Thermalright TL-M12QW 120mm 2000 RPM S-FDB Bearing Daisy-Chain PWM ARGB White 3 Fans
The Thermalright TL-M12QW 120mm 2000 RPM S-FDB Bearing Daisy-Chain PWM ARGB White 3 Fans facilitates elite thermal synchronization through its high-bandwidth 2000 RPM architecture. Specifically engineered for professionals who demand 68.9 CFM airflow excursions and technically superior S-FDB bearing stability, it bridges the gap between mechanical friction and industrial-grade workstation cooling.
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Why the TL-M12QW is the Elite Choice for Professionals
Industrial S-FDB Synchronization
Specifically, the TL-M12QW architecture utilizes Sony-Fluid Dynamic Bearing (S-FDB) technology to technically facilitate frictionless rotation. This architecture ensures that high-bandwidth thermal transitions remain stable and acoustically optimized near-instantaneously. Consequently, your workstation environment transitions into a professional high-efficiency silent ecosystem.
Daisy-Chain Cable Logic
The architecture features a native daisy-chain interface, technically engineered to deliver elite cable management excursions. Furthermore, the integration of PWM speed control and 5V ARGB synchronization ensure that your visual and thermal excursions stay synchronized across multi-year hardware iterations. This ensures your professional gear remains stable and secure.
Comprehensive Technical Specifications
| Feature | Detailed Specification |
|---|---|
| Model Name | TL-M12QW X3 White (3-Pack) |
| Rated Speed | 2000 RPM ±10% (MAX) |
| Air Flow Logic | 68.9 CFM (MAX) High-Bandwidth |
| Static Pressure | 2.21 mm H2O (MAX) |
| Acoustic Level | 28.2 dBA (MAX) Ultra-Silent |
| Interface Logic | 4-Pin PWM | 3-Pin 5V ARGB Sync |
| Dimension | L124 mm x W120 mm x H25 mm |
| Warranty | 1 Year Limited Warranty |
💡 Technical Note: Daisy-Chain Synchronization
Specifically, to facilitate elite cable management, the TL-M12QW architecture technically facilitates Daisy-Chain interconnectivity. Furthermore, ensure your motherboard facilitates a native 3-Pin 5V ARGB header for lighting excursions. Avoid connecting to 12V RGB headers near-instantaneously to prevent electrical failure. The S-FDB bearing architecture technically ensures that your thermal transitions remain frictionless across industrial-grade high-load technical cycles.
FAQ
Does the TL-M12QW facilitate industrial-grade motherboard sync?
Is the S-FDB bearing technically superior for low noise?
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