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.

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.

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

Key advantages of the CTS architecture:

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:

lower power consumption
reduced heat generation
fewer potential failure points
higher system efficiency
lower production costs

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.

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.

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

Key advantages of the CTS architecture:

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:

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.

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

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

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.

​

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.

​

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

​

Key advantages of the CTS architecture:

​

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:

​

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.

​

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

​

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

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optimized silicon area utilization