In this section, we bring you an audio-visual representation of the card's thermals and noise output. The video below is a recording of the card in both idle and load, while independent instruments log audio, thermal-imaging, optical video, and numeric sensor data in real time. We set up a new rig with a passively-cooled Core "Haswell" processor and ASUS TUF Sabertooth motherboard to make it possible. We also used ASUS's Thermal Armor kit with the motherboard to ensure that heat from the motherboard doesn't obscure our thermal imaging. Our instruments include a FLIR-made thermal camera with a resolution of 320x240 pixels, a normal optical camera, a sensitive shotgun microphone, and GPU-Z, to log the GPU's sensor data.

The thermal camera also serves as a non-contact thermometer. Its crosshairs are trained on the graphics card and will dynamically follow the highest temperature. The audio portion of the video is only to illustrate the tonal quality and the relative change from idle to load, not the absolute volume produced. It is to give you an idea of how the card revs its fans up as a reaction to increasing temperatures.