MUNICH, GERMANY: JTAG Technologies announced a quantum step in training and demonstration equipment for real-world boundary-scan testing, device programming and related activities.
In co-operation with the Benelux regional representative of Altium - Transfer BV - and hardware development consultancy – DsignWorx BV - the new JT 2155 training board has been devised to demonstrate all the latest features and test techniques available to users of JTAG Technologies’ ProVision & JTAGLive application development systems. For Altium users the design serves as an example of how to adapt the feature-rich Nano board into a realistic custom design.
Key features of the JT 2155 are:
* ARM 7TDMI Core NXP processor
* Altera Cyclone 3 FPGA
* DDR2 memory block
* Serial I2C memory
* Analog to Digital Converter
* Accelerometer
* Touch screen controller
JTAG Technologies MD, Peter van den Eijnden, states: "The new training board has been built to allow us to show exactly what JTAG/boundary-scan is capable of in the second decade of the 21st century. Traditional IEEE Std. 1149.1 boundary-scan testing is well known, but many of our leading edge customers need to both learn about and see other JTAG applications.
"For example, some customers have been requesting demonstrations of JTAG testing using the processor’s core, while others have sought to embed at-speed ‘BIST engines’ into FPGA’s. To profile these features you need a first class hardware platform as provided by the JT 2155."
Tuesday, November 15, 2011
Monday, November 14, 2011
Avnet Electronics Marketing Americas and TI to deliver technical SpeedWays on data converters
PHOENIX, USA: Avnet Electronics Marketing Americas, a business region of Avnet Inc. announced a five-city SpeedWay technical seminar series focused on data converters. Taught by technical specialists from Avnet and Texas Instruments (TI), these free, one-day classes provide engineers at all levels with a methodology to more easily navigate the entire data converter ecosystem. The seminars run through the middle of December with stops in California, Arizona, Massachusetts, Minnesota and New Jersey.
Taught by Avnet and TI field application engineers, the SpeedWays will cover:
* Data converter basics and architecture: Learn about the most popular analog-to-digital converter (ADC) topologies, including applications and tips to speed selection.
* Translating ADC specifications to system requirements: Using system block diagrams to an engineer’s advantage.
* Tradeoffs and design considerations for microcontrollers: Learn to decipher when an internal data converter is enough.
* Precision data converters from TI: An overview of TI’s extensive portfolio of SAR and delta-sigma ADCs, and digital-to-analog converters (DACs).
* Using TI’s ADCPro to help solve data converter design problems: Learn about basic ADC evaluation test methods and how to select test equipment.
* Which is better: A 12-bit SAR ADC plus a PGA or a 16-bit converter? Discuss options for this difficult design decision with an arsenal of strategies.
“Data converters are one of the most critical components in the signal chain,” said Mike Lanz, signal chain marketing director at TI. “This Avnet SpeedWay series will arm engineers with new knowledge and helpful tips to save time – from ways to quickly select the right data converter to meet design requirements to testing and validating the signal path.”
“Our SpeedWays deliver real-time information for today’s data converter systems,” said Alex Iuorio, senior VP of supplier marketing, Avnet Electronics Marketing Americas. “Together with TI, Avnet’s field application engineers will offer our mutual customers a technical training class that makes the most of their valuable time, while also providing design engineers with application-specific resources they can then use to jump-start their designs.”
Taught by Avnet and TI field application engineers, the SpeedWays will cover:
* Data converter basics and architecture: Learn about the most popular analog-to-digital converter (ADC) topologies, including applications and tips to speed selection.
* Translating ADC specifications to system requirements: Using system block diagrams to an engineer’s advantage.
* Tradeoffs and design considerations for microcontrollers: Learn to decipher when an internal data converter is enough.
* Precision data converters from TI: An overview of TI’s extensive portfolio of SAR and delta-sigma ADCs, and digital-to-analog converters (DACs).
* Using TI’s ADCPro to help solve data converter design problems: Learn about basic ADC evaluation test methods and how to select test equipment.
* Which is better: A 12-bit SAR ADC plus a PGA or a 16-bit converter? Discuss options for this difficult design decision with an arsenal of strategies.
“Data converters are one of the most critical components in the signal chain,” said Mike Lanz, signal chain marketing director at TI. “This Avnet SpeedWay series will arm engineers with new knowledge and helpful tips to save time – from ways to quickly select the right data converter to meet design requirements to testing and validating the signal path.”
“Our SpeedWays deliver real-time information for today’s data converter systems,” said Alex Iuorio, senior VP of supplier marketing, Avnet Electronics Marketing Americas. “Together with TI, Avnet’s field application engineers will offer our mutual customers a technical training class that makes the most of their valuable time, while also providing design engineers with application-specific resources they can then use to jump-start their designs.”
AdvanIDe showcases leading developer tools for smart cards and RFID
CARTES & IDentification 2011, PARIS, FRANCE: AdvanIDe, a leading distributor of semiconductors for RFID transponders, chip cards and RFID readers and terminals, is highlighting its broad smart card and RFID semiconductor portfolio at CARTES & IDentification 2011.
In addition to showcasing its idCOS secure CPU microcontrollers and the company’s toolkits for RFID antenna tuning, AdvanIDe executives will conduct customer consultations in their booth during CARTES.
AdvanIDe will feature its extensive suite of tools for the development of MCU OSs, applications, Java Card applets and RFID antenna design in Booth 4M012 at the Paris Nord Villepinte Exhibition Center from November 15 to 17, 2011. Key AdvanIDe demonstrations at CARTES & IDentification 2011 include:
* idCOS secure CPU MCUs: Based on flash technology and designed for software developers to develop high level applications.
* HF Analyzer Toolkit – USB: Developer tool kit includes an analyzer, antenna, Ohm cable, drivers and documentation to enable manufacturers of readers and cards to tune RFID antenna circuits.
In addition to showcasing its idCOS secure CPU microcontrollers and the company’s toolkits for RFID antenna tuning, AdvanIDe executives will conduct customer consultations in their booth during CARTES.
AdvanIDe will feature its extensive suite of tools for the development of MCU OSs, applications, Java Card applets and RFID antenna design in Booth 4M012 at the Paris Nord Villepinte Exhibition Center from November 15 to 17, 2011. Key AdvanIDe demonstrations at CARTES & IDentification 2011 include:
* idCOS secure CPU MCUs: Based on flash technology and designed for software developers to develop high level applications.
* HF Analyzer Toolkit – USB: Developer tool kit includes an analyzer, antenna, Ohm cable, drivers and documentation to enable manufacturers of readers and cards to tune RFID antenna circuits.
Mitsubishi Electric to sell distributed feedback diode and avalanche photodiode for 10G-EPON ONUs
TOKYO, USA: Mitsubishi Electric Corp. announced the coming launch of a distributed feedback laser diode (DFB-LD) (ML7xx42) and an avalanche photodiode (APD) (PD8xx24) suitable for the optical network units (ONU) of symmetric 10 gigabit Ethernet passive optical networks (10G-EPON). The ML7xx42 and PD8xx24 both will launch commercially on November 30.
While current fiber to the home (FTTH) services are mainly based on 1 Gbps gigabit Ethernet passive optical networks (GE-PON), symmetric 10G-EPON offering 10 Gbps upstream and downstream performance are expected to be commercialized soon. However, 10G-EPON are simple networks that use optical couplers and require high-power DFB-LD and high-sensitivity APD due to optical loss in the couplers.
Mitsubishi Electric’s new high-power, low-current DFB-LD and high-sensitivity APD are both suitable for symmetric 10G-EPON ONUs and thereby will contribute to network simplification and faster broadband service.
High-power, low operating current DFB-LD offering high-speed performance
* New DFB-LD with aluminum gallium indium arsenic (AlGaInAs) active layer.
* 10mW output power despite low operating current in high-temperature conditions.
* 10 Gbps high-speed performance due to improved modulation bandwidth.
TO-CAN APD with top-level high sensitivity
* New, low-noise APD with aluminum indium arsenic (AlInAs) multiplication layer.
* New high-frequency circuit board with suppressed noise output.
* Top-level sensitivity of 31.5dBm (typ.).
While current fiber to the home (FTTH) services are mainly based on 1 Gbps gigabit Ethernet passive optical networks (GE-PON), symmetric 10G-EPON offering 10 Gbps upstream and downstream performance are expected to be commercialized soon. However, 10G-EPON are simple networks that use optical couplers and require high-power DFB-LD and high-sensitivity APD due to optical loss in the couplers.
Mitsubishi Electric’s new high-power, low-current DFB-LD and high-sensitivity APD are both suitable for symmetric 10G-EPON ONUs and thereby will contribute to network simplification and faster broadband service.
High-power, low operating current DFB-LD offering high-speed performance
* New DFB-LD with aluminum gallium indium arsenic (AlGaInAs) active layer.
* 10mW output power despite low operating current in high-temperature conditions.
* 10 Gbps high-speed performance due to improved modulation bandwidth.
TO-CAN APD with top-level high sensitivity
* New, low-noise APD with aluminum indium arsenic (AlInAs) multiplication layer.
* New high-frequency circuit board with suppressed noise output.
* Top-level sensitivity of 31.5dBm (typ.).
Friday, November 11, 2011
HiWave’s BMRs and Audium amplifier IC drive audio in Revo K2
CAMBRIDGE, ENGLAND: HiWave Technologies, the provider of electronic and transducer solutions for audio and haptic touch, announced that Revo has adopted its BMR (Balanced Mode Radiator) speaker technology and ultra efficient Audium amplifier ICs in its new K2 digital radios, which begin shipping worldwide today.
The attractive K2 aluminium tower digital radio also integrates an Apple iPhone /iPod/iPad docking station with 3.5mm auxiliary connection for alternative mp3 players, an FM tuner and access to online music services such as Last.fm. It produces 40 watts of room-filling high resolution digital audio with nearly 360 degrees of dispersion.
Each Revo K2 contains four BMR speakers, which utilise rare earth magnetics and bending wave technology to create a full audio range. Additionally the design uses HiWave’s Audium amplifier IC, which delivers full, 16-bit digital audio resolution to faithfully reproduce high dynamic range material.
James Lewis, CEO of HiWave commented: “The K2 perfectly demonstrates the exceptional quality that is possible from our technology, and gives more detailed audio reproduction for both the high end and the deep bass. And as the reviews suggest the ‘mountainous slab of music-blasting aluminium’ will be coveted for its styling as much as its audio prowess.”
"HiWave's technology enables the K2 to deliver exceptional sound quality without compromising on the design,” said David Baxter, CEO of Revo “Their support and commitment has enabled us to take a leading position in the quality end of the market."
The attractive K2 aluminium tower digital radio also integrates an Apple iPhone /iPod/iPad docking station with 3.5mm auxiliary connection for alternative mp3 players, an FM tuner and access to online music services such as Last.fm. It produces 40 watts of room-filling high resolution digital audio with nearly 360 degrees of dispersion.
Each Revo K2 contains four BMR speakers, which utilise rare earth magnetics and bending wave technology to create a full audio range. Additionally the design uses HiWave’s Audium amplifier IC, which delivers full, 16-bit digital audio resolution to faithfully reproduce high dynamic range material.
James Lewis, CEO of HiWave commented: “The K2 perfectly demonstrates the exceptional quality that is possible from our technology, and gives more detailed audio reproduction for both the high end and the deep bass. And as the reviews suggest the ‘mountainous slab of music-blasting aluminium’ will be coveted for its styling as much as its audio prowess.”
"HiWave's technology enables the K2 to deliver exceptional sound quality without compromising on the design,” said David Baxter, CEO of Revo “Their support and commitment has enabled us to take a leading position in the quality end of the market."
Avnet announces agreement to acquire Pinnacle Data Systems
PHOENIX, USA: Avnet Inc. has entered into a definitive agreement to acquire Pinnacle Data Systems Inc. (PDSi) in an all-cash merger for $2.40 per share, which equates to an equity value of approximately $22 million as of September 30, 2011.
The acquisition has been approved by the Boards of Directors of both companies, and is subject to the approval of PDSi's shareholders, as well as customary closing conditions. The transaction is expected to close in 60 to 90 days.
Founded in 1989, PDSi is a leading provider of application-specific hardware and global support solutions for the world’s largest OEMs. For the calendar year 2010, PDSi generated revenue of approximately US$29 million. PDSi will become part of Avnet Integrated Resources, which provides reverse logistics and after-market services to the global technology industry.
“This acquisition builds on our commitment to expand into adjacent businesses and puts in place a third and critical element in our new after-market services business to benefit industrial customers, consumers and the environment,” stated Steve Church, president, Avnet Integrated Resources.
“PDSi’s talented employees expand the breadth of our expertise in this rapidly growing industry. With 22 years of experience in repair, refurbishment, recycling and responsible disposition of IT products, PDSi joins Avnet’s two other lifecycle management operations that specialize in cable TV equipment repair and cell phone repair, in serving the electronics reverse logistics industry.”
From facilities in Ohio, Singapore and the Netherlands, PDSi provides services and products for the telecom, imaging, defense/aerospace, medical, semiconductor, industrial automation and IT markets. PDSi provides a variety of engineering and manufacturing services for global OEMs requiring custom product design, system integration, repair programs, warranty management and specialized production capabilities.
In addition to service offerings, PDSi’s product capabilities range from board-level designs to globally certified, fully integrated systems. The investment is expected to be immediately accretive to earnings and supports Avnet’s return on capital goal of 12.5 percent.
The acquisition has been approved by the Boards of Directors of both companies, and is subject to the approval of PDSi's shareholders, as well as customary closing conditions. The transaction is expected to close in 60 to 90 days.
Founded in 1989, PDSi is a leading provider of application-specific hardware and global support solutions for the world’s largest OEMs. For the calendar year 2010, PDSi generated revenue of approximately US$29 million. PDSi will become part of Avnet Integrated Resources, which provides reverse logistics and after-market services to the global technology industry.
“This acquisition builds on our commitment to expand into adjacent businesses and puts in place a third and critical element in our new after-market services business to benefit industrial customers, consumers and the environment,” stated Steve Church, president, Avnet Integrated Resources.
“PDSi’s talented employees expand the breadth of our expertise in this rapidly growing industry. With 22 years of experience in repair, refurbishment, recycling and responsible disposition of IT products, PDSi joins Avnet’s two other lifecycle management operations that specialize in cable TV equipment repair and cell phone repair, in serving the electronics reverse logistics industry.”
From facilities in Ohio, Singapore and the Netherlands, PDSi provides services and products for the telecom, imaging, defense/aerospace, medical, semiconductor, industrial automation and IT markets. PDSi provides a variety of engineering and manufacturing services for global OEMs requiring custom product design, system integration, repair programs, warranty management and specialized production capabilities.
In addition to service offerings, PDSi’s product capabilities range from board-level designs to globally certified, fully integrated systems. The investment is expected to be immediately accretive to earnings and supports Avnet’s return on capital goal of 12.5 percent.
Walmart, Walgreens and The Fresh Market among industry leaders in lighting efficiency
EAST CLEVELAND, USA: More than 45 retailers from across North America attended GE Lighting’s 3rd annual LED & Energy Efficient Lighting Trends for Retail conference at the lighting unit’s global headquarters in East Cleveland, Ohio, last week to share best practices, learn about new technologies and discuss emerging trends that can deliver immediate and sustained environmental and financial gains, while enhancing the visual appeal of products.
Over the last decade, retailers have shifted to more efficient light-emitting diode (LED) systems in signage, architectural lighting, refrigerated and frozen display cases, as well as accent and ambient lighting. The newest LED application on the radar screens of retailers of every size—including those operating hundreds or thousands of stores—is parking lot lighting.
As attendees listened to speakers, participated in tours of the GE Lighting Institute and went behind the scenes to talk with scientists in GE’s reliability labs, a common theme emerged: wherever possible retailers are shifting toward long-lasting, energy-efficient LED systems. Interestingly, in the minds of retail facility executives and CFOs, the maintenance cost savings tied to an LED system’s longer life are sometimes as motivating as the energy cost savings.
“It just makes good sense to switch to LEDs for many applications,” said Amy Laughead-Riese, principal of 37 Volts Light Studio, former Macy’s lighting designer and conference keynote speaker. “LED lighting significantly reduces energy and maintenance costs while increasing energy efficiency, directly impacting a retailer’s bottom line. At the same time, it allows a retailer to maintain a consistent lighting quality and brand image throughout a store and in multiple store locations.”
Retailers are looking to incorporate LED technology enterprise-wide, from distribution centers to the sales floor. GE’s journey with LED technology dates to 1962, when GE scientists invented the first visible LED. In the last 10 years, energy-sipping GE LED systems have transformed applications as varied as traffic signals, signage and refrigerated display case lighting.
While some retailers gravitate to LED systems for creative, high-end designs, others are switching for practical, energy-saving reasons. For optimal energy savings, retailers have even integrated motion sensors with LEDs that activate when customers approach a display or certain area. Walmart, one of the featured retailers at the conference, has set a goal to use 100-percent LED lighting in all of its 5,366 stores through new construction and retrofitting.
“We began our LED journey with our exterior signage and realized this could be a sustainable, long-term lighting solution. Switching to LEDs was a no brainer,” said Charles Zimmerman, vice president of international design and construction with Walmart. “Now we’re using LEDs in display cases, parking lots and throughout the store, and now our LED lights are outliving our refrigerated display cases, providing zero maintenance.”
Over the last decade, retailers have shifted to more efficient light-emitting diode (LED) systems in signage, architectural lighting, refrigerated and frozen display cases, as well as accent and ambient lighting. The newest LED application on the radar screens of retailers of every size—including those operating hundreds or thousands of stores—is parking lot lighting.
As attendees listened to speakers, participated in tours of the GE Lighting Institute and went behind the scenes to talk with scientists in GE’s reliability labs, a common theme emerged: wherever possible retailers are shifting toward long-lasting, energy-efficient LED systems. Interestingly, in the minds of retail facility executives and CFOs, the maintenance cost savings tied to an LED system’s longer life are sometimes as motivating as the energy cost savings.
“It just makes good sense to switch to LEDs for many applications,” said Amy Laughead-Riese, principal of 37 Volts Light Studio, former Macy’s lighting designer and conference keynote speaker. “LED lighting significantly reduces energy and maintenance costs while increasing energy efficiency, directly impacting a retailer’s bottom line. At the same time, it allows a retailer to maintain a consistent lighting quality and brand image throughout a store and in multiple store locations.”
Retailers are looking to incorporate LED technology enterprise-wide, from distribution centers to the sales floor. GE’s journey with LED technology dates to 1962, when GE scientists invented the first visible LED. In the last 10 years, energy-sipping GE LED systems have transformed applications as varied as traffic signals, signage and refrigerated display case lighting.
While some retailers gravitate to LED systems for creative, high-end designs, others are switching for practical, energy-saving reasons. For optimal energy savings, retailers have even integrated motion sensors with LEDs that activate when customers approach a display or certain area. Walmart, one of the featured retailers at the conference, has set a goal to use 100-percent LED lighting in all of its 5,366 stores through new construction and retrofitting.
“We began our LED journey with our exterior signage and realized this could be a sustainable, long-term lighting solution. Switching to LEDs was a no brainer,” said Charles Zimmerman, vice president of international design and construction with Walmart. “Now we’re using LEDs in display cases, parking lots and throughout the store, and now our LED lights are outliving our refrigerated display cases, providing zero maintenance.”
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