Introduction to high-definition video signal slip rings suitable for high-end consumer electronics products

At present, the consumer electronicsproducts with high consumption of slip rings on the market are mainly variousstabilizing gimbals. Due to the extremely light weight of these devices, theslip rings used are also ultra micro slip rings with simple structures, smallvolumes, and light weight. JINPAT provides hundreds of thousands of suchminiature conductive slip rings to the market every year. This type of productis represented by the JINPAT LPMS series ultra micro slip rings, and the sliprings consumed in the consumer electronics market are mostly LPMS seriesproducts with 8-15 channels. The diameter of these slip rings ranges from 5.5mmto 7.6mm, and the total weight of the finished product is only a few grams.

For higher end consumer electronic devicessuch as VR, their requirements for slip ring volume and weight are relativelyless stringent, but they increase the need to meet special signal transmissionrequirements. As a professional and powerful manufacturer of slip rings, JINPAThas been the first to develop VR slip rings that integrate high-definitionvideo signals for a long time. With the further improvement of internationalrelated industries, VR equipment and high-end gaming equipment manufacturersintegrating VR functions are beginning to emerge, which means that the demandfor high-definition video signal integrated slip rings for VR equipment andhigh-end gaming equipment will increase in the future.

At present, high-definition video signalslip rings used in high-end VR and gaming devices are mainly integrated withHDMI or DP signals, while SDI high-definition video signals are mostlyintegrated into equipment in the film and television production industry.Currently, JINPAT has been able to develop 12G-SDI high-definition signal sliprings. The DP and HDMI high-definition video signal slip rings developed by JINPATfor VR have the ability to support both DP1.1 and HDMI 2.0 versions ofhigh-definition signals, and higher versions of high-definition signal sliprings are also being developed.