ARTICLES & TOPICS PRODUCT SEARCH WHITE PAPERS NEWSWIRE PREFERRED VENDORS E-CAST SCHEDULE THE MAGAZINE >
Home >

Magazine >

About the Magazine
Editorial Topics
Free Subscription
Contact Information
Columns

Editor's Foreword
Embedded Perspective
Technology Passport
Eclipse Perspective
Departments

Editor's Choice Products
Preferred Vendors
Industry Consortia
Embedded Forum
Environmental Issues
Webcasts

Upcoming E-casts
Archived E-casts
White Papers

Browse White Papers
Submit a White Paper
Submissions

Submit a Press Release
Submit a New Product
Submit an Article for Review
Vendors/Sponsors

Preferred Vendors
Run an E-cast
Upcoming Issue
Advertise
Editorial Calendar
Media Kits








ARTICLES
Printer-Friendly Version

Recently published:

Green up: Automotive solutions designed faster, smarter
Don Dingee —
This month, we look at a couple of ideas changing the way today's greener, smarter cars are designed. In two contrasting cases, one manufacturer is designing hybrid propulsion systems faster, while the other is bringing real-time traffic information into cars to improve commute efficiency.
Green in: Building better displays, designing lower-power Bluetooth, seeking universal chargers
Don Dingee —
In our Deep Green Editor's Choice section, we look at technology helping design green into today's new products.
Designing the future, now
Don Dingee —
Embedded devices are at the forefront of social change.
Wall-pluggable PC powers multimedia video applications
Hermann Strass —
A small embedded computer with a MIPS-based RISC processor provides full-function multimedia video performance.
An innovative approach to communication processors: Multicore Done Right™
Jeff Richardson —
Asymmetric multicore architectures are needed to achieve wire-speed, deterministic performance at the lowest power and cost.
Nonintrusive visibility into multicore SoCs
Rick Leatherman —
Developers must choose a processor architecture with a seamless development environment that includes compilers, debuggers, and performance and profiling tools.
More cores, less waiting
Stephen Lau —
Optimizing multicore devices will be one of the biggest challenges facing developers in the future.
04Multicore progressively powers networking equipment with high-performance software
Eric Carmes —
The Fast Path architecture offers a progressive migration path that enables software reuse and optimizes return on development investment.
04Monitor opens an eye to high-speed SERDES performance
Kevin Walsh —
On-chip eye-monitoring techniques provide visibility to receive-side data after equalization, offering a view of the PHY's performance.
New trends in heterogeneous multicore SoCs
Grant Martin —
Data plane processing units allow designs to be more flexible and optimized than what designers could achieve in the past.
01Video: Q Rate® Connectors from Samtec
John Hynes and Danny Boesing —
Boldly going where no connector has gone before. Q Series® ground plane with enhanced performance Edge Rate™ contacts and a smaller PCB footprint.
02White Paper: EPLSP Series High Speed I/O Cable Assembly
Staff and Staff —
Take a pass on bulky, expensive high speed I/O systems with Samtec's EyeSpeed™ I/O System.
03Making multicore CPUs work in embedded communications designs
Jarrod Siket —
As network traffic gets more voluminous, diverse, and unpredictable, the solutions that used to work well are being overtaxed. A new heterogeneous multicore architecture comes to the rescue.
02Enabling better testing: Reprogrammable on-chip instrumentation
Paul Bradley —
This extensive look underneath the hood at on-chip instrumentation shows how at-speed validation for SoCs can be greatly improved with the right visibility inside.
Green in: MIPS32 on FPGA, dam data distributed, G.hn gains ground
Don Dingee —
In our Deep Green Editor's Choice section, we look at technology helping design green into today's new products.
01White Paper: Getting Started with Android Development for Embedded Systems
Colin Walls —
This paper takes a look at the design of Android, how it works, and how it may be deployed to accelerate the development of a connected device.
01White Paper: How Multicore Enables the Fast and Efficient Deployment of Multi-OS Systems
Dan Driscoll and and Stephen Olsen —
This paper discusses how multicore designs are creating the need for a true multi-OS system. Within this discussion Symmetric Multi-Processing (SMP), Asymmetric Multi-Processing (AMP), multicore hardware and software, development tools, and actual use cases will be covered.
01Green up: Strategies for dynamic power management using embedded Linux
Troy Kitch —
Designers can leverage Linux's capabilities to deliver power savings without sacrificing performance.
White Paper: Finding the Fastest Path to 4G: Reducing Time-to-Market for Wireless Infrastructure
Nikhil Chauhan —
This paper describes the challenges faced by network equipment providers (NEPs) and operators to meet the market requirements for 4G networks. It defines the required development strategies, enabled by embedded computing platforms, that address these challenges.
02White Paper: Non-intrusive Board Test (NBT) Strategies for the Intel Xeon Processor 5500 Series
Dave Bonnett, Eric Johnson and Larry Osborn —
Intel's new microarchitecture, the Intel® Xeon® Processor 5500 Series (codenamed "Nehalem"), is enjoying widespread adoption due ot its high-performance, low-power characteristics.
Security for everyone
Jerry Gipper —
The combination of intelligence and connectivity is making our electronics devices prime targets for attacks.
Wired on home networking
OpenSystems Media —
Spotlight on HomeGrid Forum, HomePNA Alliance, and Homeplug Powerline Alliance
03Current trends in cyber attacks on mobile and embedded systems
Kurt Stammberger —
With the advent of the "Internet of things," we are encountering a new wave of hacking that threatens mobile devices as well as wired computers and networks.
Programming resources boost software security
Paul Anderson —
Developers need tools that can identify and prevent programming errors that lead to security vulnerabilities.
Simulation tool advancements speed design process and improve products
Ted Pawela —
New simulation software tools solve the growing design problem of getting more work done faster and with less effort.
03Reality: The new simulation frontier
Rob Irwin —
FPGAs allow designers to prototype systems without having to build the underlying hardware, bringing the flexibility of software to the creation of hardware.
01White Paper: In-Memory Database Systems (IMDSs): Pushing Past the Terabyte-Plus Boundary
Steven Graves —
The in-memory database system (IMDS), a type of database management system (DBMS) software used in high performance applications including data analytics, securities trading, telecommunications, real-time military/aerospace, embedded systems, and science and engineering applications is able to leverage the multi-core architectures becoming common in companies, university research labs, and government.
White Paper: Executive speakout: Designing better virtually
Marc Serughetti, Vice President —
The virtual platform enables customers to experience the electronic system prior to its physical availability and to start their own development.
White Paper: Executive speakout: The new Linux supply chain
Dan Cauchy, VP of Marketing —
Downloading source and building a Linux distribution ("Roll-Your-Own," or RYO) provides the most flexibility, but requires a tremendous amount of work to integrate all the required components.
01Green up: Keeping the data farm, but taking out the hogs
Don Dingee —
This month, we examine better storage technology that might solve the performance and capacity part of the equation at a much lower power point.
Green in: SoC hibernates, multicore sleeps deep, and kit manages power programmably
Don Dingee —
In our Deep Green Editor's Choice section, we look at technology helping design green into today's new products.
02White Paper: The Next Generation of Static Analysis - Boolean Satisfiability, and Path Simulation....A Perfect Match
Ben Chelf and Andy Chou —
Before the first software application was released, the first software defect(s) had been found and eliminated. Call them bugs, errors, failures or other names not suitable for publication–software defects have existed as long as software itself. As early applications evolved to become more robust and more complex, the remaining defects became more difficult to corral. Simply stated, the more lines of code necessary to create an application, the more defects one would expect to encounter during development.
01White Paper: Effective Embedded Differentiation with Graphical User Interfaces
Geoff Kendall —
This paper discusses the motivations for and potential benefits of switching to LCD-based interfaces, and goes on to describe the challenges facing anyone attempting to deliver a great embedded GUI. This paper concludes with a checklist of things to look for when assessing the merits of the various off-the-shelf GUI software solutions. available today.
02White Paper: SimTest Simulation: A Powerful Tool for Embedded Software Development
Ville-Veikko Helppi —
This paper discusses host-based simulation and introduces two new tools that utilize this type of technology.
02White Paper: The Promise of M2M: How Pervasive Connected Machines are Fueling the Next Wireless Revolution
Syed Gilani —
This paper defines the concept of M2M, cites examples on how M2M is being implemented in various businesses/industries, and discusses how some of the partners in M2M are beginning to offer innovative solutions.
Next

Find Articles, White Papers, and Videos:

Topics:

Ada (1)
BIOS (2)
Blades (3)
Boards (2)
Consortia (12)
Cooling (1)
COTS (1)
DO-254 (1)
DSP (4)
Eclipse (4)
Flash (2)
FPGAs (8)
FPOA (1)
Internet (13)
IPTV (1)
JTAG (3)
Linux (17)
LXI (1)
Memory (6)
Multicore (19)
Optical (4)
PCBs (1)
PCI (16)
PICMG (1)
Power (6)
PowerPC (1)
RAID (1)
RapidIO (1)
Real time (10)
RF Test (1)
SAN (1)
Security (17)
SoC (1)
Software (27)
TCP/IP (3)
TOE (1)
Trends (4)
USB (4)
Video (2)
Wireless (14)
XML (1)