crwdns2886932:0Microsoft Surface Studio Teardowncrwdnd2886932:08crwdne2886932:0

crwdns2892164:08crwdne2892164:0

crwdns2892146:0Sam Goldheartcrwdnd2892146:0Bir 29 Huk 2016 00:12:15 MSTcrwdne2892146:0

crwdns2875918:0crwdne2875918:0 crwdns2892120:0crwdne2892120:0 Sam Goldheart

	[* black] Next, we mine for [http://teamcofh.com/assets/images/thermal-foundation/copper-ore.png\|copper\|new_window=true], extracting the shiny heat sink. A tall standoff spacer, reminiscent of those found in [guide\|19644\|27" iMacs\|stepid=49812\|new_window=true], holds this beast in place.
	[* black] The heat sink offers quite a bit of cooling power in a tiny package:
	[* black] Heat pipes coming off of each processor (CPU and GPU) flow out to exhaust radiators, each of which has a dedicated fan to blow all that hot air out of the system.
	[* icon_note] The CPU fan, being positioned not-quite over the radiator, blows down a plastic channel.
-	[* black] The GPU fan ~~was~~ the larger of the two, and its radiator gets a bonus heat pipe that runs from both the CPU ''and'' GPU, which may allow for some thermal load-leveling.
+	[* black] The GPU fan is the larger of the two, and its radiator gets a bonus heat pipe that runs from both the CPU ''and'' GPU, which may allow for some thermal load leveling.
	[* icon_note] It looks like Microsoft is getting quite a bit ''cooler'' than its [http://www.iospop.com/wp-content/uploads/2009/11/hodgman-improv-get-a-mac-ads.jpg\|late 2000s reputation\|new_window=true], if you know what we mean.