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[2808.88 --> 2809.44] temperatures
[2809.44 --> 2810.80] and I
[2810.80 --> 2811.10] looked at
[2811.10 --> 2811.36] that and
[2811.36 --> 2811.50] I went
[2811.50 --> 2811.80] that's
[2811.80 --> 2812.20] great
[2812.20 --> 2813.20] why are
[2813.20 --> 2813.82] we relying
[2813.82 --> 2815.08] on the
[2815.08 --> 2816.38] GPU
[2816.38 --> 2817.06] card
[2817.06 --> 2817.86] manufacturers
[2817.86 --> 2818.68] to give
[2818.68 --> 2819.20] us these
[2819.20 --> 2819.92] non-reference
[2819.92 --> 2820.82] cooler designs
[2820.82 --> 2821.42] that keep
[2821.42 --> 2821.86] the GPU
[2821.86 --> 2822.22] cooler
[2822.22 --> 2822.96] I understand
[2822.96 --> 2823.70] that blower
[2823.70 --> 2824.54] designs are
[2824.54 --> 2825.08] better for
[2825.08 --> 2825.72] certain builds
[2825.72 --> 2826.34] but when we're
[2826.34 --> 2826.86] talking dual
[2826.86 --> 2827.60] GPU cards
[2827.60 --> 2828.14] I think
[2828.14 --> 2829.12] we're talking
[2829.12 --> 2829.74] about systems
[2829.74 --> 2830.40] that better have
[2830.40 --> 2830.80] some airflow
[2830.80 --> 2831.24] through them
[2831.24 --> 2831.48] anyway
[2831.48 --> 2832.14] so I appreciated
[2832.14 --> 2832.92] that and I
[2832.92 --> 2833.66] appreciate once
[2833.66 --> 2834.84] again that AMD
[2834.84 --> 2835.80] has made this
[2835.80 --> 2836.88] card water cooling
[2836.88 --> 2838.52] out of the box
[2838.52 --> 2839.68] so yeah
[2839.68 --> 2840.48] it's only a
[2840.48 --> 2841.26] single 120
[2841.26 --> 2841.68] millimeter
[2841.68 --> 2842.24] radiator
[2842.24 --> 2843.40] and yeah
[2843.40 --> 2843.88] it's an
[2843.88 --> 2844.36] ace attack
[2844.36 --> 2844.82] all-in-one
[2844.82 --> 2845.22] solution
[2845.22 --> 2845.66] so it's not
[2845.66 --> 2845.96] the greatest
[2845.96 --> 2846.30] performing
[2846.30 --> 2846.68] thing in the
[2846.68 --> 2846.86] world
[2846.86 --> 2848.16] but what I
[2848.16 --> 2848.80] think a lot
[2848.80 --> 2849.12] of people
[2849.12 --> 2849.70] were surprised
[2849.70 --> 2850.28] to discover
[2850.28 --> 2851.16] is that on
[2851.16 --> 2851.66] a graphics
[2851.66 --> 2852.12] card you
[2852.12 --> 2852.90] don't need
[2852.90 --> 2853.34] the greatest
[2853.34 --> 2853.70] thing in
[2853.70 --> 2854.14] the world
[2854.14 --> 2854.76] in order
[2854.76 --> 2855.30] to still
[2855.30 --> 2856.36] get really
[2856.36 --> 2857.26] really impressive
[2857.26 --> 2857.76] thermals
[2857.76 --> 2858.22] like I've
[2858.22 --> 2858.82] seen reports
[2858.82 --> 2859.26] around the
[2859.26 --> 2859.92] web of
[2859.92 --> 2860.42] these cards
[2860.42 --> 2861.04] running as
[2861.04 --> 2861.78] low as
[2861.78 --> 2862.20] you know
[2862.20 --> 2862.74] 60 to
[2862.74 --> 2863.68] 70 degrees
[2863.68 --> 2864.60] under load
[2864.60 --> 2865.96] that's running
[2865.96 --> 2866.90] at full speed
[2866.90 --> 2868.60] because people
[2868.60 --> 2869.70] look at their
[2869.70 --> 2871.12] CPU and the
[2871.12 --> 2871.76] temperatures a
[2871.76 --> 2872.62] CPU runs at
[2872.62 --> 2873.70] and they look
[2873.70 --> 2874.24] at their GPU
[2874.24 --> 2875.02] and they look
[2875.02 --> 2875.28] at the
[2875.28 --> 2875.86] temperatures a
[2875.86 --> 2876.62] GPU runs at
[2876.62 --> 2877.16] and I think
[2877.16 --> 2877.76] the assumption