New Products
Dashing towards another wireless data standard
The Alliance will provide a framework for application development on top of the core standard, seamless interoperability, and security for DASH7-enabled transactions.
The technology is expected to provide commercial, military and government users with the ability to track the status of objects such as vehicles, shipping containers, pharmaceutical products, hazardous materials, perishable goods and manufacturing and operational equipment.
The wireless data technology is already used in the global defense industry, and a major aim is to extend it to commercial customers.
Initial backers include STMicroelectronics, Texas Instruments and Analog Devices from the components side, as well as 17 other cross-industry equipment providers, system integrators and users such as Lockheed Martin, Dow, Michelin, Savi Technologies and Unisys.
The U.S. Department of Energy and three of its laboratories, Argonne National Laboratory, Oak Ridge National Laboratory and Pacific Northwest National Laboratory, as well as the University of Pittsburgh plan to serve as technical advisors. The latter plans to serve as the initial test and certification lab for DASH7-enabled products.
The Alliance says the technology will be more cost effective and reliable and operate at lower power levels than ZigBee and similar wireless data technologies.
It adds the members would also foster wireless data innovations based on the standard, including advanced sensor networking, electronic seals and mobile phone integration.
"By assembling this coalition of both end users and technology companies, we can promote greater interoperability and reliability, but also inspire greater innovation around a common standard," commented David Stephens, CEO of Savi Technologies.
According to Michael Liard, Practice Director, RFID, of ABI Research, the Alliance "is both timely and mission critical to growing the active UHF segment of the RFID market."
STMicroelectronics and Analog Devices plan to provide hardware developer toolkits, while TI plans to be a DASH7 participant. The Alliance says membership is open to end users, technology providers and research organizations.
- SMT 20-circuit interconnect solution targets 25Gbit/s data and telecom
- LeCroy strikes international distribution agreement with Digi-Key
- Global chip sales squeeze 0.4% annual growth
- Rambus buys memory startup for $35 million
- SiC JFET delivers high speed switching in micro inverters
- IP55 rated cooling fans for outdoor use
- Digital PWM controllers deliver highest efficiency multiphase solutions in smallest footprint
- Plessey buys LED technology firm, aims at drastically lower HB LED costs
- Demo board showcases SiC JFETs in cascode half-bridge configuration
- Corning, Samsung Mobile Display launch OLED glass venture
- Shrinking memory bits a million times through antiferromagnetically coupled atoms
- Energy efficient 100-W LED light bulb uses only 12 W
- Intel, Samsung 'smell blood in the water'
- Analyst claims Windows on ARM will not be much of a success
- Nokia's Lumia 900 to lead Windows Phone resurgence
- HokieSpeed, the supercomputer for the masses
- Texas Instruments shows off Pico HD projector that fits into a smartphone
- Osram creates gallium-nitride LED chips on silicon wafers
- Marvell and One Laptop per Child unveil the XO 3.0 Tablet
- Nokia buys Nordic OS developer
- Dual-Stage Feedback Techniques for Single-Pole Feedback Compensation
- 20-Bit, Linear, Low Noise, Precision, Bipolar ±10V DC Voltage Source
- High-Speed, Real-Time Recording Systems
- Organic solar cells and OLEDs - A comparison of two competing approaches
- USB-Based Thermocouple Temperature Monitor with Cold Junction Compensation
This month Keithley Instruments is giving away two of its Model 2200 power supplies, worth 735 Euros each, for EETimes Europe's readers to win. The Model 2200-20-5: 20V, 5A, 100W on offer is one of five general-purpose programmable DC power supplies recently launched by the company, designed for source measurement instruments for component, module, and device characterization and test applications.
Part of the Series 2200 family, the unit’s voltage output accuracy is specified at 0.03% and its current output accuracy is 0.05%. The supply’s high output (1mV) and measurement (0.1mA) resolution makes it well-suited for characterizing low power circuits and devices in applications such as measuring idle mode and sleep mode currents to confirm devices can meet today’s ever-more-challenging goals for energy efficiency.
And the winners are:
In our previous reader offer, EPC was giving away ten of its EPC9002 development board kits, worth USD 95 each.
Lucky winners include I. Blythe and C. Hardman from the UK, M. Casartelli and D. Cogliati from Italy, C. Cossio from Spain, W. Milarch from Germany, r. Milewicz from Poland, M. Prascak from Slovakia, A. Raidl from Austria and M. Taslakov from Bulgaria.
All should be receiving their kits soon. Let's wish them some interesting findings with their projects.
Power
SoC
Diodes
Smartphones
Vishay Intertechnology
Samsung
Battery
ARM
IMS Research
NXP Semiconductors
TSMC
ABI Research
Analog Devices
STMicroelectronics
Solar
Maxim Integrated Products
FPGA
LTE
Analog
Intel
Smartphone
Linear Technology
Freescale
Android
Semiconductor
Wireless
IBM
MEMS
Power Management
Texas Instruments
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