Hardware

Components

Photographs

Click the arrow on the right to see the different components and photographs. To view the full-sized original images click in the center of the image.

The set up

Ready to take a gigapixel panorama

ICOP Technology eBox-2300

The windows CE 6 platform used

Xenarc 705TSV Touchscreen LCD Monitor

The touchscreen used to interface with the GUI

PhidgetTextLCD

The USB controller board used. The 5 digital outputs are used to control the custom relay box.

Custom Relay Box

The relay box is controlled via digital outputs of the PhidgetTextLCD board. If the digital outputs go high, the Custom Relay Box, which is powered via USB, closes the appropriate relay. There are 4 micromini relays for platform movements and 1 reed relay for the shutter release.

Modified Nikon D80 wired remote shutter

The modified shutter release has connections wired in parallel with the metal plates that come in contact when one presses down the remote shutter button, this way if the reed relay in the Custom Relay Box closes, the camera takes a picture.

Nikon D80 dSLR

The camera used. Any camera could be used for this, given that a shutter release can be modified to trigger via the Custom Relay Box. Several lenses were used, including the Sigma 105mm F/2.8 EX DG and Nikon Nikkor 70-300mm f/4.5-5.6G VR.

CCTV-75AV Outdoor CCTV Pan/Tilt unit

The pan/tilt platform used.

CCTV Pan/Tilt controller box

The controller box was modified so that there were parallel connections wired to the movement buttons which were controlled via the Custom Relay Box. This way the buttons could be "pressed" by closing the appropriate relay.

Flowchart describing the hardware components

Please click on the center of the image to see the full sized image.



ICOP Technology eBox-2300

Xenarc 705TSV Touchscreen LCD Monitor

PhidgetTextLCD

Outdoor Pan Tilt Drive unit w/ Controller CCTV-75AV

Nikon D80 dSLR with modified wired remote shutter release

Custom Relay Box

Each channel in the Custom Relay Box were wired as follows: