Integrated HMD: Difference between revisions
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[[Integrated HMD]] is the most sophisticated and expensive type of [[virtual reality]] [[HMD]] and [[augmented reality]] [[OHMD]]. This independent computing device is able to deliver [[VR]] and/or [[AR]] experiences without any external hardware such as | [[Integrated HMD]] is the most sophisticated and expensive type of [[virtual reality]] [[HMD]] and [[augmented reality]] [[OHMD]]. This independent computing device is able to deliver [[VR]] and/or [[AR]] experiences without any external hardware such as PC or smartphone. It contains everything from [[display]] to [[processor]]s to [[camera]] and is able to display [[stereoscopic 3D]] images, perform complex [[tracking]] and utilize advanced [[input]] methods. Currently, most of Integrated HMDs are AR OHMDs with high price point and target only business professionals. | ||
Two of the most popular devices, [[Microsoft HoloLens]] and [[Google Glass]], cost $3000 and $1500 respectively. While Integrated HMDs are expensive, they do not require powerful PCs or smartphones, which can cost hundreds to thousands of dollars. | Two of the most popular devices, [[Microsoft HoloLens]] and [[Google Glass]], cost $3000 and $1500 respectively. While Integrated HMDs are expensive, they do not require powerful PCs or smartphones, which can cost hundreds to thousands of dollars. | ||
{{#ask: [[Subtype::Integrated HMD]] | |||
| ?Requires | |||
| ?Display | |||
| ?Resolution | |||
| ?Refresh Rate | |||
| ?Field of View | |||
| ?Tracking | |||
| ?Rotational Tracking | |||
| ?Positional Tracking | |||
| ?Update Rate | |||
| ?Latency | |||
| ?Input | |||
| ?Connectivity | |||
| mainlabel = Devices | |||
| headers = plain | |||
| link = subject | |||
| class= sortable wikitable smwtable | |||
| limit = 999 | |||
}} | |||
[[Category:Terms]] | [[Category:Terms]] |
Latest revision as of 10:00, 4 February 2016

Integrated HMD is the most sophisticated and expensive type of virtual reality HMD and augmented reality OHMD. This independent computing device is able to deliver VR and/or AR experiences without any external hardware such as PC or smartphone. It contains everything from display to processors to camera and is able to display stereoscopic 3D images, perform complex tracking and utilize advanced input methods. Currently, most of Integrated HMDs are AR OHMDs with high price point and target only business professionals.
Two of the most popular devices, Microsoft HoloLens and Google Glass, cost $3000 and $1500 respectively. While Integrated HMDs are expensive, they do not require powerful PCs or smartphones, which can cost hundreds to thousands of dollars.
Devices | Requires | Display | Resolution | Refresh Rate | Field of View | Tracking | Rotational Tracking | Positional Tracking | Update Rate | Latency | Input | Connectivity |
---|---|---|---|---|---|---|---|---|---|---|---|---|
Apple Vision Pro | Dual Micro OLED | 4k per eye | 120 degrees | Hands Eyes Face Legs? | ||||||||
Google Glass | Prism Projector | 640 × 360 | Gyroscope Accelerometer | Voice Commands Touchpad MyGlass Smartphone App | Bluetooth Wi-Fi 802.11 b/g Micro USB | |||||||
Impression Pi | Smartphone | Depends on smartphone | Depends on the smartphone | 6 DOF | IMU Board | IMU Board Infared Cameras? IR Projector? | ||||||
Magic Leap 2 | Nothing | Industry-leading optics | 120 Hz | Up to 70° field of view | 6DOF Headpose and gaze tracking | Built-in IMU | IR+optical six degrees of freedom tracking | Magic Leap 2 Controller Direct manipulation Works with smartphone Bluetooth keyboard | Bluetooth WiFi 6 | |||
Meta Quest 2 | IPS LCD | 1832 x 1920 per eye | 90 Hz 72Hz | 90° (estimated) | 6DOF | Gyroscope Accelerometer | Oculus Insight | Rotational: 1000Hz Positional: 60Hz | Motion to Photon: less than 5ms | Redesigned Oculus Touch | USB-C Oculus Link | |
Microsoft HoloLens | Nothing | 2 HD 16:9 light engines | Holographic resolution: 2.3M total light points | 240Hz (60Hz content rate Each frame consists of four sequential colors: R-G-B-G) | 30°H and 17.5°V | 6DOF | Gyroscope Magnetometer Accelerometer | 4 greyscale cameras Depth Camera with 120°×120° FOV | Motion to Photon: less than 2ms | Gaze Gesture Voice HoloLens Clicker Keyboard Mouse | WiFi Bluetooth | |
Microsoft HoloLens 2 | 2k 3:2 light engines | 6DOF World-scale positional tracking | Gyroscope Magnetometer Accelerometer | Hands Eyes | USB-C WiFi 5 Bluetooth 5 | |||||||
Oculus Quest | OLED | 1440×1600 per eye | 72Hz | 96°×94° (estimated)(ref 5) | 6DOF | Gyroscope Accelerometer | Oculus Insight | Oculus Touch Controllers Controller-free Hand Tracking | USB-C Oculus Link | |||
Pico G2 | 3K LCD Blue ray reduction | 2880 x 1600 | 90Hz 615 ppi | 101 degrees | Degrees of freedom | 1 3DOF Controller | N/A | |||||
Pico Neo 2 | 4k Single LCD panel | 1 920 × 2 160 per eye | 75Hz | 101 degrees Fresnel | 6DOF Electromagnetic Inside/out | 2 Pico Neo Controllers | N/A | |||||
Pico Neo 3 Pro | 4k 5.5" 3664 x 1920 LCD PPI 773 | 72/90Hz | Fresnel 98 degrees | 6DOF Inside-out tracking | 2 Updated Pico Neo Controllers | Displayport | ||||||
R-7 Smartglasses | Dual 720p Stereoscopic See-thru displays at 80fps | 2560 x 720 (Two 1280 x 720) | Degrees of freedom | Gyroscope Magnetometer Accelerometer | BLE Wireless Finger Controller Keyboard and Mouse | Bluebooth Wi-Fi GNSS | ||||||
SmartEyeglass Developer Edition SED-E1 | Binocular See-through Green color only 15 fps | 419 x 138 | Diagonal 20° (19° x 6°) | Bluetooth WLAN IEEE802.11b/g NFC | ||||||||
Snap Spectacles 3 | Video 1216 x 1216 px Photos 1642 x 1642 | 105° (2D) 86° (3D) | Bluetooth 5.0 802.11 ac Wi-Fi 2.45 / 5 GHz | |||||||||
Sulon Q | PC | OLED | 2560x1440 pixels | Gamepads Mouse and Keyboard Dual noise-suppressing embedded microphones Controllers compatible with Windows 10 | Bluetooth 4.0 Wi-Fi 802.11ac |