Thermaltake

Thermaltake TPX-875M Toughpower 875W PSU

5.0 (7 reviews)

Power Your System with the Thermaltake Toughpower XT 875W The Thermaltake Toughpower XT 875W power supply takes performance and reliability to the next level. Featuring a robust design with high-quality Japanese capacitors and advanced cooling technology, it delivers stable and efficient power fo...

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Overview

Power Your System with the Thermaltake Toughpower XT 875W

The Thermaltake Toughpower XT 875W power supply takes performance and reliability to the next level. Featuring a robust design with high-quality Japanese capacitors and advanced cooling technology, it delivers stable and efficient power for demanding gaming and professional systems.

Specifications:

  • Form Factor: ATX12V 2.3 / EPS12V V2.91
  • Certification: 80PLUS Bronze
  • Features: SLI Ready, CrossFireX Certified, Cable Management

Key Features

Designed from the groud-up to operate 27/7 and up to 50 degree celsius environment to ensure maximum stability and continuous power output.

Advanced double-forward switching circuitry offers lowest power loss to improve on power efficiency which decreases electricity bill.

S.P.T. Indicator and FanDelayCool Technology allows for full visibility into power supply's status and performance while increase its overall reliability and long term operation.

Highest quality Japanese capacitors & solid state capacitors with ability to withstand up to 105 degree celsius (221 degree Farenheit).

DC to DC converter provides superior dynamic response and greatest system stability.

Specifications

Model
Thermaltake TPX-875M Toughpower
Wattage
875W
Operating Temperature
Up to 50 degrees Celsius
Capacitor Type
Japanese & Solid State (105 degrees Celsius rated)
Circuitry
Advanced double-forward switching
Technology
S.P.T. Indicator, FanDelayCool Technology, DC to DC converter

Pros & Cons

👍 Pros

  • Engineered for continuous 24/7 operation at up to 50 degrees Celsius, ensuring maximum stability in demanding environments
  • Features advanced double-forward switching circuitry, reducing power loss for improved efficiency and lower electricity bills
  • Includes S.P.T. Indicator and FanDelayCool Technology, offering status visibility and enhancing long-term reliability
  • Built with highest quality Japanese capacitors and solid state capacitors, rated to withstand up to 105 degrees Celsius (221 F)
  • Equipped with a DC to DC converter, providing superior dynamic response and greatest system stability for sensitive components
  • Delivers a robust 875W of power, suitable for powering high-end gaming rigs or multi-GPU setups

👎 Cons

  • Specific modularity (e.g., fully modular, semi-modular) is not detailed, which can affect cable management for some users
  • The fan noise level is not specified, which could be a concern for users seeking a very quiet PC build
  • Efficiency rating (e.g., 80 Plus Bronze, Gold) is not provided, making it difficult to compare its energy efficiency directly
  • No information on the number and type of connectors (e.g., PCIe, SATA) is given, which is crucial for component compatibility
  • The physical dimensions are not listed, which is important for compatibility with various PC case sizes

Frequently Asked Questions

The Thermaltake Toughpower TPX-875M provides a robust 875W of continuous power, suitable for high-performance computer systems.
Yes, it is specifically designed to operate 24/7 and maintain stability in environments up to 50 degrees Celsius.
It utilizes high-quality Japanese capacitors and solid state capacitors, rated to withstand temperatures up to 105 degrees Celsius (221 F).
Yes, it includes S.P.T. Indicator for status visibility and FanDelayCool Technology to enhance its overall reliability and long-term operation.
The PSU features advanced double-forward switching circuitry, which offers lowest power loss to improve power efficiency and potentially reduce electricity consumption.
With an 875W output, this power supply is generally capable of supporting systems with multiple graphics cards, depending on their specific power requirements.