IEEE Radio Frequency IC Symposium 2005
RFIC 2005
Workshop WSD
WSD: ADVANCED SYSTEM SOLUTIONS AND INTEGRATION
TECHNOLOGIES FOR HIGH-VOLUME WIRELESS-LAN APPLICATIONS
Date & Time: Sunday, June
12; 8:00 AM to 5:00 PM
Location: Long Beach Convention
Center, Room 101AB
Topics & Speakers:
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MIMO WLAN Transceiver Concepts
and its Implication on the FEM development, Avi
Biran, Intel Corp
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Ultra-Compact WLAN FEMs for the
High-Volume Wireless Mobile Market, Patric Heide,
EPCOS AG
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RF Silicon Integrated Passives
(RFIPDs) for WLAN Applications, C. H. Wang, Telephus
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Laminate-Based RF Integrated Passive
Frontend Devices for WLAN Application, J. Chamberlin,
JMD
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LTCC Front End Module for WLAN
Application (IEEE 802.11a/b/g), S. Kemmochi, Hitachi
Metals
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Small-size WLAN integrated modules,
K. K. Kano and K. Kato
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FEMs for Mobile / Cellular Applications,
B. Hemish and P. Huang, SiGe Semiconductor
Patric Heide, EPCOS AG,
Avi Biran, Intel Corporation,
Clemens Ruppel, EPCOS AG
MTT-20: Wireless Communications
MTT-16: Microwave Systems
MTT-23: RF Integrated Circuits 2005 RFIC Symposium
The WLAN market demonstrated enormous growth rates
in the last few years. Likewise the cellular phone
market, the WLAN market has seen strong component
cost reductions, with simultaneous increase in the
complexity of WLAN radio transceivers - from single
to multi-band / multimode solutions, coexistence
with Bluetooth, novel cellular functions and, most
recently - the realization of 802.11n and MIMO concepts.
Apparently, the size of WLAN-radio transceiver RFIC
and its adjacent FEM became a critical system-implementation
factor. Wireless connectivity has become an embedded
feature in mobile PCs, PDAs and smart phones, where,
the number of functions per sq. mm is the limiting
functionality factor. Very small WLAN RFICs with
form factors compatible to CF and SD cards, memory
sticks and USB-interfaces have been introduced in
2004. Highly-integrated FEM and single-chip radios
have for the first time been applied to allow those
innovative implementations. Most recently, the cellular
industry has set the very challenging target of
implementing a high-performance WLAN radio within
150 sq.mm (802.11g) and 250 sq.mm (802.11a + g)
challenges. This will drive further the trend for
higher integration levels, cost reduction, reliability
and yield improvements.
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Important
Dates |
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RFIC 2005:
12-14 June, 2005
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