AVI-SPL’s Post

Imagine you could validate learning space AV tech placement before install. Rose State College did with VR. Read about the future of AV/UC system design in our case study. https://bit.ly/3U0LHMv #AVoverIP #VR #virtualrealitydesign #vrdesign #highereducation #hybridlearning #AVtweeps

Imagine you could validate learning space AV tech placement before install. Rose State College did with VR. Read about the future of AV/UC system design in our case study. https://bit.ly/3U0LHMv #AVoverIP #VR #virtualrealitydesign #vrdesign #highereducation #hybridlearning #AVtweeps

Great case study that illustrates how we use VR at AVI-SPL! Let’s not only talk about your next project, let us show you. #avi-spl #VR

VR design is a great way to truly understand the solution you’re looking to put into a collaboration space. VR designs helps answer questions that are easily explained through the model and is easy to share with your team to review. Let me know if you’re interested in setting up a VR demo for your next collaboration space.

🚀 Introducing the Future of Computing: The AR Laptop! 🚀 🔁 Posting this incredible demo of the AR Laptop! 🔁 I'm excited to share this fascinating video showcasing the latest in augmented reality technology. The AR Laptop seamlessly integrates digital content with our physical environment, transforming how we work, play, and interact with our devices. 📹 Watch the video to see the future of computing unfold! Key features include: 🌐 Expansive digital workspace. Expand your workspace beyond the screen 🖥️ 🕹️ Interactive 3D holograms 🚀 ✨ Enhanced productivity with AR applications and tools 🛠️ 🎥 Immersive gaming and entertainment experiences 🎮 This AR Laptop is a glimpse into the next era of technology, blurring the lines between the virtual and real worlds. What are your thoughts on the potential of AR in our daily lives? Share your insights below! #AugmentedReality #AR #Innovation #FutureTech #TechRevolution #Productivity #TechInnovation

Extremely high pixel density is key for the next generation of augmented, mixed, and virtual reality headsets.

Applying #OLED #microdisplay technology in #AR #VR has huge advantages: clear and bright full-color display, ultra-low power consumption, etc. At the same time, it is not as “out of reach” as Micro LED. It can be described as a VR/AR head display. A major driving force for development, almost iron nails will become the cornerstone of a new generation of display systems in this field. https://lnkd.in/gXeakpVE #microoled #oleddisplay #microdisplayTECH #glelectronics #OLEDscreen #AMOLEDdisplay #microoleddisplay #Virtualreality #AugmentedReality

Optical See Through and Video See Through Displays are the two most common technologies used in Augmented Reality Headsets. OST display uses special optics like beam splitters to project computer-generated graphics directly onto the real world you're seeing through the transparent visor. Meanwhile, VST uses a small camera on the AR device to capture a live video feed of the real world. The video is then processed, and virtual elements are superimposed onto that video feed before being displayed on a small screen within the device. Both technologies have their own Pros and Cons in terms of cost and quality. But as technology gets better, both of these offer promising use cases in the future AR Devices. Which one would you prefer in your AR Headset? #AR #XR #AugmentedReality #OST #VST

#MicroOLED #microdisplay offers high PPI (pixel density), high integration, and small size. This ensures they are easily portable, have good shock resistance, and have ultra-low power consumption. MicroOLED displays are mainly used in immersive and see-through applications such as augmented reality and virtual reality devices, #telescopes #microscopes, and sights. Product Features: 1920 x 1080 SPR Resolution Multi-Resolution (4*M, M=160~480) x RGB x (4*N, N=120~270) Frame rate: 1920×1080 up to 90Hz Support 8bits or 10bits color depth Interface MIPI+ I2C MIPI DPHY v1.2 with one port (4 lanes), 1.0Gbps/Lane MIPI DSI v1.01 R11 Video mode Support VESA-DSC v1.1 in-chip decoder (3X and 3.75X compression ratio) Support scaling up 1.33x(e.g., 1440×810 to 1920×1080), 1.5x (e.g., 1280×720 to 1920×1080), and 2x (e.g.,960×540 to 1920×1080) Scan direction selection, up or down, and right or left Orbit supported Wide range Brightness adjustment Sequential/Global emission Temperature compensation Image Anchoring #virtualreality #ar #vr #headmounteddisplay #neareyedisplays #nightvisions #glelectronics #microdisplay #microoleddisplay

Extremely high pixel density is key for the next generation of augmented, mixed, and virtual reality headsets. More pixels means more life-like visuals and smaller, more compact displays. Building displays at this scale leads to unique technical hurdles that the industry is still learning to leap. This article looks at technological developments in the space, the specific challenges the industry is trying to overcome, and current solutions for these challenges. #technology #innovation https://lnkd.in/gcGGnQPb