Editorial archive;
Atmel kicks off 2012 robotics contest (03 April 2012)
Atmel has launched the 2012 Atmel Robotics Contest (ARC) through the Atmel University Programme.
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New 32-bit devices (13 December 2011)
Atmel broadens portfolio of lowest power, highest performance 32-bit AVR UC3 microcontroller solutions.
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RF IDIC package for direct coil mounting (25 October 2011)
Atmel has released an ultra-small XDFN package including a 363-bit read/write transponder IDIC.
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A touchscreen with a faster response time (11 October 2011)
Atmel maXTouch mXT1386 powers touchscreen for Lenovo’s IdeaPad TabletK1.
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Lowering system costs for high-end 8/16bit MCUs (20 September 2011)
Atmel offers new AVR XMEGA family with increased throughput and industry’s lowest power consumption.
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Industrial MCUs target a variety of applications (01 August 2011)
Atmel expands ARM926-based MCU family with enhanced connectivity and advanced LCD control.
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Floating your industrial boat (30 April 2010)
Floating Point Unit, is a new technology from Atmel that is being designed for the company’s 32-bit AVR UC3 product family.
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Boosting batteries (31 March 2009)
Low voltage MCU features integrated boost converter.
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Keen to improve RFID (14 January 2009)
The 13.56MHz RFID reference design offers a true 64bit encryption engine and reduced BOM.
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Microcontrollers for M2M communication modules (25 November 2008)
Atmel has announced the availability of its new AT90M family.
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CAP microcontroller hosts RTOS (18 November 2008)
Atmel and JBOSN Systems have announced the port of a RTOS onto Atmel’s AT91CAP9S.
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Driver ICs for brushless DC motor applications (11 November 2008)
Atmel has announced the availability of two integrated driver ICs.
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Optimal design in boards and silicon (16 September 2008)
The CAP approach to application-specific embedded systems is used in interactive graphical user interfaces based on touchscreens
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Simplifying embedded system development (06 May 2008)
NI and ARM collaboration results in a module aiming to simplify embedded system development.
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Cell fabric ASIC bridge FPGA gap (01 October 2006)
A new technology, Metal Programmable Cell Fabric, MPCF, has near identical routed gate densities to standard cells in the same process, promising to make ASICs more cost competitive and easier to design.
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