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Research Trends and Future Directions in Ultra-high-speed Compound Semiconductor IC Technology

机译:超高速化合物半导体IC技术的研究趋势和未来方向

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摘要

The most prominent feature of compound semiconductor integrated circuits (ICs) is their ultra-high-speed performance. The development of 10-Gbit/s ICs has almost been finished and the next stage aiming at 40 Gbit/s or more has been taken off. Such ultra-high-speed ICs require new types of interconnection and circuit design as well as improved transistor performance. For transistors, MESFETs, which Have already been widely used, are making steady progress toward higher speed. Intensive research is being performed on both GaAs-based and InP-based HFETs and HBTs. Transistor performance is pushing 200 GHz and ICs with speeds over 40 Gbit/s have been demonstrated. Three-dimensional interconnection with low loss and low interference has been proposed. A distributed configuration is becoming more important as a design technique.
机译:化合物半导体集成电路(IC)的最显着特征是其超高速性能。 10 Gbit / s IC的开发已接近完成,下一阶段的目标是40 Gbit / s或更高。这种超高速IC需要新型的互连和电路设计,以及改进的晶体管性能。对于晶体管,已经被广泛使用的MESFET正在朝着更高的速度稳步发展。目前正在对基于GaAs和基于InP的HFET和HBT进行深入研究。晶体管的性能正在推动200 GHz,并且已经证明了速度超过40 Gbit / s的IC。已经提出了具有低损耗和低干扰的三维互连。分布式配置作为一种设计技术变得越来越重要。

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