The modular FlexVPX platform makes it possible to subdivide the large dimension of the backplane into smaller backplanes while maintaining a high-speed data path between backplanes via a PCI Express ...

Lisle, Ill. — The I-Trac Backplane Connector System from Molex Inc. features a broadside-coupled, skew-equalized design that handles speeds up to 12.5+ Gbits/s. The company says it offers several ...

Designing a Gigabit-per-second backplane requires a precise mix of connector mechanics and printed-circuit board materials, combined with rigorous simulation and measurement. So Agilent Technologies, ...

The benefit of having high-frequency design tools resident on a vector network analyzer (VNA) does not become obvious until the time comes to compare simulation to measurements. At this point, the ...

A new two-slot test backplane for VPX board developers and integrators is designed to the latest VITA-46 specifications. A new two-slot test backplane for VPX board developers and integrators is ...

Current state-of-the-art backplanes used on comm equipment designs bundle 1- to 3-Gbit/s lanes to create a 10-Gbit/s connection to support Gigabit Ethernet or Sonet OC-192 traffic. While a good option ...

Designing electronic systems has become measurably more complex during the past decade. Many of the products that are developed today are in-fact complex interconnected systems. Using the automotive ...

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 ...

Grinn, a company specialising in IoT and embedded solutions, launched a compact but powerful single-board computer (SBC) ...

Designing electronic systems that comprise multiple interacting boards, connectors and cables requires a multi-discipline team collaboration to effectively manage design complexity for optimum product ...