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© 2006 ATM Electronic Corp. All rights Reserved.
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Hot News

 

Atmel and u-blox Introduce Single-chip GPS Receiver with Highest Sensitivity and Low Power Consumption

  June 13, 2006  

    Heilbronn, Germany and Thalwil, Switzerland, June 13, 2006. . . Atmel® Corporation (Nasdaq: ATML), a global leader in the development and fabrication of advanced semiconductor solutions, and u-blox AG, a leading provider of innovative GPS receiver technology, announced today the availability of their latest weak-signal tracking GPS technology in an ultra-small form factor. The new single-chip ATR0635 measures just 7 x 10 mm, and integrates a complete ANTARIS 4 GPS receiver including ROM-based SuperSense™ software in a 96-pin BGA package. The small size plus the extremely low power consumption (62 mW in continuous power mode) make the ROM-based ATR0635 an excellent fit for handheld and mobile applications such as mobile phones, PDAs, smartphones, after-market navigational products, and recreational consumer products. Other products such as GPS 'plug-in' accessories for PCs, small GPS mice, Bluetooth® GPS devices, and other accessories equipped with GPS functionality will also enjoy the single chip's advantages in terms of small size, reduced power needs, and built-in features such as the ANTARIS™ 4 USB port. Its high tracking sensitivity of -158 dBm allows for weak-signal tracking in urban canyons and even indoors.

     The 96-pin, ball-grid-array single chip has an excellent cost-performance ratio due to needing only a few external components. The ATR0635 also brings benefits such as simplified chipset integration which accelerates design projects for ANTARIS 4-based products. A shorter bill of materials translates into lower design risks. Lower PCB costs are achieved thanks to a 45% reduction in footprint and a simplified board layout, but also by reducing costs in purchasing, stocking and mounting due to the low number of components. Like all ANTARIS 4 chipsets, the ATR0635 supports serial EEPROM memory, which is a cost- and space-efficient alternative to Flash EPROMs for storing custom configuration settings. The on-chip USB connectivity eliminates the need for an expensive serial-to-USB converter, which makes ANTARIS 4 products plug-and-play devices for any PC environment by emulating a standard COM port to the operating system.

    "Combining indoor GPS capability with a low-power, single-chip GPS receiver perfectly fits the needs of our customers and enables them to address new, fast-growing market segments like PDAs and smartphones," said Atmel's GPS Product Line Manager, Frank Gruson.

    "The ATR0635 opens exciting new avenues for OEMs looking for high-performance GPS receivers to use in mass market applications with low power and small size requirements. SuperSense indoor GPS functionality means it can be used inside buildings, cars and in other difficult signal conditions without tracking interruptions, making the ATR0635 ideal for personal navigation devices, for instance," commented Georg zur Bonsen, Product Manager at u-blox.

     The single-chip device is based on the 16-channel ANTARIS 4 product generation, which comes with full WAAS/EGNOS support and provides state-of-the-art functionality such as Assisted GPS (A-GPS) with a TTFF as low as four seconds. The ATR0635 operates on 62 mW, but its power saving modes, together with built-in power management capabilities, can bring power down to as low as 5 microamps, enabling power critical applications such as mobile devices to operate longer without having to compromise functionality.

     As an optional extension to the ANTARIS 4 chipset, the ATR0610, a fully integrated, low-noise amplifier manufactured using Atmel's innovative Silicon-Germanium (SiGe) process, is available for use in challenging reception environments and enables cost-effective antenna designs.

     ATR0635 samples in 7 x 10-mm 96-pin BGA packages are available now. Atmel and u-blox offer a complete evaluation kit including ultra-small footprint example design which helps to dramatically shorten development cycle times.

- end -

Footnote

     A-GPS = Assisted GPS
     EGNOS = European Geostationary Navigational Overlay System
     GPS = Global Positioning Systems
     PDA = Personal Digital Assistant
     TTFF = Time to First Fix
     USB = Universal Serial Bus
     WAAS = Wide Area Augmentation System

About Atmel

Atmel is a worldwide leader in the design and manufacture of microcontrollers, advanced logic, mixed-signal, nonvolatile memory and radio frequency (RF) components. Leveraging one of the industry's broadest intellectual property (IP) technology portfolios, Atmel is able to provide the electronics industry with complete system solutions. Focused on consumer, industrial, security, communications, computing and automotive markets, Atmel ICs can be found Everywhere You Are®.

©2006 Atmel Corporation. All Rights Reserved.
Atmel®, logo and combinations thereof, Everywhere You Are® and others are registered trademarks or trademarks of Atmel Corporation or its subsidiaries. Other terms and product names may be trademarks of others.

Information

Atmel's GPS ATR0635 product information may be retrieved at: http://www.atmel.com/dyn/products/product_card.asp?part_id=3932

Atmel Press Contacts

Dr. Susanne van Clewe, Marcom Manager Communications and Automotive Products
Phone: +49 7131 67-2081, Email: susanne.van-clewe@hno.atmel.com

Helen Perlegos, Public Relations - USA and Asia Pacific
Phone: +1 408 487-2963, Email: hperlegos@atmel.com

Veronique Sablereau, Corporate Communications Manager - Europe
Phone: +33 1 30 60 70 68, Fax: +49 7131 67-2423, Email: veronique.sablereau@atmel.com

About u-blox

u-blox is an international company headquartered in Switzerland, with sales organizations in the Americas, Europe and Asia. Founded in 1997, u-blox develops leading positioning technology and products based on the Global Positioning System (GPS) for the automotive and mobile communications markets. For more information, please visit http://www.u-blox.com/.

u-blox Press Contacts

Georg zur Bonsen, Product Management
Phone: +41 (44) 722 74 44, e-mail: georg.zurbonsen@u-blox.com

Alicia Montoya, Marketing Communications
Phone: +41 (44) 722 74 86, e-mail: alicia.montoya@u-blox.com

 

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Atmel Launches Industry's First Family of Real-time, Flash-based ARM9 MCUs

  June 5th, 2006  

Only ARM9-based MCUs to Support Direct Migration from ARM7s

    San Jose, CA, June 5th, 2006 . . . Atmel® Corporation (Nasdaq: ATML), announced today the industry's first family of ARM9™-based Flash microcontrollers optimized for real-time embedded applications that have outgrown the ARM7™.

    Atmel's SAM9 controllers are the world's only ARM9-based controllers that offer a direct upward migration path from ARM7 devices without giving up system integration. They have all the features required for real-time embedded control applications, including an on-chip RC-oscillator, watchdog timer, an 8-level 32-source priority interrupt controller, DMA, and single-cycle instruction fetch.

    Based on the industry-standard ARM926EJ-S™ processor core, Atmel's SAM9 controllers share common integration levels, peripheral sets, and programming models with Atmel's SAM7 MCUs, radically simplifying migration between the two families. Tuned for real-time applications, SAM9 MCUs include a real-time clock, interrupt controller, watchdog timer, power-on-reset, brown-out-detection, RC-oscillator and single-cycle instruction fetch from on-chip memory. They are the only Flash-based ARM9 microcontrollers with small footprint RTOS support.

    Evolving Applications Need More MIPS. As embedded systems evolve, new software-based features are added (such as encryption, file systems, GPS, audio, or wired and wireless networking), increasing the processing load on the MCU. In addition, the amount of data that must be processed also tends to increase as more communications links are integrated in a single chip. Finally, designers frequently migrate to more advanced algorithms that require more computation. The basic application doesn't change: it is just better, more accurate, more fully featured, and requires more bandwidth to execute. Getting the extra throughput has traditionally meant re-doing the design from scratch using a high-throughput ASSP, with no support for real-time execution and requiring the use of a complex operating system, such as Linux(r) or WindowsCE(r). The lack of system integration in ASSPs forces significant hardware redesign including the addition of multiple external components with adverse effects on system cost and board level estate.

    Integrated Flash Memory - Atmel's SAM9 microcontrollers are the first ARM9-based microcontrollers with Flash memory integrated on the same chip. A variety of family members will be announced in 2006 and 2007 with Flash memory densities ranging up to 1024 KBytes. Integrated Flash memory offers better performance and lower power consumption versus stacked die implementations.

Information

Information on the SAM9260 and the SAM9 family of deterministic ARM9-based MCUS may be found at: http://www.atmel.com/products/AT91/.

 

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