The Next Bright Lights of Eindhoven
Eindhoven, August 10, 2022 Paris may be the more well-known City of Light, but we may argue that Eindhoven has had a closer association with
When Will Access Networks Go Coherent?
Eindhoven, July 27, 2022 Access networks everywhere are scaling. 5G and IoT promise to interconnect exponentially more devices than before, with higher speed and latencies.
Photonic System-on-Chip is the Future
Eindhoven, July 14, 2022 Before 2020, Apple made its computer processors with discrete components. In other words, electronic components were manufactured on separate chips, and
The Growth of Business Ethernet Services
Eindhoven, July 7, 2022 The increasing use of data and fiercely price-conscious and multimedia-hungry business subscribers can limit revenue opportunities for the network provider industry.
EFFECT Photonics to Deliver Rural 5G Fixed Wireless Access in Wales
Eindhoven, July 6, 2022 As part of the Welsh Government’s efforts to ensure all residents have access to fast and reliable digital infrastructure, EFFECT Photonics
The Future of 5G Fronthaul
Eindhoven, June 29, 2022 The 5G network revolution promises to fulfill the capacity needs that previous cellular generations could no longer provide to the ever-increasing
What is DWDM and Why Should You Care?
Eindhoven, June 22, 2022 Imagine a couple of small trucks moving along a country road in opposite directions, carrying goods between factories and consumers. As
VodafoneZiggo Partners with EFFECT Photonics for 5G Connectivity on Existing Dutch DWDM Networks
Eindhoven, June 16, 2022 Tunable SFP+ modules powered by photonics System-on-Chip (SoC) technology successfully tested on live Dutch network for increased capacity, network efficiency and
The Growing Market for Tunable Lasers
Eindhoven, May 4, 2022 The world is moving towards tunability. The combination of tunable lasers and dense wavelength division multiplexing (DWDM) allows datacom and telecom
The power of self-tuning access networks
Eindhoven, February 16, 2022 The transitions to 3G and 4G relied heavily on more efficient use of broader RF spectrum blocks. For many cell sites,