LED display has the advantages of large size and seamless splicing because of its high resolution

Let’s take a look at the trend of decreasing pixel spacing in LED displays. In 5g era, if the pixel spacing of 0.9375mm is adopted, the size of 8K screen is 325 inches and the height is 4 metara (the screen of 4K is 163 inches). If the hospital or epidemic prevention center has enough space, then the LED screen of p0.9 is a better choice; if the screen height of 8K is limited to 2.7m, then the pixel spacing needs to be 0.625mm.

When 5g solves the transmission problem, the display screen of the key hardware device must also keep up with it. For better experience, telemedicine display is developing towards large screen and high definition. Trenutno, the mainstream display equipment LCD screen, when the size is between 100 inches and 120 inches, is expensive, inconvenient to transport, and the larger size needs to be spliced. This is an extremely serious problem for the medical industry which pays great attention to rigor, accuracy and sensitivity. After years of technology accumulation and market expansion, LED display screen has not only completed the major transformation from outdoor to indoor, but also driven by the mature small spacing, 3D and touch technology, and the trend of continuous narrowing of spacing, it has a greater space of development in the field of medical display, and is expected to have high expectations.

Stoga, posljednjih godina, LED display has the advantages of large size and seamless splicing because of its high resolution, niska svjetlina i visoka siva, HDR, response speed and other indicators, which can show all the details of medical images and help doctors improve the accuracy of diagnosis.

In particular, as the distance between LED points continues to narrow, the realization of 8K ultra-high-definition display, combined with 5g ultra-high-speed transmission, will have a revolutionary impact on telemedicine.

Let’s take a look at the trend of decreasing pixel spacing in LED displays. In 5g era, if the pixel spacing of 0.9375mm is adopted, the size of 8K screen is 325 inches and the height is 4 metara (the screen of 4K is 163 inches). If the hospital or epidemic prevention center has enough space, then the LED screen of p0.9 is a better choice; if the screen height of 8K is limited to 2.7m, then the pixel spacing needs to be 0.625mm.

Trenutno, for high-definition display solutions below P1.0, as early as June 2018, National Star optoelectronics, the leader of RGB display packaging devices, simultaneously released the first mini LED device imd-m09t with integrated matrix devices integrated packaging technology in China and the United States, which effectively solved the problem of commercialization of p0.x in the industry and won the approval of the mainstream market.

For the p0.6 LED display, from the packaging point of view, the new mini LED display application imd-m05 appeared at the just concluded ISE exhibition in the Netherlands, which has made a good technical and market layout for products below p0.6 and micro LED applications.

To sum up, although LCD and other display technologies are still the mainstream of medical display, with the support of 5g and micro spacing LED display, it is expected to help telemedicine Ultra HD and accelerate the arrival of revolutionary experience. And the novel coronavirus infection is a major practical opportunity for China’s telemedicine industry. It is a great training, and will provide valuable research samples and experience for 5G and the super HD display energy medical industry in the future.

Trenutno, novel coronavirus is the first to launch a visualization solution for LED display enterprises. It hopes to provide the epidemic prevention and control command with the fastest speed to help improve the quality and efficiency of epidemic prevention and control. This is also one of the fastest remote prevention and control guidance programs.

We remind LED display enterprises that they may seize the opportunity to research and develop the integration of LED display in telemedicine.