Taking the Heat

CompoundSemiconductor.net2015-03-26 

Could a new design of thermally integrated photonic system deliver the massive bandwidths datacommunications crave, asks Compound Semiconductor

Photonics project aims to make communications ICs five times more efficient.

newelectronics.co.uk2015-04-03 

The result, says project leader Tyndall National Institute, will be faster data transmission at a lower cost

European team secures €5.2 million to develop thermally intelligent circuits

Compoundsemiconductor.net2015-04-02 

'Thermally Integrated Smart Photonics Systems' (TIPS) project to develop the next generation of photonic devices

Tyndall to Lead $6M Project on Photonic Circuits for Data Transmission

Photonics.com2015-03-25 

CORK, Ireland, March 2, 2015 — Tyndall National Institute will lead a consortium of researchers in a three-year, €5.2 million (about $5.95 million) European Union-funded project to develop photonic circuits for faster, cheaper data transmission.

Researchers win €5.2m to develop high-bandwidth, thermally intelligent circuits

optics.org/news/6/3/62015-03-04 

‘Thermally Integrated Smart Photonics Systems’ project to enable next-generation photonic devices to support global bandwidth growth.

3rd March 2015 Stokes Institute participate in a €5.2 million European project on thermally-integrated photonics

stokes.ie2015-07-30 

The Stokes Institute is a partner in the EU-funded project ‘Thermally Integrated Smart Photonics Systems (TIPS)’, recently awarded under the Horizon 2020 call for Smart Integration Systems.

European researchers secure €5.2 million in European funding to develop high bandwidth, thermally intelligent circuits

tyndall.ie2015-07-27 

Tyndall National Institute, Ireland, will lead a consortium of European researchers in an EU-funded project to develop intelligent circuits, which can make photonic devices up to 5 times more efficient, resulting in faster data transmission at a lower cost.