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This application exercises the Microchip MFI developer hardware. These accessory boards are available to Apple MFI Licensed Developers. For more...
Use a development system for MPASM, C18 C Compiler, and CCS C Compiler toolkits.
Solve 100 3D levels floating in space in the Remote Controlled Spinning Machine.
Perform Microchip PIC microcontroller real-time simulation.
Pet Microchip Info allows you to look up any pet microchip number to search for the company that the pet microchip is registered with. Simply enter...
This infoVet App teaches you how to implant passive responding Microchips in any pet particularly your pet dog or cat. You will learn about basic...
This app is intended for veterinary practices, rescue centres, dog wardens and other individuals who need to perform the following actions:-...
Forget your office door key? Can't remember the code for the photocopier? No need to worry if you happen to have a microchip implanted in your hand.
Carrying keys is, apparently, all too much for one Swedish woman. She claims this isn't the future, but the present. And she's not the only one to let tech get under her skin.
Mobile payments is a crowded industry, but is one card for storing all your credit cards more practical than we think?
Ionic liquids can switch the state of a metal oxide from conducting to insulating and back again, something that could be useful for computer processing and memory.
Intel is confident wearables are the next frontier. But the chipmaker's approach to developing the gadgets is the polar opposite of that taken by the industry's biggest contenders.
An agreement between the Google[x] resesearch lab and pharmaceutical giant Novartis will license the technology for actual medical use for people with diabetes and other conditions.
A tiny chip implanted under a woman's skin can deliver hormonal birth control for up to 16 years and is entering pre-clinical trials next year.
Maker of brain-scanning tech says wearables like Google Glass could evolve to monitor brain signals and sell you toothpaste.
Startup bringing wearable devices to canines packs a key feature into its next device that will track a pet's location.
Bioengineers at Stanford University have developed microchips based on the human brain that are more energy efficient and up to 9000 times faster than the typical PC.