Amanufacturer in the embedded-computer industry must choose from more than 65 fabrics on a list that just keeps growing. Many of the switched-interconnect technologies use new, specialized backplanes.

High-speed device increases column spacing to halve backplane, daughtercard layers Featuring an increase from 2 to 3 mm in column spacing compared with the previous version, the AirMax VS high-speed ...

The limitations of copper become more apparent when trying to move data at gigabit throughput. When running digital signals with clock rates over 20 GHz for any distance, the solution is fiber. System ...

Communications systems can use the Advanced Switching Interconnect (ASI) as a Swiss army knife for both chip- and board-level links handling control- and data-plane traffic. ASI can replace a variety ...

Copper backplane interconnects, struggling to meet the needs of high-speed backplane communications, are presently stuck at about 10 Gbits/s. In fact, most systems work at just 3 Gbits/s. To go any ...

CHARLOTTESVILLE, VA--(Marketwired - February 23, 2017) - In its just-released report, "Opportunities in Board-Level Optical Interconnects: Optics-Enabled Circuit Boards, Optical Engines and Optical ...

Typically, the system designer breaks an application down into functional elements, and identifies functional blocks such as SBC, Switch and I/O boards. These boards or modules will then be uniquely ...

LAUSANNE, SWITZERLAND--(Marketwired - January 13, 2016) - Kandou Bus will present a paper at DesignCon 2016 that will compare the sensitivity of PAM4 and Ensemble NRZ ("ENRZ") to inter-symbol ...

Amanufacturer in the embedded-computer industry must choose from more than 65 fabrics on a list that just keeps growing. Many of the switched-interconnect technologies use new, specialized backplanes.