Advanced Thermal Solutions, Inc.

Advanced Thermal Solutions, Inc. Advanced Thermal Solutions, Inc. Since 1989.

designs and manufactures high-performance thermal management solutions for the electronics industry, supporting air, liquid, and refrigeration-based cooling across diverse applications worldwide.

09/09/2026

Hot spots can limit electronics performance long before the full system reaches its thermal limit. 🌡️⚙️

ATS V***r Chambers help spread heat uniformly across the base of a heat sink, reducing spreading resistance and improving heat transfer in compact, high-power designs.

With low-profile construction, no moving parts and no external power, controllers or valves required, v***r chambers provide a passive heat-spreading solution for demanding electronics thermal management applications.

ATS offers standard off-the-shelf and custom v***r chamber options in aluminum, copper and titanium for applications including computing, SSD cooling, graphics cards, LEDs, industrial lasers and high heat flux chips such as IGBTs and MOSFETs.

Explore ATS V***r Chambers:
https://f.mtr.cool/ocn88cjdc3

***rChambers

09/09/2026

High-heat components need more than airflow alone. 🌡️💧

ATS LQHS Liquid Cooled Heat Sinks combine fan-assisted air cooling with internal channels of flowing coolant to help manage demanding thermal loads.

Designed for CPUs, GPUs, FPGAs, AI processors, MOSFETs, DC-DC converters, IGBTs and other high-power devices, these liquid-cooled fanSINKs provide a compact path to higher thermal performance in advanced electronics systems.

For applications where standard fan-assisted heat sinks are no longer enough, ATS LQHS solutions help bridge the gap between air cooling and full liquid cooling architecture.

Explore ATS Liquid Cooled Heat Sinks:
https://f.mtr.cool/ghhlirnqzz

ATS Technical Case Study: CFD Optimization of a Ruggedized Electro-Optical Cooling ArchitectureFor ruggedized electro-op...
09/09/2026

ATS Technical Case Study: CFD Optimization of a Ruggedized Electro-Optical Cooling Architecture

For ruggedized electro-optical systems, thermal performance must be achieved within tight packaging constraints, elevated ambient conditions, and demanding reliability expectations.

In this case study, ATS executed a baseline-to-optimized thermal design cycle for a portable threat detection / electro-optical module with mixed heat sources, a 27 W total heat load, and 40°C ambient operating conditions.

The work focused on reducing thermal resistance and improving sensor temperature stability using fan-forced convection and CFD-driven design refinement.

Read the full case study:
https://f.mtr.cool/5zkradow1b

09/08/2026

Your thermal problem has a deadline. ATS is built for it. 🌡️⚙️

The ATS Thermal Engineering Subscription gives teams on-demand access to thermal engineers, modeling and lab support—without waiting for a hiring cycle or delaying critical design decisions.

✔️Flexible plans.
✔️Predictable investment.
✔️Scalable expertise.

From early-stage advisory to analysis, CFD, lab validation and embedded co-development, ATS helps engineering teams move faster when thermal risk can’t wait.

Explore ATS Thermal Engineering Subscription:
https://f.mtr.cool/xzl7ec4jjg

Heat exchangers are a critical part of the liquid cooling loop. 💧🌡️After coolant absorbs heat from a chip, cold plate or...
09/08/2026

Heat exchangers are a critical part of the liquid cooling loop. 💧🌡️

After coolant absorbs heat from a chip, cold plate or liquid-cooled heat sink, the heat exchanger helps reject that heat to ambient air so the loop can continue cooling efficiently.

ATS Liquid-to-Air Heat Exchangers are designed for electronics cooling applications and are available in standard and compact formats for a range of system requirements.

Key features include:
🔹 Copper tubes and copper fins
🔹 High-efficiency, high-density fin design
🔹 Corrosion protection
🔹 Fan-ready assemblies
🔹 Custom fan options
🔹 100% pressure testing

From electronics cooling to aerospace, automotive, medical, laser cooling and semiconductor processing applications, ATS heat exchangers help complete the liquid cooling path.

Explore ATS Heat Exchangers:
https://f.mtr.cool/kzjgqqhya8

09/08/2026

ATS operates Advanced Thermal Characterization Labs in Norwood, MA, built to test, measure, and validate the thermal performance of electronic systems, components, and cooling solutions.

ATS lab capabilities support semiconductor and SSD characterization, airflow and pressure measurement, fan and blower analysis, liquid cooling evaluation, thermography, and full liquid loop testing. Using specialized tools such as wind tunnels, water flow visualization systems, and high-resolution thermal imaging, ATS helps engineers better understand system thermal behavior and improve cooling performance.

From component-level testing to full system validation, ATS provides engineering insight for electronics cooling, data center cooling, AI hardware, HPC systems, power electronics, and advanced thermal management applications.
Questions? Email: [email protected]
Learn more: https://f.mtr.cool/dla3qwexhp

Heat sinks for NVIDIA Jetson Thor modules🪒 Robust cooling for edge computing, physical AI, and robotics platforms🪒 Activ...
09/07/2026

Heat sinks for NVIDIA Jetson Thor modules
🪒 Robust cooling for edge computing, physical AI, and robotics platforms
🪒 Active and passive cooling options
🪒 Cool up to 175W TDP at 50°C
See: https://f.mtr.cool/6zyzg57eq7
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AI at the edge needs reliable thermal performance.ATS heat sinks for AMD Kria™ K24 and K26 System-on-Modules are designe...
09/07/2026

AI at the edge needs reliable thermal performance.

ATS heat sinks for AMD Kria™ K24 and K26 System-on-Modules are designed to help engineers manage heat in compact embedded systems, industrial automation, machine vision and edge AI applications.

Available in passive and active configurations, ATS Kria heat sinks feature secure screw mounting, pre-assembled thermal interface material and compact aluminum designs built for real-world electronics cooling.

Explore ATS cooling solutions for AMD Kria SOMs:
https://f.mtr.cool/y8ezktwag7

09/07/2026

AI performance depends on more than compute power—it depends on the thermal path behind it. 💧⚙️

ATS AI & Data Center Cooling Solutions are engineered for efficiency, scalability and reliability from chip to system.

ATS supports high-power AI and data center applications with:

🔹 Liquid cooling systems for bench-top R&D, rack-level cooling and megawatt-class infrastructure
🔹 ArctiQ™ AI Cold Plates for next-generation processors, GPUs and high-density compute modules
🔹 High-performance cold plates, including microchannel, tubed, dual-sided and custom designs
🔹 AI-specific heat sinks for NVIDIA Jetson™ and AMD Kria™ SOMs

From edge AI to high-density data centers, ATS helps engineers manage heat before it limits performance.

Explore ATS AI & Data Center Cooling Solutions:
https://f.mtr.cool/34mbkph9ag

09/07/2026

Thermal performance starts with accurate data. 🌡️💨

ATS Thermal Test & Measurement Instruments help engineers evaluate airflow, temperature, pressure, humidity, surface temperature, fan performance, heat flux and complete system behavior during electronics cooling development.

From multi-channel temperature and velocity scanners to pressure measurement systems, thermography tools, wind tunnels, fan characterization modules and cold plate test systems, ATS instruments support design validation from component level to system level.

Whether you are testing PCBs, heat sinks, enclosures, fans, cold plates or racks, ATS gives engineers the tools to measure, validate and improve thermal performance.

Explore ATS Instruments:
https://f.mtr.cool/8cv63nn4bt

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89 Access Road Ste 27
Norwood, MA
02062

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