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2016-05-04 mm-wave SDR accelerates 5G development
The NI mm-wave Transceiver System is a full transceiver that can transmit and/or receive wide-bandwidth signals at up to 2GHz real-time bandwidth, covering the spectrum in the E-band, 71GHz to 76GHz
2007-01-16 Microchip offers full-Zigbee, MiWi options
Microchip Technology Inc. has equipped its MRF24J40 device for the 802.15.4 radio chip market with a full ZigBee software offering plus an alternative lightweight 'MiWi' protocol that uses only basic join-and-leave operations of the full ZigBee stack
2012-01-05 Logic analyzer geared for wireless systems
The 16900 Series Logic Analyzer allows customers to generate digital IQ signals using a pattern generator, convert these signals to RF and analyze the RF signals.
2013-04-05 Lime enlists Interlligent to meet T&M equipment needs
Lime Microsystems has closed a deal with Interlligent RF & MW Solutions to use their latest test and measurement technology in developing its field programmable RF transceiver ICs
2002-12-10 IC startups chase new technology
Entrepreneurs arrived in the U.S. last week offering chips they said would spur the development of multiprotocol radios, full-motion video on cellphones and wideband WLANs, among other next-generation products.
2014-03-12 Examining field-programmable RF chip
Here's a look at a chip that comes from the wireless domain and is touted to bring exciting new possibilities.
2007-02-01 EDGE RF subsystem cuts time-to-first call
Freescale's RFX275-30 is a 90nm CMOS transceiver subsystem that promises to accelerates phone manufacturers' integration time via simplified programming
2002-02-12 Echotek uses Altera ASSP to power wideband digital transceivers
Powered by Altera's Mercury programmable ASSP, Echotek has released the ECTR-114-B transmitter and ECDR-112-B receiver for wideband digital transmission.
2006-06-19 Digi-Key to distribute Panasonic RF modules
Panasonic Industrial Co. announced the appointment of Digi-Key as an authorized distributor for its line of RF modules.
2005-04-18 Designing an optimal wireless SoC
The ultimate challenge in designing high-speed chips in wireless devices lies in the integration of the RF transceiver into an SoC
2005-04-28 Cheapest solution for RF links?
Chipcon's CC1100 multi-channel RF transceiver and CC1150 multi-channel RF transmitter operate in the 315-, 433-, 868- and 915MHz license-free ISM bands
2012-01-04 Boost SDR performance
Here are some examples of how software for system simulation of RF end-to-end architecture design can be used to address the software defined radio design challenges
2015-03-20 Boost medical apps efficiency through wireless links
Using FPRF devices, manufacturers can incorporate a cost-effective enhancement to their equipment that will differentiate them from their competitors and improve medical care.
2004-11-23 Berkana reference design kits support multiple leading baseband platforms
Berkana's new reference design kits accelerate the development of cellular handsets and handhelds based on the BKW9000 family of GSM/GPRS CMOS RF transceivers.
2004-05-12 Atmel rolls Zigbee chipset, eyes more wireless forays
Atmel's Zigbee chipset is comprised of an integrated transceiver, highly optimized microcontroller, and full IEEE 802.15.4 and prestandard Zigbee protocol stack
2006-02-01 Architectures for mobile RF convergence
As communication convergence picks up the pace, the issue of partitioning RF and modem functionalities becomes less clear-cut.
2006-07-31 Airbee, ZMD collaborate on Zigbee technology
Airbee Wireless and ZMD have signed an agreement to integrate Airbee-Zigbee Network Software stack with ZMD's 900MHz ZMD44102 transceiver
2005-04-15 Air interface protocol links to ISM-band transceivers
Analog Devices has introduced a new development tool for its industrial, scientific and medical band transceivers.
2003-07-16 Agere Festino provides faster development, time-to-market
Agere's Festino platform is designed to make wireless design solutions faster, better, and more efficient.
2007-02-07 65nm SoC combines Wi-Fi, Bluetooth, FM techs
Using 65nm process technology, Broadcom is producing a low-power SoC that combines Wi-Fi, Bluetooth and FM receiver technologies onto a single silicon die, allowing OEMs to drive these wireless technologies into more handset platforms.
2012-02-21 Transceivers boast 20dBm output power for RF ICs
The Si446x EZRadioPRO from Silicon Labs is geared for smart meters, security and home automation systems, industrial control systems and sensor networks.
2006-01-30 TI completes Chipcon acquisition
Texas Instruments has completed its previously announced acquisition of Chipcon, a company that designs short-range, low-power wireless RF transceiver devices
2005-04-18 Development tool for ISM transceivers eases product design
Engineers developing wireless products using Analog Devices Inc.'s ISM band transceivers can shorten design cycles with a new development tool called ADIismLink.
2004-03-30 TechnoConcepts opens Shanghai office
TechnoConcepts Inc., a developer of True Software Radio (TSR) technology for wireless communication, has opened an office in Shanghai, China
2000-07-01 Wireless future: At what cost?
I recently attended "Bluetooth Geneva," a conference sponsored by UK-based IIR Limited. Bluetooth, a proposal by cellphone makers Nokia and Ericsson along with computer makers IBM, Intel and Toshiba, is now endorsed by over 1,600 manufacturers. That this technology is hot is evidenced by the questions from the Taiwanese engineers at the executive panel discussion, "Interfacing for the Millennium," sponsored by Global Sources during the IIC-Taipei conference in May. Bluetooth was intended to link portable PCs and cellphones with a short distance wireless link. In principle, it will enable you to download an address book from your PC to your cellphone. Though it frequency hops at 2.45GHz, the Bluetooth transceiver was conceived as dumb, low power (10mW), and cheap
2008-11-03 What’s required for RF4CE?
The main advantage of the radio protocol is that it ensures interoperability between remote controls and A/V devices that IR never achieved. The protocol’s upper layers are defined specifically for remote control, while the lower layers (including PHY) use IEEE 802.15.4, where ZigBee and 6LowPAN are also based. IEEE 802.15.4 is used in many proprietary protocols in both consumer and industrial markets
2007-02-14 W-CDMA protocol analyzer tests partial designs
Unlike using radio test sets on conformance test systems, the Aeroflex W-CDMA ACE 3G protocol analysis test system supports the early development of protocol test scenarios through its ability to test partial and incomplete designs
2014-12-03 Sub-GHz wireless for long range IoT connectivity
Learn about the role of the sub-Gigahertz wireless radio spectrum in extending the range of wireless devices in an Internet of Things network
2009-11-20 Paving the way to strong sensor, control nets
By using a combination of standards for the radio and software stacks, developers can avail themselves of a strong, clear roadmap to the future of low-power wireless sensor networks
2016-03-01 Multiprotocol wireless SoCs streamline IoT connectivity
Silicon Labs said the Wireless Gecko SoCs integrate a powerful ARM Cortex-M4 core, energy-friendly Gecko technology, a 2.4GHz radio with up to 19.5dBm output power, and advanced hardware cryptography
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