In 2020, GaN Systems predicts:
- 5G equipment will continue its ramp up throughout the world, requiring greater bandwidth and power in smaller enclosures. GaN power transistors will be the transistor of choice on the rollout of 5G because of power density, energy efficiency, and system size requirements for macro and micro base stations for broadband delivery. GaN RF transistors will play an important part for the power amplifiers of those base stations.
- Wireless through-wall with GaN means low cost equipment can be installed and maintained economically and reliably. Fixed Wireless Access (FWA) with wireless power transfer technology solves the 5G data ‘wall problem'.
- 5G macro and micro base stations are expected to consume at least twice the amount of power as today’s networks since they will require both new cell sites and more power to run existing sites.
- Using GaN technology will produce smaller and lighter equipment with up to 50% increase in power density.
- 5G macro and micro base stations, power is reaching 2-3X the requirements of legacy systems. While 5G will improve energy efficiency since energy cost per bit is 1/10 its level on 4G, base stations are still energy-hungry at network-level, due to tens of times traffic increase. 70 million micro base stations alone are expected to be deployed by 2025.
Renewables and Energy Storage
In 2019, renewable energy production has not yet met the mainstream milestone of 24/7 availability. That said, the social attitudes, local policies, and consumer awareness are in place to push this imperative forward with the urgency that it requires. Across the globe, there needs to be a focused and disciplined mandate to address climate change,