Mixed signals on mixed-signal: the right next technology
RA Rutenbar, D Harame, K Johnson, P Kempf… - Proceedings of the 40th …, 2003 - dl.acm.org
CMOS dominates digital microelectronics. However, wireless applications require RF
circuits at 1-5GHz, and exotic higher frequency applications are on the horizon. Silicon-
Germanium (SiGe) is a growing choice for these designs. But is it" the" answer? Some argue
that scaled CMOS will handle all tomorrow's RF ICs. Others argue that one-chip SoC
solutions will never be the winning strategy for these highly heterogeneous designs, and
place their bets on system-in-package (SiP) technologies. Is there a right answer here? Is …
circuits at 1-5GHz, and exotic higher frequency applications are on the horizon. Silicon-
Germanium (SiGe) is a growing choice for these designs. But is it" the" answer? Some argue
that scaled CMOS will handle all tomorrow's RF ICs. Others argue that one-chip SoC
solutions will never be the winning strategy for these highly heterogeneous designs, and
place their bets on system-in-package (SiP) technologies. Is there a right answer here? Is …
[PDF][PDF] Mixed Signals on Mixed-Signal: the Right Next Technology
P Kempf, T Meng, R Rofougaran… - Proceedings of the 40th …, 1917 - websrv.cecs.uci.edu
CMOS dominates digital microelectronics. However, wireless applications require RF
circuits at 1-5GHz, and exotic higher frequency applications are on the horizon. Silicon-
Germanium (SiGe) is a growing choice for these designs. But is it “the” answer? Some argue
that scaled CMOS will handle all tomorrow's RF ICs. Others argue that one-chip SoC
solutions will never be the winning strategy for these highly heterogeneous designs, and
place their bets on system-in-package (SiP) technologies. Is there a right answer here? Is …
circuits at 1-5GHz, and exotic higher frequency applications are on the horizon. Silicon-
Germanium (SiGe) is a growing choice for these designs. But is it “the” answer? Some argue
that scaled CMOS will handle all tomorrow's RF ICs. Others argue that one-chip SoC
solutions will never be the winning strategy for these highly heterogeneous designs, and
place their bets on system-in-package (SiP) technologies. Is there a right answer here? Is …
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