For the teams hitting the limits of conventional air, but hesitant to take on the capital, retrofit, and leak risk of liquid, JouleForce is the third path. The same power density, without the liquid, mapped to your needs and your environment.
The constraint is rarely the chip alone, it's the building, the service model, and the risk tolerance around it. JouleForce maps to the environments where those constraints bite hardest.
Accelerator power is climbing past the practical ceiling of conventional air. JouleForce lifts the density ceiling while keeping the operational model air-simple.
Raise rack density inside facilities that were never plumbed for liquid, without adding CDUs, manifolds, or rack-level coolant plumbing.
An air-based alternative to in-chassis liquid loops that integrates with server platforms, without designing coolant routing into the product.
High-density cooling where liquid service infrastructure is impractical, remote sites, sealed enclosures, and environments without a coolant service path.
When conventional air runs out of headroom, liquid cooling becomes a facility-level project. JouleForce creates a path to higher density without adding rack-level liquid infrastructure.
JouleForce can be adapted for existing facilities, new builds, and sites with limited service infrastructure.
RetrofitRaise density in air-cooled facilities without a facility-water project. Rack-level changes, familiar service model, short cycle.
GreenfieldPlan higher rack density into a new build while avoiding the capital and complexity of facility-wide liquid distribution.
EdgeBring high-density compute to remote and constrained sites that can't support coolant loops or routine liquid service.
A cooling choice touches operations, facilities, finance, and sustainability. The air-based model gives each of them something to say yes to.
Every engagement is built around measurable thermal and performance targets on your hardware, not a generic spec sheet.
We capture the hardware, power envelope, ambient condition, and deployment environment, and set the targets the evaluation must hit.
The cooler is characterized under defined airflow and heat-load conditions to confirm the thermal envelope for your case.
Performance is measured on live compute, junction temperature and sustained throughput, against your current baseline.
With validated data in hand, we scope a pilot deployment in the model that fits, retrofit, greenfield, or edge.
Tell us the target hardware, power envelope, ambient condition, and deployment environment. We'll map it to the right model and scope an evaluation around measurable targets, under NDA.