A scalable architecture to design high radix switch fabric is presented. It uses circuit techniques to re-use existing input and output data buses and switching logic for fabric configuration and supporting multiple arbitration policies. In addition, it integrates a 4-level message-based priority arbitration for quality of service. Fine grain clock gating, tiled fabric topology and self-regenerating bit-line repeaters enable scaling the router to 8k wires. A 64×64(128b data) switch fabric fabricated in 45nm SOI CMOS spans 4.06mm2 and achieves a throughput of 4.5Tb/s at 3.4Tb/s/W at 1.1V with a peak measured efficiency of 7.4Tb/s/W at 0.6V
Increasing power density with technology scaling has caused stagnation in operating frequency of mod...
The integration into FPGA of high-speed serial IO blocks enables the creation of flexible switching ...
High-performance routers constitute the basic building blocks of the Internet. The wide majority of ...
High volume traffic presumes high-throughput routers that are connected together with high-speed lin...
This paper reviews advances in the technology of integrated semiconductor optical amplifier based ph...
The exponential growth of the Internet is driving a demand for routers that operate at increasing bi...
This work considers switching fabrics with distributed packet routing to achieve high scalability an...
A number of switch fabric architectures based on mini-router grids (MRG) have been proposed as a rep...
High-performance routers have the task of transmitting traffic in be-tween the nodes of the Internet...
The scaling of the capacity of a semiconductor- optical-amplifier-based switch carrying wavelength-s...
Abstract — The load-balanced switch architecture is a promis-ing way to scale router capacity. We ex...
Abstract — The load-balanced switch architecture is a promising way to scale router capacity. We exp...
Evolving semiconductor and circuit technology has greatly increased the pin bandwidth available to a...
High-performance routers have the task of transmitting traffic in between the nodes of the Internet,...
It is the objective of this thesis to investigate a number of issues associated with building a sc...
Increasing power density with technology scaling has caused stagnation in operating frequency of mod...
The integration into FPGA of high-speed serial IO blocks enables the creation of flexible switching ...
High-performance routers constitute the basic building blocks of the Internet. The wide majority of ...
High volume traffic presumes high-throughput routers that are connected together with high-speed lin...
This paper reviews advances in the technology of integrated semiconductor optical amplifier based ph...
The exponential growth of the Internet is driving a demand for routers that operate at increasing bi...
This work considers switching fabrics with distributed packet routing to achieve high scalability an...
A number of switch fabric architectures based on mini-router grids (MRG) have been proposed as a rep...
High-performance routers have the task of transmitting traffic in be-tween the nodes of the Internet...
The scaling of the capacity of a semiconductor- optical-amplifier-based switch carrying wavelength-s...
Abstract — The load-balanced switch architecture is a promis-ing way to scale router capacity. We ex...
Abstract — The load-balanced switch architecture is a promising way to scale router capacity. We exp...
Evolving semiconductor and circuit technology has greatly increased the pin bandwidth available to a...
High-performance routers have the task of transmitting traffic in between the nodes of the Internet,...
It is the objective of this thesis to investigate a number of issues associated with building a sc...
Increasing power density with technology scaling has caused stagnation in operating frequency of mod...
The integration into FPGA of high-speed serial IO blocks enables the creation of flexible switching ...
High-performance routers constitute the basic building blocks of the Internet. The wide majority of ...