ThermoPro
Introduction
In high-performance industrial computing environments, SSDs or DRAM memory modules generate significant heat when operating continuously at high speeds. ThermoPro is a high-efficiency thermal architecture specifically developed for demanding industrial applications. Utilizing precision-engineered aluminum structures and thermal interface materials, ThermoPro rapidly dissipates heat from controllers, NAND flash, or DRAM chips, ensuring that modules maintain peak performance under prolonged heavy workloads while preventing unstable data throughput or system latency.
Key Features and Implementation Conditions
ThermoPro combines materials science and structural engineering to establish an optimized thermal path:
- Optimized Thermal Interface Application: High thermal conductivity pads are closely applied to core chips according to product structural requirements, effectively eliminating air gaps between components.
- Support for Double-Sided Attachment: For extremely high-load applications, thermal pads can be applied to both the top and bottom of the module, fully covering controllers and storage chips to ensure rapid heat transfer from internal silicon dies to the external housing.
- Industrial-Grade Aluminum Heat Conductor: Made from premium aluminum alloy, providing excellent thermal conductivity and optimized heat dissipation surface area. Anodized treatment adds insulation properties. Since this thermal architecture employs a solid aluminum housing for enhanced performance, installation requires confirmation of sufficient internal space in the system to ensure proper integration into embedded systems or servers.
- Enhanced Mechanical Stability: The heatsink is firmly bonded to the module, significantly improving physical stability in high-vibration or high-impact industrial environments.
Thermal Performance Analysis: Exceptional Temperature Control
Through rigorous stress testing, modules equipped with ThermoPro demonstrate excellent temperature management, ensuring performance consistency and extending component lifespan.
Test Environment Parameters:
- Ambient Temperature: 24.5°C
- Airflow Conditions: Still Air
| Test Phase | Standard Module (No Thermal Management) | Module with ThermoPro |
| Start Test | Temperature rapidly spikes to 71.0°C | Temperature rise curve stabilizes quickly, reaching steady state |
| End Test | High temperature environment affects long-term stability | Temperature successfully maintained around 50.0°C |
Experimental Data:
During prolonged stress testing of over 28,000 seconds, ThermoPro maintains excellent low temperatures even under continuous load.
