HeatSync addresses your most demanding cooling challenges with engineering consulting and staffing that combines creative, resourceful problem-solving with consistent, reliable execution
HeatSync delivers resourceful and reliable full-stack thermal management from silicon die to hyperscale AI racks. We provide complete end-to-end thermal engineering services — including architectural design, high-fidelity Multiphysics simulation, digital twins, lab-based validation testing, and manufacturing support — for high-power semiconductors, advanced packaging, battery systems, and next-generation data centers.
With access to a fully equipped thermal lab and industrial-grade simulation tools, we help engineering teams solve complex cooling challenges that push the boundaries of power density, energy efficiency, and reliability. Our unique combination of resourceful innovation and reliable execution enables clients to accelerate development timelines while reducing risk.
Whether you are developing next-generation advanced IC packaging, high-performance battery packs, or AI infrastructure. HeatSync ensures your thermal solution is not only technically superior but also optimized for manufacturability, cost, and long-term performance.
Air and liquid cooling: single-phase, two-phase, immersion; active & passive — all architectures covered.
High-fidelity simulations from component to system level; 1D modeling, multi-physics and multi-phase analysis, reduced-order modeling (ROM), digital twins, and thermal throttling optimization.
Manufacturability, performance, cost, reliability, footprint, material compatibility, durability, noise reduction, energy efficiency, and user comfort.
Safety, environmental, and industry regulation compliance with superior thermal performance and long-term reliability.
End-to-end cooling systems from IC packages to AI server racks; scalable across power densities and deployment environments.
Discover how HeatSync’s thermal management consulting and staffing
can extinguish your burning problems.
Thermal simulation and testing of advanced IC packages to manage heat density, reliability, and performance.
Hybrid liquid, air-cooled, and immersion cooling systems supporting next-generation AI and data-center infrastructure.
Thermal management solutions for high-power electronics, energy storage, and electric mobility applications.
Thermal management and miniaturized cooling for high-performance consumer devices such as wearable and smartphones.
Thermal control for compact, mission-critical, and high-reliability devices operating under extreme conditions.
We design for performance, cost, and reliability — optimized