High speed backplane design is usually an iterative process. Tradeoffs must be made among multiple conflicting goals and constraints including: ... The trusted news source for power-conscious design ...

This contrasts to the 64% of positive responses for serial design activity in 2005. A good portion of this dramatic rate of adoption is due to the penetration of serial technology in backplane ...

Giving backplane designers a leg up, the DesignLink web portal offers a custom suite of proprietary engineering design tools and technical information specific to high-speed backplane design.

The most common design, a conventional backplane, uses a right-angle daughter card (RA DC) mated to vertical backplane headers. While this architecture is familiar to designers, compared to newer ...

The newly released Micro Backplane Design Guide highlights Samtec's high speed and high density board-to-board and panel & I/O interface solutions ideal for high speed micro backplane applications, as ...

The core of this module-based system is a backplane implemented via FPGA ... Check out my blog, AltEmbedded on Electronic Design, as well as his latest articles on this site that are listed ...

While IBIS EBD models provide a good solution for this, without coupling information, IBIS EBD models are of limited use for high-speed serdes busses that traverse the backplane of a design. Using a ...

Make sure lines of the same color do not cross. That’s the problem I faced when trying to design a two-layer 96-pin backplane. Why a two layer backplane? Because it’s cheaper. I’m also ...

The design of IBP breaks down into four major areas, making the most of the advantages of an Internet model while minimising the weaknesses and limitations. As the basic function of any storage ...

Additional space has been allotted for two additional 60-mm, 20-cfm fans. The unit’s open-frame design eliminates the use of expensive extender boards during electrical-circuitry testing.