Phase 1 Success!


The new wearable computing project has now seen the first fruit of labour. The main system module, a completely functioning system that only needs power source, input device, and monitor, is now in working order with its own casing. As you can see, it is only as big as a novel, but houses a Pentium M 1.6GHz, 1GB of memory, 100GB hard disk, and a power supply that accepts 8V to 13.6V DC voltage.

CMOS scan lag on phone camera

Warp!
This is one of the reasons why I can't take most of the cameras on the cellphones seriously yet. Especially the commonly used CMOS-based ones. The image sensor scanning the landscape has takes certain time, even with sufficient lighting, as this photo I took on a day inside a car travelling around 70km/h shows. The cellphone used was CP-X501.

The image is actually quite crisp, so the shutter speed was quite fast, but the sensor scanning couldn't keep up with the fast-moving objects, resulting in a humourously warped shape for the box and the tree. Normal digital cameras, which use CCD, don't exhibit this problem. To this day I carry a separate digital camera on the belt to take quick photos and videos; my cellphone is mostly used for what it's supposed to do: make/get calls.

Getting the CP-X501

Cyberbank released a few boxes of their new POZ series of PDA-phone, the CP-X501, to the beta testers and related people last Friday, as my previous post has shown. Since I was in the mood to post the pics, here are some chronologically ordered photos you might want to see.

It rained a lot that day. See that wet man in suits?
Continue reading "Getting the CP-X501"

Cyberbank CP-X501 is out

CP-X501 (Front) / MITs-M4300 (Back)

The latest PDA-phone from Cyberbank has officially debuted. Dubbed CP-X501, succeeding the best-selling CP-X301, is the smallest WM2003-based PDA-phone to hit the market. The unit I have was given by Cyberbank for a test-out. More on this coming soon, I think.

PSP video encoding quality compare

I've done some encoding tests with various settings using PSP Video 9 and altShiiva. I had originally intended to use altShiiva for encoding, but then after encoding one file, I noticed that it would hog my main system's resources for an extended period of time. Therefore I decided to look at alternatives, and chose PSP Video 9. This runs on Windows platform; my backup system has Athlon 64 3000+ for the CPU and runs Windows XP 64-bit Edition and can serve as an encoding workstation.
Continue reading "PSP video encoding quality compare"

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