System-level design has a disadvantage in not knowing important aspects about the final layout. This is critical for SoC, where uncertainties in communication delay by very deep submicron effects cannot be neglected. This paper presents a layout-aware bus architecture (BA) synthesis algorithm for designing the communication sub-system of an SoC. BA synthesis includes finding bus topology and routing individual buses, so that constraints like area, bus speed and length, are tackled at the physical level. The paper presents the BA automatically synthesized for a network processor and a JPEG SoC
Two major trends can be observed in modern system-on-chip design: first the growing trend in system ...
Abstract – It is important in SoC design that the design and verification can be done easily and qui...
The sectioned bus is an energy-optimal architecture for system-on-chip (SoC) communication, where we...
As System-on-Chip (SoC) designs become more complex, it is becoming harder to design communication a...
Abstract — Deep submicron technology scaling has two major ramifications on the design process. Firs...
As system-on-chip (SoC) designs become more complex, it is becoming harder to design communication a...
Abstract—The performance of a multiprocessor system heavily depends upon the efficiency of its bus a...
For multimedia applications, the System LSI design trend is to integrate an increasing number of app...
Bus architecture synthesis for hardware-software co-design of deep submicron systems on chi
Abstract—A system-on-a-chip communication archi-tecture has a significant impact on the performance ...
As the technology advances, millions of transistors can be integrated on a small chip area. With the...
On-chip bus design has a significant impact on the die area, power consumption, performance and desi...
Datapath optimisation has a great impact on the efficiency of computationally intensive embedded des...
Modern multi-processor system-on-chip (MPSoC) designs have high bandwidth constraints which must be ...
Modern multiprocessor system-on-chip designs have high bandwidth constraints which must be satisfied...
Two major trends can be observed in modern system-on-chip design: first the growing trend in system ...
Abstract – It is important in SoC design that the design and verification can be done easily and qui...
The sectioned bus is an energy-optimal architecture for system-on-chip (SoC) communication, where we...
As System-on-Chip (SoC) designs become more complex, it is becoming harder to design communication a...
Abstract — Deep submicron technology scaling has two major ramifications on the design process. Firs...
As system-on-chip (SoC) designs become more complex, it is becoming harder to design communication a...
Abstract—The performance of a multiprocessor system heavily depends upon the efficiency of its bus a...
For multimedia applications, the System LSI design trend is to integrate an increasing number of app...
Bus architecture synthesis for hardware-software co-design of deep submicron systems on chi
Abstract—A system-on-a-chip communication archi-tecture has a significant impact on the performance ...
As the technology advances, millions of transistors can be integrated on a small chip area. With the...
On-chip bus design has a significant impact on the die area, power consumption, performance and desi...
Datapath optimisation has a great impact on the efficiency of computationally intensive embedded des...
Modern multi-processor system-on-chip (MPSoC) designs have high bandwidth constraints which must be ...
Modern multiprocessor system-on-chip designs have high bandwidth constraints which must be satisfied...
Two major trends can be observed in modern system-on-chip design: first the growing trend in system ...
Abstract – It is important in SoC design that the design and verification can be done easily and qui...
The sectioned bus is an energy-optimal architecture for system-on-chip (SoC) communication, where we...