The US celebrated Martin Luther King’s day last week, which above all reminds us to keep dreaming – sometimes dreams do come true.
I had a dream too…and in my dream, an amazing Mobile Internet Device (MID) was released for our augmented reality experiences.
(See a list of existing MIDs)
Here is a first take at defining the dream MID for augmented reality (2009-2010 time frame):
- Manufacturer – a credible leader, with a friendly content distribution channel
- Price – Ideally sub $200. Initially not more than $400.
- CPU – Dual core 1.3 Mhz, with a Floating Point Unit, SIMD extensions
- GPU – integrated with performance similar to TI’s OMAP3 and NVidia’s Tegra (the competition!)
- Screen – 4.5 Inch, Min 800×480 resolution, Multitouch, and a very bright screen
- Camera – A GOOD CAMERA with a quality lens, video recording at 320×240 or preferably 640×480 (VGA) at 30fps at a good quality (noise, contrast, colors, etc) even under low lighting. Zoom and auto focus a bonus. Front camera – bonus.
- Low latency for getting the the camera image to the CPU/GPU and in turn to the display
- Zero-latency video output from the device for a head-worn display (digital or analog)
- Low-latency inputs for external sensors (such as a tracker on the head-worn display) and cameras (on the head-worn display).
- GOOD graphics drivers, Open GL 2.0 (unlike the current Intel OpenGL drivers on Atom which are almost a show stopper for many projects…)
- Device size – roughly 130x70x12mm (so that there’s little margin around the screen)
- Weight – less than 200g
- OS – The best Mobile Linux out there, with C/C++ based SDK and a good emulator. Also as an alternative: Win Mobile support (better dev tools)
- Buttons – Very few. QWERTY keyboard is a nice to have.
- Connectivity – 3G/GSM, WIFI, Bluetooth
- Sensors – A-GPS, accelerometer, 3DOF Gyro sensors
- 3-axis compass
- Storage – 8G and expandable
- Memory – 1G RAM
- Battery – Min. 3 hours while in full use of camera and network
- Extensibility – video out for an HMD, USB port on it.
- Openness – open source…
So what do you think?
This spec was actually a swift response to a challenge presented by Intel’s Ashley McCorkle.
Many thanks for the contribution by Daniel-Good camera!-Wagner, Steven-don’t forget latency!-Feiner , Bruce-a couple of extras-Thomas, and Charles-Very bright screen-Woodward.
In ISMAR 2009 in Orlando, we are planning to organize a round table discussion for this very purpose. Would you be interested in participating?
***update***
The experts and enthusiasts are weighing in, and as it usually is in reality (as opposed to dreams) remind us that we need to consider trade-offs.
Charles for example says he would trade off battery time for a lighter device. He also suggests that for professional use – a higher price ($1000 range) for a higher quality device would be reasonable.
Filed under: AR Devices | Tagged: AR Devices, Ashley McCorkle, Bruce Thomas, Daniel Wagner, Intel MID, ISMAR 2009, MID, Steven Feiner |
Sign me up for the roundtable.
Add:
Two cameras on the device. One in front, one in back. Must be high rez. Wide angle would be nice.
Multiple I/O… one mini-usb jack at the bottom won’t cut it.
Let’s break out of the box…how about some Gi-Fi ? (http://blogs.zdnet.com/ip-telephony/?p=3288 ) I want wireless wearable displays, this is a good way to go after it.
Battery life at 6+ hours. Three won’t cut it if we want to get away from cute AR applications and start doing some real practical stuff.
That’s my two cents : )
I think one high res-camera that can be flipped is, on the whole, better then two.
(as its likely if your only putting one on the system you can get a better one for the same price, verse a DSi style two of them).
“Battery life at 6+ hours. Three won’t cut it if we want to get away from cute AR applications and start doing some real practical stuff.”
Absolutely true.
I’d suggest solid-state for everything to help achieve this.
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