Patent 01:
Silicon Interfacing
Surface-Passivated Impingement & Dielectric Nanofluid Architecture
A hardware-first direct-to-die thermal solution engineered to suppress gate leakage and eliminate the mechanical bottlenecks in multi-staged sub-ambient cryogenic cooling.
Core Technology Modules
Combining additive manufacturing with nanoparticle thermophysics to fundamentally alter the liquid-cooling interface at the chip level.
Micro-Jet Impingement
Replaces standard lateral-flow cold plates with vertical 0.2mm high-velocity jets targeting the die hotspot directly, massively reducing package thermal resistance.
EN-P Passivation
Internal copper geometries are treated with an Electroless Nickel-Phosphorus coating, stopping galvanic corrosion and providing extended service life in severe sub-zero environments.
Dielectric Nanofluid
A specialized PAO base infused with SiO2 nanoparticles. Provides an upside 26% boost to thermal conductivity while remaining electrically non-conductive to eliminate short-circuit damage risk.
Deconstruct the Threat Model →Engineering Blueprints
High-fidelity system schematics outlining the Patent 01 internal hardware configurations.
View A: Impingement Plate
Direct-to-die vertical jet layout, showing the exact 0.2mm nozzle dimensions and 2.5 mm spatial distribution over the semiconductor package.
View B: U-Channel Network
Lateral cross-section of the U-Channel heat exchange boundaries, mapping the turbulent boundary layer mixing zones and exhaust routing.
View C: Micro-Check Valve
Pressure mapping of the passive flow-balancing micro-valves, ensuring uniform fluid distribution across highly heterogeneous hot zones.
Commercial Revenue & Profit Projections
Diamond.Cool's addressable market rests squarely on substituting existing low-efficiency cold plates inside fully liquid-cooled GB300-class racks. We capture value by licensing the physical thermal hardware and co-developing with Tier-1 OEMs.
The Addressable Target Market
The NVIDIA GB300 NVL72 and equivalents are natively fully liquid-cooled. We are not convincing operators to buy liquid cooling; we are out-competing incumbent fluid hardware.
Operator Upside Projections
Suppressing temperatures eliminates up to 65% of gate leakage power loss. This allows maximum clock boosting without power-budget throttling.
Diamond.Cool Revenue Model (OEM Co-Development Path)
Rather than manufacturing whole-rack infrastructure, Diamond.Cool provides licensable plate & manifold IP directly to integrators. Capturing just a fraction of the raw throughput gains generated by our technology translates directly to recurring royalty reliefs and high-value strategic acquisition margins.