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 ...

The I-Trac Backplane Connector System from Molex Inc. employs a broadside-coupled, skew-equalized design that can handle data rates over 12.5 Gbits/s. Additionally, it offers superior impedance ...

As data and telecom systems move to speeds beyond 3 Gbit/s, design engineers need improved methods for evaluating the components that go into these systems. Molex has responded to this need with a ...

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 ...

When work started on developing the VPX backplane standard in 2004, members of the VITA Consortium wanted to create something which represented the next revolution in bus boards. The work drew on ...

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.

As the demand for more bandwidth continues to grow, rather than investing in a forklift upgrade, IT managers are demanding more performance and longer product life from their existing equipment. This ...

ELECTRONICS: Molex Inc. has released two additions to the Impact TM Backplane Connector System, its high-speed, high-density connector system for the telecommunication and data networking market. The ...

Samtec is expanding its ExaMAX high-speed backplane connector system optimized for high-density and high-speed performance. The scalable ExaMAX system meets today’s data rates while providing a future ...

The new Kontron 4U Backplane xPB-13E9P3 for PICMG 1.3-based system designs boasts comprehensive PCI and PCI Express Gen 2 support for full-height 4U systems. With double the PCIe lanes of any previous ...

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 ...