Testseek.at haben 6 Experten-Bewertungen der Evercool VC-RHC Turbo2 und die durchschnittliche Bewertung beträgt 80% erhoben. Blättern Sie nach unten und sehen Sie alle Beiträge zu Evercool VC-RHC Turbo2.
(80%)
6 Tests
Durchschnittliche Punktzahl von Experten, die dieses Produkt bewertet haben.
Evercool Turbo2 is an inexpensive VGA cooler and thus must be analysed with its target audience in mind.It achieved the same performance level of our GeForce 9600 GT stock cooler, which is a medium-consumption (and dissipation) video card. The good poi...
Quiet operation, Easy installation, Great price, Solid thermal performance
Not compatible with the latest video cards, No RAM heatsinks, Can interfere with motherboard connections/components
Indeed, the Evercool Turbo 2 VGA cooler does offer solid thermal and noise performance for a VGA cooler. The cooler has a slick-looking design and is very easy to install on the video card. And, at ~$20 USD, it is a good value. However, I did notice th...
Very Quiet, Very affordable, Good performance, Wide compatibility, Easy to install
Air not vented outside the case, Does not cool memory
If you are looking for an alternative to Arctic Coolings coolers you should check out the Evercool Turbo 2. It offers good performance, very quiet operation and a good price.When you are building a system with focus on low-noise instead of performance...
Zusammenfassung: Its large, but its also inexpensive and promises some impressive cooling. If youve got two slots to spare, this Evercool graphics cooler may just fit the bill.
When I first received this cooler, I wasnt expecting much. My opinions on the cooler turned around though, after the testing concluded. It kept up to the Accelero X1, and even surpassed it in the ambient temp tests. The ambient results are likely aid...
O Evercool Turbo2 é um cooler relativamente barato e, portanto, deve ser analisado em relação ao seu mercado-alvo.Ele obteve o mesmo desempenho do cooler original da nossa GeForce 9600 GT, que é uma placa de vídeo de consumo (e, portanto, dissipação) m...
