5GPHOS @5GPHOS_social
5G-PHOS aRoF 60G FiWi mmWave DEMO https://t.co/qRwZCf7oj4 via @YouTube
5GPHOS @5GPHOS_social
The 5G-PHOS team setting up Fiber Wireless fronthaul links using a 32-element beamsteered antenna and a linear EML… https://t.co/GykjXzgRcu
5GPHOS @5GPHOS_social
Visiting #TIM's lab facilities in #Turin on the 2nd day of 5G-PHOS #plenary meeting! https://t.co/F52r4KtNNJ… https://t.co/rAa20OWuIu
5GPHOS @5GPHOS_social
The #5G-PHOS consortium is now meeting for another #plenary meeting in #Torino. A lot of important stuff to discuss… https://t.co/ygkig7LwPR
5GPHOS @5GPHOS_social
@iq_iquadrat and 5G-PHOS were also present in the #smartcitiesexpo, in #Barcelona #5GIA #5G @5GPPP https://t.co/d4WPTg2FZq
5G-PHOS partner iQuadrat representing the project in this year's MWC in Barcelona. Visitors have the chance to get informed on the project's outcomes and view the 5G-PHOS video and dissemination material.
Watch the 5G-PHOS project carrying out its first successful demonstration at the Fraunhofer facilities of the converged Fiber-Wireless fronthaul transmission for 5G networks over mmWave spectrum employing a 32-element beamsteered antenna made by SIKLU and a linear EML made by III-V Lab. More info at: www.5g-phos.eu.
The 5G-PHOS team setting up Fiber Wireless fronthaul links using a 32-element beamsteered antenna and a linear EML for 5G mmWave networks.
On Day#2 of the 4th plenary meeting, the 5G-PHOS consortium had a great opportunity to tour TIM’s optical and wireless lab facilities and also see the testing tower where the 5G-PHOS massive antennas will be placed. Some pictures follow.
Iquadrat and 5G-PHOS were also present in the Smart Cities Expo, in Barcelona
