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New White Papers
OpenVPX System Bandwidth: A comparison of 10Gb Ethernet Performance, Serial Rapid IO, and InfiniBand
Low-Power Processors: When Performance Matters
Applying “Sandy Bridge” to Embedded Applications
DSP Applications to Reap Benefits from Inclusion of AVX in Processors
The Significance of Intel’s Core i7 to Embedded Computing
Analysis of LTE Base Station Software Deployment on Multicore SoCs
To achieve full multicore entitlement, SoCs require a hardware infrastructure without bottlenecks, as well as a simplified software infrastructure. The advent of high-speed cellular
MIPS Technologies Introduces New Aptiv™ Generation of Microprocessor Cores
New 3U VPX Single Board Computer from GE Improves Throughput While Reducing Thermal Footprint
PureWave Networks selects Texas Instruments’ wireless infrastructure SoCs for family of LTE small cell base stations
Adax Announces Octeon II Packet2-PCIe Board and Software For RMS LTE Packet Processing
DMP Introduces High-End OpenGL ES 2.0 IP Cores and Multi-Core Configurations to Its SMAPH-S Product Family
eSOL's eCROS Platform with eT-Kernel Multi-Core Edition RTOS to Support Xilinx Zynq-7000 EPP
DMP Adds High-End OpenGL ES 2.0 IP Cores and Multicore Configurations to Its SMAPH-S Product Family
Kontron brings benefits of quad-core 3rd generation Intel® Core™ i7 processor technology to the embedded space
TSMC's 28nm Based ARM Cortex-A9 Test Chip Reaches Beyond 3GHz
New IPC Survey to Measure Impact of On-Shoring in the Electronics Industry
Featured Blogs
JB’s Circuit

Print’s role in Semiconductor IP Design
Print content continues its steady decline in our everyday lives. But what is the real impact on semiconductor...
Editor's Note

The connection between mobile devices and data centers is growing stronger, and so are the opportunities...
Koby's Kaos

The sleigh is ready, the presents packed, it’s the futures I’m worried about. Less wires, more batteries,...
Wizards of Electromagnetism

Interview with me, Colin Warwick, at EE Web...
Carbon Design Systems Launches Performance Analysis Kits / (EDA Blog)
Carbon Design Systems is accelerating the analysis, optimization and verification of system-on-chip (SoC) performance with their new Carbon Performance Analysis Kits (CPAK). The CPAK family for ARM Cortex processors includes reference hardware and software designs along with analysis and debug software for the Cortex-A9,...
Page Colouring on ARMv6 (and a bit on ARMv7) / (Software Enablement)
<p> Page colouring is a technique for allocating pages for an MMU such that the pages exist in the cache in a particular order. The technique is sometimes used as an optimization (and is not specific to ARM), but as a result of the cache architecture some ARMv6 processors actually ...
Heterogeneous Cores Turn Off Transistors To Save Power / (Electronics Design Articles)
By Linley Gwennap The combination of architectural techniques such as heterogeneous multicore and new advances in transistor design should enable a continual increase in processor performance and capabilities for at least the next decade....
#WIRELESS: "View Apps on Your Auto Dashboard" / (NextGenLog)
The video monitors built into many new car models can now view apps running on your smartphone, thanks to a virtual network computing (VNC). STMicroelectronics is the latest supplier of infotainment solutions for automobile manufacturers to adopt VNC, allowing any smartphone to use the larger dashboard display for its apps:...
Featured Articles
The Next Big Challenge
The path forward may be more focused on matching goals at the architectural stage, and then being able to swap information as a design progresses. Software is the next big target in
Analysis of LTE Base Station Software Deployment on Multicore SoCs
To achieve full multicore entitlement, SoCs require a hardware infrastructure without bottlenecks, as well as a simplified software infrastructure. The advent of high-speed cellular
Multicore Balancing Act
The transition to multicore helps meet performance requirements while still fitting into the power, area and cost constraints of embedded systems. Based on recent studies, the VDC
Reducing the Power, Size and Cost of High-Performance Multicore Applications
Programmable GPUs can be programmed and optimized to unlock the full potential of standardized processing hardware for the rapid development of next-generation multicore applications. High-performance
More Analog Needed for Multicore SoCs
Minimizing on-chip power consumption continues to be one of the greatest challenges facing SoC designers. Everyone who owns a cell phone has undoubtedly seen the effect on limited battery
Technology to Help You Sleep Better at Night
Heterogeneous multicore designs help reduce system cost, size and power consumption for real-time, high-performance systems worldwide. While people may not realize it, they interact
Carrier Grade Edition 6
A CGL compliant, high performance, high availability carrier grade Linux designed for next generation multi-core network architectures.…
Flat Program? Overheated Multicore Application?
Roadside assistance with an industry-standard inter-process communication - MCAPI Planning the Multicore Journey Approaching multicore is like planning a road trip; the vehicle should
Maximize Multicore Processor Efficiency with Parallel Programming Paradigms
A heterogeneous multicore architecture can significantly improve parallelization and scale with silicon technology, enabling the performance to drive today’s mobile broadband networking
Using Linux Trace Analysis to Verify and Validate Complex Multicore Systems
Software developers and system designers must have a complete picture of process interactions and performance within the embedded system under development. Traditional debugging methods
EECatalog on Facebook
Featured Product Briefs
SAMC-514 Quad-core Processor AMC based on Core i7
Supported Architectures: Intel x86 Compatible Operating Systems: Windows, Linux The Scan Engineering Telecom’s SAMC-514 is a second generation of SET Quad Core Processor

















