+ and EE TimesThree Ford Fusions...
Automotive Expands in Silicon Valley / (John Day)
It makes perfect sense for automakers and tier one suppliers to set up facilities in Silicon Valley where there are, as you may know, a great many very well qualified technical people. It’s one more sign – not that we needed one – of the increasing significance of electronics hardware/software/systems technology to...
Get a Glimpse at New Ethernet Standards in the Works / (Denali Memory Blog)
I attended the IEEE 802.3 meeting in Atlanta last week. I have blogged about Ethernet standards-making meetings before and I thought I should post an update on how things have progressed. Cadence has a comprehensive design and verification IP portfolio for Ethernet, and we strive to keep it aligned to the current standards. Before...
Blog Post: TIer Larry Hornbeck, inventor of the DLP® chip, wins Academy Award / (TI E2E Community)
Exactly one month from today, Hollywood stars, producers, directors, cinematographers, screenwriters and more will anxiously walk the red carpet at the Academy Awards ® , wondering if they are one of the lucky few who will take home an 8 ½ pound, 13 ½ inch tall Oscar®, the most prized award in the world...
Recommended Technology Papers
7 Essential Cabinet Design Considerations for Protecting 19" Electronics
This white paper, written by Vlad Konopelko, Product Marketing Manager, North America, for Pentair’s Schroff brand, introduces seven essential mechanical structure and protection standards and design considerations for specifying a reliable 19” electronics cabinet solution for non-IT applications
Overcoming Advanced Signaling Integrity Issues in High-Speed Systems
As signaling rates continue to increase, maintaining signal integrity has become a much greater challenge for developers. Migrating a system to a next-generation interface operating at 5, 8, 10, or 12 Gbps brings with it increased sensitivity to attenuation and jitter that can severely curtail reach and reliability.
Increasing Precision in Diagnostic Equipment
Precision is at the heart of every diagnostic device. The precision of a system is the degree to which the system will consistently provide the same result given the same operating conditions. Precision is crucial – whether a system is a complex magnetic resonance imaging (MRI) sensor, an embedded tire pressure sensor, or a low-cost blood glucose meter – because it serves as the foundation for both accuracy and reliability. For example, if a meter’s readings between two equivalent samples vary significantly, it will be difficult for the system to determine an appropriate response.
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OS81118
The OS81118 is the latest MOST150 Intelligent Network Controller (INIC) with USB 2.0 Device Port and optionally integrated COAX physical layer. It can be seamlessly incorporated into
Microchip Technology
The MCP2561/2 is a Microchip Technology Inc. second generation high-speed CAN transceiver. It serves as an interface between a CAN protocol controller and the physical two-wire CAN
Automotive Datasheet Directory
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by Microchip Technology Inc.
The MCP2561/2 is a Microchip Technology Inc. second generation high-speed CAN transceiver. It serves as an interface between a CAN protocol controller and the physical two-wire
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by Microchip Technology Inc.
The OS81118 is the latest MOST150 Intelligent Network Controller (INIC) with USB 2.0 Device Port and optionally integrated COAX physical layer. It can be seamlessly incorpora
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