Abstract—The FlexCore processor is the resulting implementation of an exposed datapath approach conceptualized in the FlexSoC programme. By way of a crossbar switch interconnect, all execution units in a FlexCore datapath can potentially communicate, allowing the inherent hardware parallelism to be utilized. This interconnect enables configuration of a datapath to match an application domain, for example, by way of data-path accelerators. The baseline FlexCore is a general-purpose processor (GPP) and since all FlexCore configurations are extensions to the baseline, they offer GPP functionality as complement to the domain-specific functionality. This paper gives an overview of the implementation of complete FlexCore processors, accompanied w...
The goal of this project is to design an instruction decoder for the FlexCore processor based on an ...
The FlexSoC project aims at developing a design framework that makes it possible to combine the comp...
Tailored to run domain-specific applications under very strict constraints on, for example, real-tim...
The FlexCore processor is the resulting implementation of an exposed datapath approach conceptualize...
We introduce FlexCore, the first exemplar of an architecture based on the FlexSoC framework. Compris...
We introduce FlexCore, which is the first exemplar of a processor based on the FlexSoC processor par...
The design of an embedded processor is dependent on the application domain. Traditionally, design so...
The comfort of our daily lives has come to rely on a vast number of embedded systems, such as mobile...
As a simple five-stage General-Purpose Processor (GPP), the baseline FlexCore processor has a limite...
Due to diversified demands of customers, embedded processor datapaths have been extended to accept m...
In this paper, we present a new architectural concept for network processors called FlexPath NP. The...
A proven approach to increase performance of general-purpose processors is to add hardware accelerat...
We investigate the effects of introducing a flexible interconnect into an exposed datapath. We defin...
Designing a processor is a complex task that uses multiple and varied tools. The complete developmen...
Fine-grained control through the use of a wide control word can lead to high instruction-level paral...
The goal of this project is to design an instruction decoder for the FlexCore processor based on an ...
The FlexSoC project aims at developing a design framework that makes it possible to combine the comp...
Tailored to run domain-specific applications under very strict constraints on, for example, real-tim...
The FlexCore processor is the resulting implementation of an exposed datapath approach conceptualize...
We introduce FlexCore, the first exemplar of an architecture based on the FlexSoC framework. Compris...
We introduce FlexCore, which is the first exemplar of a processor based on the FlexSoC processor par...
The design of an embedded processor is dependent on the application domain. Traditionally, design so...
The comfort of our daily lives has come to rely on a vast number of embedded systems, such as mobile...
As a simple five-stage General-Purpose Processor (GPP), the baseline FlexCore processor has a limite...
Due to diversified demands of customers, embedded processor datapaths have been extended to accept m...
In this paper, we present a new architectural concept for network processors called FlexPath NP. The...
A proven approach to increase performance of general-purpose processors is to add hardware accelerat...
We investigate the effects of introducing a flexible interconnect into an exposed datapath. We defin...
Designing a processor is a complex task that uses multiple and varied tools. The complete developmen...
Fine-grained control through the use of a wide control word can lead to high instruction-level paral...
The goal of this project is to design an instruction decoder for the FlexCore processor based on an ...
The FlexSoC project aims at developing a design framework that makes it possible to combine the comp...
Tailored to run domain-specific applications under very strict constraints on, for example, real-tim...