Advanced Thermal Solutions, Inc.

Directions Website

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.

10/27/2026

High-power AI and HPC processors need cooling designed for the socket, not just the heat load. 💧⚙️

ATS ArctiQ™ NIVIS Series Cold Plates provide socket-specific direct liquid cooling for AMD SP5 processor applications and other advanced AI and HPC systems.

Designed for compact, high-power architectures, NIVIS cold plates support up to 6.5 kW of heat dissipation with lightweight, precision-machined aluminum construction and CFD-validated performance.

For data centers, AI servers and high-density compute platforms, NIVIS helps engineers manage extreme processor heat with a cold plate built for demanding liquid cooling environments.

Explore ATS ArctiQ™ NIVIS Cold Plates:
https://www.qats.com/Products/Liquid-Cooling/AI-Chip-Coolers

V***r chambers can play an important role in spreading heat from high-power electronic devices and improving thermal per...
10/27/2026

V***r chambers can play an important role in spreading heat from high-power electronic devices and improving thermal performance in compact systems.

ATS has compiled a 17-page engineering eBook covering how v***r chambers work, how they are used with heat sinks, where they fit in electronics thermal management, and which design parameters affect v***r chamber performance.

Topics include:
🔹 What v***r chambers are and how they are used
🔹 V***r chambers paired with heat sinks
🔹 Applications in electronics thermal management
🔹 V***r chambers vs. solid bases for high-power devices
🔹 Key parameters affecting performance
🔹 How v***r chambers compare to heat pipes
🔹 V***r chamber heat transfer capability

Download the eBook:
https://f.mtr.cool/f684pv3uey

Learn more about ATS V***r Chambers:
https://f.mtr.cool/waxem19et4

***rChambers

10/26/2026

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/go4ah2ybm5
, ,

10/26/2026

AMD Kria™ SOMs are built for edge AI, machine vision, robotics, and embedded computing — but reliable performance starts with proper thermal design.

ATS offers device-specific heat sinks designed for AMD Kria™ K24 and K26 System-on-Modules.

Key features include:
• Designed to fit AMD Kria™ SOM platforms
• Passive and active cooling options
• Straight-fin, black anodized aluminum construction
• Secure screw mounting
• Pre-assembled thermal interface material
• Fan attachment hardware kit provided for active heat sinks

Applications include:
• Robotics
• Machine vision
• Smart cameras
• Security systems
• Retail analytics
• Industrial communication and control

Learn more: https://f.mtr.cool/mq8y53w1le

Secure heat sink attachment matters for reliable thermal performance. 🌡️⚙️ATS push pin heat sinks give engineers a fast,...
10/26/2026

Secure heat sink attachment matters for reliable thermal performance. 🌡️⚙️

ATS push pin heat sinks give engineers a fast, mechanical attachment option for PCB-mounted components, combining aluminum heat sinks with push pins, compression springs and thermal interface options.

With over 108K possible assembly configurations, ATS push pin heat sinks support a wide range of component sizes, airflow conditions and thermal requirements.

Options include:

🔹 Straight fin, cross-cut and maxiFLOW™ geometries
🔹 Fine, ultra-fine and coarse pitch heat sinks
🔹 Brass or plastic push pins
🔹 Multiple compression spring options
🔹 Phase-change material, thermal tape or no-TIM options

From component cooling to PCB-level thermal design, ATS push pin heat sinks help engineers simplify attachment while supporting consistent thermal contact.

Explore ATS push pin heat sinks:
https://www.qats.com/Heat-Sinks/Push-Pin

V***r chamber design requires more than estimating size. 🌡️⚙️ATS V***r Chamber Design Tool help engineers size and valid...
10/26/2026

V***r chamber design requires more than estimating size. 🌡️⚙️

ATS V***r Chamber Design Tool help engineers size and validate sealed two-phase v***r chambers against critical design requirements, including classical heat-pipe transport limits, internal thermal network behavior and pressure-vessel constraints.

Enter your heat source and boundary conditions, and the tool returns a buildable configuration, flags inputs that will not work and shows exactly what changed to make the design viable.

For engineers working with high-heat-flux electronics, compact assemblies and demanding thermal applications, ATS helps make v***r chamber design more transparent, practical and confidence-driven.

Explore ATS V***r Design Tool:
https://f.mtr.cool/srh4rsffxx

***rChambers

10/23/2026

Need a faster way to screen liquid cold plate options? 💧⚙️

ATS Liquid Cold Plate Design Tool helps engineers compare finned vs. tubed cold plate concepts using inputs like heat load, coolant, flow rate, ΔP, TIM & material.

Try it: https://f.mtr.cool/fvr905m53u

Tubed cold plates remain one of the most practical liquid cooling options when air cooling can no longer handle the heat...
10/23/2026

Tubed cold plates remain one of the most practical liquid cooling options when air cooling can no longer handle the heat load. 💧⚙️

In this ATS blog, we look at how tubed cold plates balance thermal performance, reliability and cost across demanding electronics applications.

Key topics include:
🔹 How coolant removes heat through embedded tubing
🔹 Why higher flow rates can reduce thermal resistance
🔹 The tradeoffs between copper and stainless-steel tubing
🔹 Pressed-in, direct-contact and soldered/brazed tube designs
🔹 How tube turns affect heat transfer, pressure drop and pump requirements
🔹 Why continuous tubing can help reduce leak paths

For engineers working with power electronics, radar systems, industrial equipment or other liquid-cooled assemblies, tubed cold plates offer a proven path between performance and manufacturability.

Read the ATS blog:
https://f.mtr.cool/nxunng6hbf

What is your thermal engineering capability really costing you? 🌡️📊Hiring experienced thermal engineers is only part of ...
10/22/2026

What is your thermal engineering capability really costing you? 🌡️📊

Hiring experienced thermal engineers is only part of the investment. CFD software, laboratory equipment, recruiting, onboarding and engineering management can significantly increase the cost of building an internal thermal engineering team.

The ATS Thermal Engineering Office™ ROI Calculator helps companies compare those costs against flexible, subscription-based thermal engineering support.

🔹 Compare Advisor™, Architect™ and Partner™ support levels
🔹 Customize engineering salaries, overhead and recruiting costs
🔹 Account for CFD software, lab equipment and testing expenses
🔹 Estimate annual savings and subscription ROI
🔹 Compare support tiers and save your results

From expert thermal guidance to CFD modeling, design optimization and laboratory validation, ATS provides scalable engineering expertise without the need to build every capability in-house.

Your thermal challenges have deadlines. Your engineering investment should be predictable.

Calculate your potential ROI:
https://f.mtr.cool/qa5uukr9w8

Address

89 Access Road Ste 27
Norwood, MA
02062

Website

Alerts

Be the first to know and let us send you an email when Advanced Thermal Solutions, Inc. posts news and promotions. Your email address will not be used for any other purpose, and you can unsubscribe at any time.

Shortcuts

Share

Category