Using twinax cable with ultra-low skew to route signals over a board is a key performance enabler as signal reach and integrity needs continue to become ever more important in high-speed applications.
Samtec works with system architects in the early stages of design to create solutions for cable management that provide even distribution of thermal load. Go to www.dataweek.co.za/*nov21-samtec to watch a video outlining Samtec’s Flyover cable management system in action.
Build a high-speed board-to-board mated set in under a minute Spectrum Concepts
Interconnection
The latest implementation of Samtec’s Solutionator now covers the high-speed board-to-board products with the High-Speed Board-to-Board Solutionator to present a full mated set solution.
Read more...The new VITA 90 landing page Spectrum Concepts
Interconnection
Samtec has launched its new landing page for the small form factor VITA 90 standard comprising rugged modules with a focus on size, weight and power.
Read more...New precision standoffs for ultra-rugged applications Spectrum Concepts
Interconnection
Samtec has launched its new precision PCB standoffs used to either separate printed circuit boards, or to create space between the PCB and the mounting chassis.
Read more...Samtec has reorganised its AcceleRate products online Spectrum Concepts
Interconnection
Samtec recently reorganised its family of AcceleRate products into one webpage to enable easier browsing and comparison of products when trying to find the best high-performance solution for the given application.
Read more...Samtec high-speed interconnects in next-gen UAS Spectrum Concepts
Interconnection
The unmanned aircraft system framework 2.0 autopilot platform utilises several of Samtec’s high-speed board-to-board interconnects for the transfer of data between various add-on boards.
Read more...Precision interconnects for DC to 90 GHz Spectrum Concepts
Interconnection
Samtec has released its 1,35 mm family of products including board and cable connectors suitable for millimetre wave applications to 90 GHz.