In cellular basestations, practically all the power required is to support the power amplifier. By optimising the efficiency of wireless transmitters, Nujira’s technology reduces this power requirement by over 60%, resulting in knock on effects of reduced requirements for batteries,
About Nujira Ltd
Nujira Ltd is a Cambridge based company developing power amplifier technology for the wireless communications industry. Nujira’s proprietary High Accuracy Tracking (HAT) technology enables ultra high efficiency amplifiers for a variety of systems, including
About Nujira
Nujira is the leading supplier of energy efficient, ultra-high efficiency RF power amplifier technology for next generation wireless networks and devices. Nujira’s High Accuracy Tracking (HAT™) Power Modulators for 3G, evolved 3G, DVB and WiMAX power amplifiers enable
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Nujira is the leading supplier of energy efficient, ultra-high efficiency RF power amplifier technology for next generation wireless networks and devices. Nujira’s High Accuracy Tracking (HAT®) Power Modulators for 3G, evolved 3G, DVB and WiMAX power amplifiers enable
Power amplifiers are essential building blocks for wireless communication networks as they are found in every cellphone and cellular base station and are critical to the transmission of
Nujira is the leading supplier of high efficiency power amplifier technology and related intellectual property for the wireless communications industry. Nujira’s patented high power High Accuracy Tracking (HAT™) Modulators for WCDMA, CDMA2000, DVB and WiMAX power amplifiers enable
The ever increasing number of connected devices and sophistication of consumers has spurred the demand for high bandwidth wireless connectivity. “UWB is considered the next wave in wireless technology,” stated Jack Lang, CEO of Artimi, “capable of surpassing existing
Some industry experts believe UWB will be the next wave in wireless communications, capable of surpassing existing technologies such as Bluetooth and 802.11 with higher data rates, minimal power requirements and greater
Artimi is developing low-cost, low-power UWB devices to enable the next generation of wireless consumer products. Artimi’s feature rich devices provide mesh wireless connectivity with high-precision location capability, delivering up to 500 Mbits/s data
The advanced demonstration shows broadcast and reception of packet transmission via a wireless UWB network. Mark Moore, Artimi’s CTO, stated “The demonstration is unique in the industry to date, in that it shows
Artimi is developing UWB integrated circuits that provide high bandwidth wireless connectivity for consumer electronics, personal computer peripherals and industrial equipment. In a low cost, single chip solution, Artimi’s patented technology
Artimi further announced that the patented dual-mode wireless and powerline capability will be delivered in the industry’s first single monolithic chip UWB device, the RTMI-100, in 0.18 micron
“Colin is an experienced executive with extensive knowledge and track record in the wireless communications semiconductor and systems industry,” said Kaj-Erik Relander, general partner of Accel Partners and director of Artimi. “Colin has the
About Artimi
Artimi is a fabless semiconductor company developing single chip system solutions for high bandwidth wireless connectivity based on UWB technologies. Artimi has corporate headquarters in Santa Clara, California, research and development headquarters in Cambridge, UK
Artimi is a fabless semiconductor company developing single chip systems solutions for high bandwidth wireless connectivity based on Ultra Wideband (UWB) technologies. Artimi achieved a major industry milestone in May 2005 with the release of
“This is a significant achievement in Artimi’s development of high-speed products based on Certified Wireless USB and WiMedia UWB,” stated Colin Macnab, CEO of Artimi. “Intel’s PDK is considered the benchmarking tool in interoperability testing
Shuichi has over 15 years experience in the wireless communications industry in Japan. Shuichi was most recently manager of connectivity/WLAN solutions at Texas Instruments Japan. Previous to Texas Instruments,
With over 1 million Bluetooth chips shipped globally each week, Bluetooth is rapidly becoming a standard wireless connectivity feature in many mobile phones, PDA’s and cars. Bluetooth wireless technology is also being used in industrial applications where
Antenova’s DATANOVA® mobile broadband
Antenova is a leading developer and supplier of integrated antennas and RF solutions for wireless communication and consumer electronic devices. Antenova’s patented High Dielectric Antenna (HDA®) and balanced antenna technologies enable integrated antennas and RF
“gigaAnt develops antennas for short range wireless devices used in Bluetooth™, WiFi and WiMedia applications,” said Greg McCray, CEO Antenova, “The gigaAnt purchase enables us to give
PennWell, established in 1910, is a highly diversified media company serving strategic business markets worldwide. These
“Antenova’s technology is unique in the market today,” stated Christian Kermarrec, vice president of the RF and Wireless Business Unit of Analog Devices. “The efficiency of Antenova’s antennas enables a reference design that can be used for multiple
McCray added, “Notebook computers
Antenova is a leading developer and supplier of integrated antennas and RF solutions for wireless communication and consumer electronic devices. Antenova’s patented High Dielectric Antenna (HDA®) and balanced antenna technologies enable integrated antennas and RADIONOVA®
Antenova’s DATANOVA® mobile broadband antennas for notebook computers and ultra mobile personal computers (UMPCs) provide the widest choice of wireless broadband connectivity options while providing superior performance. Antenova’s multi-band DATANOVA® mobile broadband antennas can cover all or as many of
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The Radius 4.1
About Qasara
Qasara (www.qasara.com) is focusing on the development of 3GPP LTE wireless technology for mobile devices. Based in Cambridge, England, Qasara's engineering team was formed earlier this year from leading talent at
“Much of the challenge in rolling out new wireless networks is the complexity of integration of the network and device side, and ensuring that systems are standards compliant and