


Events:
Semicon Taiwan 2009 September 30 -October 2, 2009, Taipei World Trade Center, Taiwan
Semicon Europa 2009 October 6-8, 2009, Messe Dresden Germany
PV Taiwan 2009 October 7-9 2009
Semicon Japan 2009 December 2 – December 4, 2009, Makuhari Messe, Chiba, Japan
Semicon Russia 2010 June 14 -16, 2010, World Trade Center, Moscow, Russia
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IceFyre
URL: http://www.icefyre.com
Location: Canada
Products:
SureFyre 802.11a
SureFyre (TM) 802.11a full system solution delivers greater performance, power
efficiency and system flexibility at a competitive cost, meeting the requirements of
next generation, high-growth WLAN equipment markets. These emerging markets
include audio-visual (A/V) and consumer media products, PC devices and enterprise
infrastructure equipment.
Greater than 30 Mbit/s throughput at over 40 m;
1W System Power Consumption at 80 mW EIRP;
Peak chipset power consumption as low as 720 mW;
Complete power management delivers average power consumption less than 200 mW;
Up to 23 dBm Average RMS (over 1.1 W Peak) output power;
Rx Sensitivity up to 10 dB better than 802.11a specification;
27 dB EVM (2 dB better than 802.11a specification);
150 ns delay spread multipath tolerance;
Per packet antenna diversity selection delivers up to 10 dB gain in sensitivity in multipath environments;
Industry’s only implementation of Transmit per Packet Power Control (TPPC) ensures optimal AP-STA performance with minimal RF network interference;
TrueSygnal (TM) per packet equalization and decode processing provides additional receive processing gain and enables dynamic channel assessment and selection;
Over 20 dB of power control range;
Capable of 4.9 – 5.85 GHz operation and 802.11h support for global access;
Hardware-based Wi-Fi Protected Access (TM) and AES-CCMP for low power, high-throughput security support.
TwinFyre 802.11a/b/g
The TwinFyre 802.11a/b/g system solution delivers all the unmatched 802.11a
performance, power consumption and features of the SureFyre 802.11a system
solution plus:
Up to 17 dBm and 22dBm output power in 802.11b and 802.11g operation respectively;
802.11g receive sensitivity up to 10 dB better than specification.
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