Add to ORKGUsing speculative transmission combined with a novel parallel scheduler design for practical photonic integrated switches based on the Clos architecture, we demonstrate a minimum latency of 47.2 ns in a rack scale 32×32 optically switched system
We investigate optical switching architectures that can scale to thousands of input/output ports, in...
A control and network system is proposed to offer optical circuits of 120 ns duration while achievin...
Most datacenter network (DCN) designs focus on maximizing bisection bandwidth rather than minimizin...
As data centre traffic dynamics are changing, optical networking is becoming increasingly important...
As data centers enter the exascale computing era, the traffic exchanged between internal network nod...
Optical interconnection networks have the potential to reduce latency and power consumption while in...
The combination of ever-growing data demand and the slowing down of Moore’s law are creating substan...
Modern Data Center Networks (DCNs) that scale to thousands of servers require high performance switc...
Meeting the exponential increase in the global demand for bandwidth has become a major concern for t...
WDM/TDM star-coupler architectures have been proposed for building high-radix optical switches to ...
PULSE, an optical circuit switched data center network, employs custom ASIC schedulers to reconfigur...
The implementation of a low-latency optical packet switch architecture that is controllable while sc...
We introduce PULSE, a sub-μs optical circuit switched data centre network architecture controlled by...
Power density and cooling issues are limiting the performance of high performance chip multiprocesso...
High performance computer and data-centers require PetaFlop/s processing speed and Petabyte storage ...
We investigate optical switching architectures that can scale to thousands of input/output ports, in...
A control and network system is proposed to offer optical circuits of 120 ns duration while achievin...
Most datacenter network (DCN) designs focus on maximizing bisection bandwidth rather than minimizin...
As data centre traffic dynamics are changing, optical networking is becoming increasingly important...
As data centers enter the exascale computing era, the traffic exchanged between internal network nod...
Optical interconnection networks have the potential to reduce latency and power consumption while in...
The combination of ever-growing data demand and the slowing down of Moore’s law are creating substan...
Modern Data Center Networks (DCNs) that scale to thousands of servers require high performance switc...
Meeting the exponential increase in the global demand for bandwidth has become a major concern for t...
WDM/TDM star-coupler architectures have been proposed for building high-radix optical switches to ...
PULSE, an optical circuit switched data center network, employs custom ASIC schedulers to reconfigur...
The implementation of a low-latency optical packet switch architecture that is controllable while sc...
We introduce PULSE, a sub-μs optical circuit switched data centre network architecture controlled by...
Power density and cooling issues are limiting the performance of high performance chip multiprocesso...
High performance computer and data-centers require PetaFlop/s processing speed and Petabyte storage ...
We investigate optical switching architectures that can scale to thousands of input/output ports, in...
A control and network system is proposed to offer optical circuits of 120 ns duration while achievin...
Most datacenter network (DCN) designs focus on maximizing bisection bandwidth rather than minimizin...