Start where the power goes.
Designed for efficient energy use across changing traffic conditions.
The radio is a major load at a cell site. Reducing its power demand lowers the energy the rest of the site must supply.
Radio hardware designed for better energy economics, from the amplifier to the site power system.

Radio power consumption is a material part of a cell site’s energy requirement. Reducing it can improve the economics of the site and the power infrastructure around it.
TalkingHeads’ approach combines radio hardware design with software-defined operation. The objective is to use energy more effectively across changing traffic conditions while meeting network requirements.
Designed for efficient energy use across changing traffic conditions.
The radio is a major load at a cell site. Reducing its power demand lowers the energy the rest of the site must supply.
Lower radio energy use reduces the load on the site power system.
Effects on solar, storage and fuel requirements depend on traffic, climate, backup needs and site architecture.
Stronger site energy economics support the networks you operate and the sites you plan to build.
Let’s look at where power costs stand between your network and its next opportunity.
Our engineering model puts the radio at approximately 3× lower power draw, and the site at around half its total energy, against a comparable incumbent configuration. The first customer field trial is what measures it.
Bring us your load, power source and existing equipment. We’ll show what lower radio power means for the cost of your site, with every assumption laid out.
Request the technical briefing and model assumptionsRead the validation FAQ
Review coverage needs, radio configuration, traffic and power constraints.
Agree on RF output, service requirements and operating conditions.
Measure energy and network performance against acceptance criteria.
Assess integration, service performance and site economics together.
Let’s look at where power costs stand between your network and its next opportunity.
Talk to us about a trial