LED spherical racing simulation equipment will be opened at the Hockenheim-Ring GmbH in Germany next year
Zhiwei Information signed a cooperation agreement with the well-known German Hockenheim-Ring GmbH for top-level racing somatosensory simulation equipment. This high-end somatosensory device is equipped with a micro LED spherical screen through Zhiwei's exclusive patented six-axis platform, which can present extremely detailed somatosensory feedback. As well as a highly restored visual experience, it is expected to be opened at the new welcome center at the Hockenheim-Ring next year.
During the COVID-19 pandemic in the past two years, the virtual experience market has grown significantly. More and more racing drivers have joined the ranks of online virtual racing. Major car manufacturers and Formula One have begun to pay attention to it, and have held online racing eSports competitions, which have attracted the attention of a large number of fans. With the lifting of the epidemic around the world, operators of event venues and entertainment centers, in order to extend online events to offline events, the top racing simulation experience will be a new way for operators to attract racing enthusiasts and create community discussion. elements, and the somatosensory simulation technology developed by Zhiwei provides the best racing simulation equipment in the market.
The top somatosensory equipment will be exhibited for the first time in November 2022 at the biggest annual event in the theme park industry, the International Theme Park and Amusement Equipment Exhibition (IAAPA Expo). It is enabled to bring visitors a somatosensory simulated track experience.
LGD develops 12-inch flexible Micro LED full-color display with a stretch rate of 20%
On November 8, LGD announced the development of the world's first 12-inch flexible Micro LED high-definition full-color display, which uses free-form technology to stretch, fold and twist without deformation or damage. The stretch rate is 20%, the resolution is 100PPI, and the Micro LED dot pitch is less than 40μm. The display is based on a very elastic film-type substrate, which is the special silicon used in contact lenses, so it is as flexible as a rubber band and can stretch from 12 inches to 14 inches. According to LGD, the free-form product properties enable solutions that go beyond existing foldable and rollable technologies. And, due to its high flexibility, durability and reliability, LGD believes it is expected to be commercialized soon.
In addition to its thin and light design, this flexible Micro LED display is also versatile and can meet a variety of everyday scenarios because it can easily be attached to curved surfaces such as skin, homes, cars, and aircraft. LGD believes that this The application prospects of this product in different industries such as fashion, wearable devices, mobile travel and games are expected.
It is worth noting that Royole also demonstrated a prototype flexible Micro LED display at the International Display Week (2021 Display Week) last year, with a resolution of 120PPI and a stretch of 130%, which is equivalent to a piece of length. A 10cm screen can stretch to 13cm. Royole pointed out that the light transmittance of flexible Micro LED display technology is better than that of flexible OLED, which can reach 60-70%, which is equivalent to the light transmittance of car film, and is suitable for irregular car windshields, sunroofs, helmets, sunglasses, etc. The surface is perfectly fit and can also meet the needs of light transmission.
BOE developed a high-transparency MLED see-through screen, which can be applied to AR glasses
BOE announced that it has made important progress in the field of LED transparent display, and has developed an ultra-high transmittance actively driven MLED transparent display product with a transparency of over 65% and a brightness of over 1000nit. BOE said that the R&D team has successfully overcome industry problems such as transparent pixel structure design and high aperture ratio backplane. Among them, based on a series of technical blessings such as pixel circuit optimization process and pixel structure optimization, combined with the innovative structure of the transparent area and the optimized wiring design of the shading area, the diffraction is reduced, and the transmittance of the transparent area is increased to more than 90%, and the overall transmittance is reach more than 65%.
BOE MLED "see-through screen" not only ensures the transparent display quality of actively driven MLED, but also allows the items displayed behind the screen to be seen at a glance. It can be used in commercial exhibitions, vehicle HUD, AR glasses and other scenarios. In addition, BOE MLED "see-through screen" adopts a new pixel structure optimization design scheme, which can improve the aperture ratio of the backplane. Based on the design of the pixel transparent area, the transmittance of the film layer in the pixel transparent area is optimized to ensure high charging rate and high uniformity of the backplane. Under the premise of high light efficiency, the display brightness can reach more than 1000nit, and the contrast ratio of 100,000:1 is achieved based on pixel-level brightness control.
Post time: Dec-02-2023