AT91CAP9A Ultra Wideband (UWB) Evaluation Kit
The AT91CAP9A Ultra Wideband (UWB) Evaluation Kit enables rapid, low-cost development of UWB applications built around the AT91CAP9 Customizable Microcontroller. The UWB Media Access Controller (MAC) is implemented, together with any application-specific logic, in the FPGA that emulates the CAP Metal Programmable (MP) Block. The UWB Physical Access Layer (PHY) is implemented in transmission and reception extension boards that plug into the CAP Development Board.
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QT600 development kit
The QT600 development kit aids design of capacitive touch buttons, sliders. and wheels in applications using Atmel AVR microcontrollers. The kit includes a USB powered interface board, three MCU boards, three sensor boards supporting up to 64-channels, and a cable set. The QT600?s scalable design allows the designer to use their own touch sensor boards with various microcontroller boards or to connect QT600 sensor boards directly to their own application. Also available is the QTouch Suite with the QT600 kit, QTouch Studio software, AVR Studio software, and the QTouch Library package.
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Atmel and Melexis Introduce a Highly Secure Cryptographic RFID Development Kit
Atmel Corporation and Melexis Microelectronic Integrated Systems N.V. announced today their innovative development kit, Yuma+, for contactless, highly secure RFID transactions. The Yuma+ solution is based on Atmel's secure CryptoRF® chips, with 64-bit embedded cryptographic engines. Atmel's AVR® microcontroller and the Melexis MLX90121 reader IC.
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Atmel Introduces an AVR USB 2.4GHz Wireless Reference Design for Battery-based PC Peripherals
Atmel Corporation, announced the AVRUSBRF01 reference design for development with AVR microcontrollers in the un-licensed 2.4 GHz ISM band and connection to PCs with USB. USB is the standard interface for connecting PC peripherals but wireless is becoming increasingly popular for peripherals like mice, keyboards, etc. Many desktops now offer WLAN and Bluetooth is on most laptops. Both wireless standards come with a power consumption, which is not compatible with devices operating from simple batteries for prolonged periods. The AVRUSBRF01 enables the PC-Wireless connectivity using AVR USB microcontrollers. Designers can then develop battery-based, wireless peripheral applications using Atmel's 1.8V picoPower™ AVR microcontrollers that feature low power consumption. By using the same architecture and development platform for a complete project, designers can concentrate on end-product optimization and get to the market faster.
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Atmel Introduces an AVR USB 2.4GHz Wireless Reference Design for Battery-based PC Peripherals
Atmel Corporation, announced the AVRUSBRF01 reference design for development with AVR® microcontrollers in the un-licensed 2.4 GHz ISM band and connection to PCs with USB. USB is the standard interface for connecting PC peripherals but wireless is becoming increasingly popular for peripherals like mice, keyboards, audio headsets etc. Many desktops now offer WLAN and Bluetooth is on most laptops. Both wireless standards come with a power consumption which is not compatible with devices operating from simple batteries for prolonged periods. The AVRUSBRF01 enables the PC-Wireless connectivity using AVR USB microcontrollers. Designers can then develop battery-based, wireless peripheral applications using Atmel's 1.8V picoPower™ AVR microcontrollers that feature low power consumption. By using the same architecture and development platform for a complete project, designers can concentrate on end-product optimization and get to the market faster.
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