The evolution of multi- and many-core platforms is rapidly increasing the available on-chip computational capabilities of embedded computing devices, while memory access is dominated by on-chip and off-chip interconnect delays which do not scale well. For this reason, the bottleneck of many applications is rapidly moving from computation to communication. More precisely, performance is often bound by the huge latency of direct memory accesses. In this scenario the challenge is to provide embedded multi and many-core systems with a powerful, low-latency, energy efficient and flexible way to move data through the memory hierarchy level. In this paper, a DMA engine optimized for clustered tightly coupled many-core systems is presented. The IP ...
Advanced Internet-of-Things applications require control-oriented codes to be executed with low late...
Ax J, Sievers G, Daberkow J, et al. CoreVA-MPSoC: A Many-core Architecture with Tightly Coupled Shar...
Abstract—Memory channel contention is a critical per-formance bottleneck in modern systems that have...
The evolution of multi- and many-core platforms is rapidly increasing the available on-chip computat...
A key challenge in scaling shared-L1 multi-core clusters towards many-core (more than 16 cores) conf...
none5siModern designs for embedded many-core systems increasingly include application-specific units...
Improving the performance of future computing systems will be based upon the ability of increasing t...
High-end embedded systems such as smart phones, game consoles, GPS-enabled automotive systems, and h...
In HPC, low latency communication between remote processes is crucial to application performance. In...
Direct Memory Access /DMA / is previously used to transfer data between the main memory of host comp...
MPSoCs with hierarchical communication infrastructures are promising architectures for low power emb...
International audiencePower-efficient architectures have become the most important feature required ...
open5siDate of Publication: 02 November 2017High performance and extreme energy efficiency are stron...
The trend of increasing processor performance by boosting frequency has been halted due to excessive...
none7siReducing the energy consumption in low cost, performance-constrained microcontroller units (M...
Advanced Internet-of-Things applications require control-oriented codes to be executed with low late...
Ax J, Sievers G, Daberkow J, et al. CoreVA-MPSoC: A Many-core Architecture with Tightly Coupled Shar...
Abstract—Memory channel contention is a critical per-formance bottleneck in modern systems that have...
The evolution of multi- and many-core platforms is rapidly increasing the available on-chip computat...
A key challenge in scaling shared-L1 multi-core clusters towards many-core (more than 16 cores) conf...
none5siModern designs for embedded many-core systems increasingly include application-specific units...
Improving the performance of future computing systems will be based upon the ability of increasing t...
High-end embedded systems such as smart phones, game consoles, GPS-enabled automotive systems, and h...
In HPC, low latency communication between remote processes is crucial to application performance. In...
Direct Memory Access /DMA / is previously used to transfer data between the main memory of host comp...
MPSoCs with hierarchical communication infrastructures are promising architectures for low power emb...
International audiencePower-efficient architectures have become the most important feature required ...
open5siDate of Publication: 02 November 2017High performance and extreme energy efficiency are stron...
The trend of increasing processor performance by boosting frequency has been halted due to excessive...
none7siReducing the energy consumption in low cost, performance-constrained microcontroller units (M...
Advanced Internet-of-Things applications require control-oriented codes to be executed with low late...
Ax J, Sievers G, Daberkow J, et al. CoreVA-MPSoC: A Many-core Architecture with Tightly Coupled Shar...
Abstract—Memory channel contention is a critical per-formance bottleneck in modern systems that have...