This paper presents the architecture of an Internet Protocol Version 6 processor for FPGA-based data processing and acquisition applications. Design choices and limitations are discussed together with a thorough simulation and verification methodology. The processor is demonstrated to frame and parse UDP over IPv6 traffic at 1Gb/s line-speed on a Virtex 5 FPGA, outperforming a reference soft-processor solution for UDP over IPv4. RTL-simulations show that 10Gb/s operation is attainable with the same architecture
A library of layered protocol wrappers has been developed that process Internet packets in reconfigu...
This thesis presents HANP, a network processor architecture designed for high performance Internet p...
Transmission Control Protocol (TCP) and Ethernet have been widely used in readout systems. These pro...
TinyIPv6, a subset specication of the TCP/IPv6 protocol stack, has been investigated un-der the cond...
The main objective of the thesis has been the design and implementation of a complete UDP/IP Etherne...
The main objective of the thesis has been the design and implementation of a complete UDP/IP Etherne...
The rapid expansion of Internet has caused enormous increase in number of users, servers, connection...
This work presents the proof of concept implementation for the first hardware-based design of Moving...
This thesis is part of the Arachne project which focusses on novel processor architectures that enab...
As FPGAs become larger and more powerful, they are in-creasingly used as accelerator devices for com...
We present a routing table partitioning based solution for a high-performance IPv6 packet lookup eng...
A library of layered protocol wrappers has been developed that process Internet packets in reconfigu...
A library of layered protocol wrappers has been developed that process Internet packets in reconfigu...
With the increasing number of Internet services, the flexible and reliable TCP/IP protocol suite has...
In the near future, billions of new smart devices will connect the big network of the Internet of Th...
A library of layered protocol wrappers has been developed that process Internet packets in reconfigu...
This thesis presents HANP, a network processor architecture designed for high performance Internet p...
Transmission Control Protocol (TCP) and Ethernet have been widely used in readout systems. These pro...
TinyIPv6, a subset specication of the TCP/IPv6 protocol stack, has been investigated un-der the cond...
The main objective of the thesis has been the design and implementation of a complete UDP/IP Etherne...
The main objective of the thesis has been the design and implementation of a complete UDP/IP Etherne...
The rapid expansion of Internet has caused enormous increase in number of users, servers, connection...
This work presents the proof of concept implementation for the first hardware-based design of Moving...
This thesis is part of the Arachne project which focusses on novel processor architectures that enab...
As FPGAs become larger and more powerful, they are in-creasingly used as accelerator devices for com...
We present a routing table partitioning based solution for a high-performance IPv6 packet lookup eng...
A library of layered protocol wrappers has been developed that process Internet packets in reconfigu...
A library of layered protocol wrappers has been developed that process Internet packets in reconfigu...
With the increasing number of Internet services, the flexible and reliable TCP/IP protocol suite has...
In the near future, billions of new smart devices will connect the big network of the Internet of Th...
A library of layered protocol wrappers has been developed that process Internet packets in reconfigu...
This thesis presents HANP, a network processor architecture designed for high performance Internet p...
Transmission Control Protocol (TCP) and Ethernet have been widely used in readout systems. These pro...