GeForce GTX 560 Ti Twin Frozr II vs Reference Heatsink Cooler Linus Tech Tips

The video compares two GPU cooling solutions for the GeForce GTX 560 Ti: MSI's Twin Frozr II cooler and the stock reference heatsink. Linus methodically describes the physical design of the reference cooler, noting its three heat pipes and dual-sided fin arrangement, as well as how exhaust is managed through multiple vents around the card. He then introduces the Twin Frozr II, highlighting its nearly internal exhaust path and the use of four heat pipes, including two thicker “super pipes,” plus a dense fin stack and twin fans. The core of the review is a temperature and noise test conducted in an open bench setup, where ambient room temperature is measured and an idle delta to the GPU is established before loading the GPU with Heaven Benchmark for load temperatures. He chooses Heaven Benchmark over FurMark due to software restrictions on newer GPUs, aiming for a realistic gaming-style load scenario while acknowledging the open bench environment may yield different results than a case-backed setup. Throughout the testing, Linus explains his methodology, including the importance of ambient temperature, the effect of room conditions, and how the maximum temperature recorded is used to assess cooling performance and acoustics. The results indicate a substantial cooling advantage for the Twin Frozr II under load, aligning with MSI’s claim of up to 20°C cooler performance compared to the reference cooler, while noting that the exact delta could vary if clocks are adjusted or if the card is tested in a closed-case scenario. He closes with practical takeaways: the Twin Frozr II delivers notably lower load temperatures with two fans and a dense fin array, but users should be mindful of fan noise levels when pushing the cooler to its limits. The video ends with a recap of the measured thermals and acoustics and a call to subscribe for more hardware reviews and tech content.

Topics · hardware_cooling · graphics_cards · tech_reviews · noise_testing