Multimode polymer waveguide crossings exhibiting the lowest reported excess loss of 0.006dB/crossing and crosstalk values as low as -30dB are presented. Their potential for use in high-speed dense optical interconnection architectures is demonstrated. © 2007 Optical Society of America
Multimode polymer waveguides have attracted great interest for use in high-speed short-reach communi...
Polymer multimode optical waveguides can enable high-speed short-reach optical interconnection at lo...
Fiber fly-overs are deployed for on-board optical interconnects in combination with on-board optical...
Optical interconnects play a key role in the implementation of high-speed short-reach communication ...
Multimode polymer waveguides are being increasingly considered for use in short-reach board-level op...
Low-loss and high-bandwidth (>47 GHz×m) multimode polymer waveguide crossings (<0.02 dB/crossing) an...
Multimode polymer waveguides are an attractive transmission medium for board-level optical links as ...
This dissertation presents a study of multimode polymer waveguide technology for use in board-level ...
In this work, the loss and bandwidth performance of flexible multimode polymer waveguides are invest...
In this work, the loss and bandwidth performance of flexible multimode polymer waveguides are invest...
Flexible polymer multimode waveguides are a promising low-cost technology for achieving high-speed o...
Multicore, compact, and low-crosstalk polymer waveguides have been designed, fabricated, and charact...
A novel waveguide concept is presented, which is applicable to a multitude of optical polymers. It a...
Polymer multimode optical waveguides can enable high-speed short-reach optical interconnection at lo...
Measurement data related to the Photonics West 2016 invited presentation and proceedings paper.This ...
Multimode polymer waveguides have attracted great interest for use in high-speed short-reach communi...
Polymer multimode optical waveguides can enable high-speed short-reach optical interconnection at lo...
Fiber fly-overs are deployed for on-board optical interconnects in combination with on-board optical...
Optical interconnects play a key role in the implementation of high-speed short-reach communication ...
Multimode polymer waveguides are being increasingly considered for use in short-reach board-level op...
Low-loss and high-bandwidth (>47 GHz×m) multimode polymer waveguide crossings (<0.02 dB/crossing) an...
Multimode polymer waveguides are an attractive transmission medium for board-level optical links as ...
This dissertation presents a study of multimode polymer waveguide technology for use in board-level ...
In this work, the loss and bandwidth performance of flexible multimode polymer waveguides are invest...
In this work, the loss and bandwidth performance of flexible multimode polymer waveguides are invest...
Flexible polymer multimode waveguides are a promising low-cost technology for achieving high-speed o...
Multicore, compact, and low-crosstalk polymer waveguides have been designed, fabricated, and charact...
A novel waveguide concept is presented, which is applicable to a multitude of optical polymers. It a...
Polymer multimode optical waveguides can enable high-speed short-reach optical interconnection at lo...
Measurement data related to the Photonics West 2016 invited presentation and proceedings paper.This ...
Multimode polymer waveguides have attracted great interest for use in high-speed short-reach communi...
Polymer multimode optical waveguides can enable high-speed short-reach optical interconnection at lo...
Fiber fly-overs are deployed for on-board optical interconnects in combination with on-board optical...