Microsoft embeddedSpark Summer Challenge Opens

The Microsoft embeddedSPARK 2010 Challenge is now open with designs due June 8. The winner will receive a cash prize of $15000, $5000 for second and $1000 for third. The top three will present at the Embedded Systems Conference in Boston this Fall.

New Cypress Microcontroller Features Onboard PLD

The Cypress PSoC 3: CY832 Family features 24 Universal Digital Blocks that can be configured from a library of functions or customized with Verilog code. The system includes an 8051 processor and also features an analog ADC with configurable input from every GPIO pin, an 8-bit DAC, and 2 comparators. Some devices will include USB and other interfaces.

Musical Instrument Amplifier Embeds a PC Inside

Orange Amps' new OPC, a combined PC and Amplifier is designed for Guitar, Keyboard, microphones and more. It includes WIFI and Guitar Effects software and will be available in June 2010. This could have a lot of uses for musicians, you could pair this with a USB MIDI controller for drums, keyboard, or wind instruments. It will be a nice compliment to USB programmable guitar effects. If successful, it will create more demand for PC connectivity in audio electronics.

Camera 2.0 Open-Source Digital Camera Project

As part of the Camera 2.0 project, researchers at Stanford have developed the Frankencamera shown here, "an open-source camera platform that runs Linux, is fully programmable (including its digital signal processor) and connected to the Internet, and accommodates SLR lenses and SLR-quality sensors. Our current prototype...is constructed from off-the-shelf parts, in some cases borrowed from dead cameras. It's also ugly - hence the name."

This open-source project is being developed to help researcher gain more control of camera processing. Another open-source camera project, the Canon Hack Development Kit, allows some control through a series of enhancements, but according to the Frankencamera FAQ: "you can't use them to reprogram the camera's pre-capture sequence (metering and focusing) or to replace its post-processing algorithms (demosaicing, denoising, sharpening, white balancing, tone mapping, etc). The Frankencamera fills this gap"

The brains of the Frankencamera include a TI OMAP3 processor, an Aptina MT9P031 image sensor and an Elphel 10338 sensor board.

If the popularity of the CHDK is any indication, the Frankencamera is sure to have a cult following.