I-PEX has announced the release of NOVASTACK® 35-HDP 12, a new addition to its NOVASTACK® series of Board-to-Board connectors. Featuring a mating height of 1.2 mm, the connector offers excellent mating operability, high connection reliability, and is equipped with four power contacts supporting 4.5 A per pin.
I-PEX is introducing the new CABLINE®-UMF connector, specifically engineered for Flexible Printed Circuit (FPC) cables. This new connector in the CABLINE® series is offered in a small form-factor (2.35 mm height) with a mechanical lock, while maintaining the signal integrity and EMI performance of other CABLINE® products.
Medical display technology continues to evolve with trends like augmented reality (AR) overlays and wearable heads-up displays on the horizon. By selecting high-performance interconnects such as CABLINE® for video transmissions and EVAFLEX® for internal wiring, device designers can deliver crystal-clear visuals and robust, hygienic equipment that meet the demands of modern diagnostics and surgery.
The micro RF connector MHF® 4L LK features a patented locking mechanism that significantly enhances plug retention compared to standard micro RF connectors.
I-PEX has released additional pin counts for CABLINE®-UM, fully-shielded with multi-point grounds, mechanical lock, high-data-rate transfer (40 Gbps/lane PAM3), 0.4 mm pitch, right angle vertical mating type micro-coaxial connector.
As medical devices become smaller and more mobile, engineers face the challenge of shrinking every component including the connectors. I-PEX have shown that “small, light, and durable” is an achievable trifecta for medical connectors. This empowers medical innovators to create portable and wearable devices that deliver clinic-grade performance on the go, without being encumbered by large connectors or cables.
Robotic-assisted surgery demands connector solutions that deliver high-bandwidth performance and absolute reliability. By utilizing specialized connector families such as CABLINE®, NOVASTACK®, and MINIDOCK™, design engineers can build robotic surgical systems that provide surgeons with seamless control and patients with safer, minimally invasive outcomes.
