COMBI  TRANSMIT  SYSTEM

As integration density and operating frequencies of modern chips continue to increase, conventional decoder architectures are increasingly becoming a limitation in terms of power consumption, scalability, and silicon area utilization.

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The Combi Transmit System (CTS) is developed as an alternative architecture for the transmission and distribution of signals, energy, and other transfer media, based on a combinatorial line-connection principle.

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In applications as a replacement for binary decoders, demultiplexers, and similar logic systems, CTS enables significant improvements in efficiency and integration.

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Key advantages of the CTS architecture:

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• up to 67 % fewer integrated transistors

• higher number of outputs compared to conventional solutions

• scalable architecture for advanced systems

• support for serial and parallel signal transmission

• optimized silicon area utilization​

 

 

System-level advantages:

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• lower power consumption

• reduced heat generation

• fewer potential failure points

• higher system efficiency

• lower production costs

 

CTS is developed for semiconductor manufacturers and design teams working on high-performance, energy-optimized next-generation systems.

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Technical documentation, architectural overview, and benchmark analysis are available.

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Contact for additional technical information and evaluation of the CTS architecture.

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