Hypertac’s HyperSpring products combine the company’s high-reliability hyperboloid contact technology, with the mechanical features of a spring-loaded contact, to produce interconnections with improved signal integrity, high reliability and current density, and proven parametric stability over time. Originally designed for semiconductor wafer testing, HyperSpring technology has already found applications in a variety of environments, includin...

Hypertac has announced the introduction of its HMD range of high density, lightweight signal data specifically designed for applications where weight and space are at a premium. The HMD series is suitable for PCB and cable mounted terminations for signals of up to 4A. They offer total environmental protection to moisture and provide superior salt fog resistance.

Hypertac has announced a new shielded version of its modular HyperMod connector to meet the emerging needs for high-speed signal interconnections in railway applications, such as the communication networks made available to passengers within coaches. Its shielding effectiveness meets the exacting EMC requirements of railway environments.

Hypertac’s new HDL Series of low insertion force (ZIF) connectors combine high reliability and ease of assembly with industry-leading mating cycle performance. Designed for use in exacting applications that require a high-quality electrical connection with frequent mating and unmating, the HDL series is a drop-in replacement for commonly used ZIF connectors.

Hypertac has introduced a new rectangular modular coupler for railway applications, from high-speed trains to metros. The Hypertac FH coupler connectors and jumpers interconnect the train vehicles, linking the power, signal and high speed transmissions from the front locomotive to the back of the train. Based on the company’s proven Hyperboloid contact technology, these shock and vibration proof contact systems eliminate fretting, and provide...

Hypertac’s range of DIN41612 (IEC60603-2) PCB connectors are ruggedised to satisfy the demanding requirements of transportation applications. Based on the company’s proven Hyperboloid contact technology, these shock and vibration proof connectors eliminate fretting, and are designed for data, power and co-axial connections.

Hypertronics Corporation, Hypertac's business unit in North America, has announced that NASA Goddard Space Flight Center (GSFC) has approved the Hypertac 2mm cPCI connector for flight use. The Hypertac hyperboloid connector improves system reliability by ensuring signal integrity whilst eliminating contact fretting under the most severe shock and vibration environments.

Hypertac has revealed details of the processing technologies that have allowed it to achieve 100% RoHS compliance for its industrial connector range whilst continuing to fulfil customer requirements for corrosion resistance, EMC behaviour and aesthetic appearance.