The design of a dedicated multichipmodule (MCM) for hand-held digital cellular telephones is presented. It uses the silicon-on-silicon, flip-chip MCM technology. The MCM contains one gallium arsenide and seven CMOS V...
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To gain uniform, rigorous multichipmodule (MCM) qualification for high-reliability applications, Sandia has developed: a set of assembly test chips which are available for manufacturers and users to evaluate, charact...
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The authors present a testing methodology for multichipmodule (MCM) designs, which were automatically generated by a behavioral synthesis system. The testability of the design was enhanced by automatic insertion of b...
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This paper presents a channel-based thin-film wiring methodology for multi-chipmodule design. Crosstalk between adjacent transmission lines are specifically calculated and minimized during routing to avoid excessive ...
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An 80 MHz CPU board has been designed that uses the MIPS R6000 chip set mounted on a silicon circuit board in an air cooled multichipmodule (MCM). An existing CPU board design was the departure point with the goal o...
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We have developed an ultrahigh-speed ATM switching module having a highway throughput of 9.6 Gbps using a HEMT process switch IC and a ceramic multi-chip substrate. The switch IC operates at 1.2 Gbps. This module conf...
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The authors discuss the theory, implementation, and applications of the programmable digital receiver (PDRx) multichipmodule. The PDRx module comprises four digital receiver channels. The 9-in2 module dissipates less...
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An overview of the important transmission line properties of circuit interconnects is given, and it is shown how these properties can affect the operation of high speed and high density multichipmodules (MCMs). Both ...
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The design of a dedicated multichipmodule (MCM) for hand-held digital cellular telephones is presented. It uses the silicon-on-silicon, flip-chip MCM technology. The MCM contains one gallium arsenide and seven CMOS V...
详细信息
The design of a dedicated multichipmodule (MCM) for hand-held digital cellular telephones is presented. It uses the silicon-on-silicon, flip-chip MCM technology. The MCM contains one gallium arsenide and seven CMOS VLSI chips and performs receive front-ending, all baseband signal processing, and system control functions. High frequency effects are briefly discussed.< >
A silicon-on-silicon multichipmodule design, which addresses several issues unique to low-end machines, is described. Among these are mixing bipolar and CMOS chips, practicing flip-chip and wirebonding on the same su...
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A silicon-on-silicon multichipmodule design, which addresses several issues unique to low-end machines, is described. Among these are mixing bipolar and CMOS chips, practicing flip-chip and wirebonding on the same substrate, and customizing the power plane to supply multiple voltage levels. Following a description of the module design, the issue of performance in microprocessor-based machines as a driver for multichipmodule technology is discussed.< >
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