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Dive into the research topics where Jeffrey M. Gilbert is active.

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Featured researches published by Jeffrey M. Gilbert.


ieee hot chips symposium | 2007

A 4 Gbps wireless true uncompressed 1080p-capable HD A/V transceiver using 60 GHz

Jeffrey M. Gilbert; Chinh H. Doan; Sohrab Emami; C. Bernard Shung

This article consists of a collection of slides from the authors conference presentation on the market for wireless high definition audio visual systems (HD A/V) Some of the specific topics discussed include: the benefits of HD A/V systems; data rates; challenges and solutions for 60 Ghz operations; wireless video area network design; the features of SiBeams uncompressedf 50 GHz wireless HD chipset; and new areas of technological development for HD wireless A/V transceivers.


photonics society summer topical meeting series | 2012

Unlicensed 60-GHz millimeter wave for multi-gigabit wireless communications

Keang-Po Ho; Sohrab Emami; Jeffrey M. Gilbert

Using the unlicensed 60-GHz millimeter-wave band, an antenna array driven by CMOS circuitry enables low-cost multi-gigabit broadband wireless transmission. The CMOS transceiver can consistently achieve data rates up to 3.8 Gb/s for video area network operation. Using beam-search techniques, the antenna arrays steer the beam to avoid line-of-sight blockage.


SID Symposium Digest of Technical Papers | 2009

64.4: Invited Paper: Wireless Panel Architecture Using Lossless Uncompressed 60 GHz Transmissions

Jeffrey M. Gilbert; Chinh H. Doan; Sohrab Emami; C. Bernard Shung

Wireless transmissions have dramatically improved panel placement and interconnection flexibility. In this paper we present a wireless panel architecture where the panel functionality partitioning can be optimized through the use of a 60 GHz high speed wireless link to deliver full fidelity, uncompressed and lossless video at consumer price points. SiBEAMs fully-integrated all-CMOS WirelessHD® chipsets enable this architecture via robust transmissions at data rates up to 4 Gbps.


Archive | 2007

Adaptive beam-steering methods to maximize wireless link budget and reduce delay-spread using multiple transmit and receive antennas

Karim Nassiri-Toussi; Jeffrey M. Gilbert; Chuen-Shen Shung; Dmitry M. Cherniavsky


Archive | 2007

HD physical layer of a wireless communication device

Keangpo Ricky Ho; Karim Nassiri-Toussi; Dengwei Fu; Stephen P. Pope; Jeffrey M. Gilbert; Chuen-Shen Shung; Jianhan Liu


Archive | 2008

Extensions to adaptive beam-steering method

Karim Nassiri-Toussi; Jeffrey M. Gilbert


Archive | 2007

Wireless hd mac frame format

Kumar Mahesh; Karthik Krishnaswami; Karen Wang; Jeffrey M. Gilbert; Chuen-Shen Shung


Archive | 2007

Transmission line filter for esd protection

Patrick Thomas Mcelwee; Chinh H. Doan; Jeffrey M. Gilbert


Archive | 2008

Device discovery in a wireless communication system

In Sung Cho; Kumar Mahesh; Prakash Kamath; Jeffrey M. Gilbert; Rob Frizzell


Archive | 2010

Enhanced wireless data rates using multiple beams

Keangpo Ricky Ho; Jianhan Liu; Guocong Song; Karim Nassiri Toussi; Jeffrey M. Gilbert

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Chinh H. Doan

University of California

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Sohrab Emami

University of California

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