TI-V77N Heatsink From All Angles
	The Fan: The unlabeled fan is reported to spin at 5000RPM and considering the amount of noise it generates this would seem to be a fair number. The fan is 60mm in size and 25mm thick. Apart from the odd arrangement of fan blades and orientation of the entire unit it is otherwise very standard. The fan connects to the power source via a molex pass thru cable, and uses a small three-pin connector to deliver the RPM signal to the fan header.
	Heatsink Top: The heatsink top is just about the same as the heatsink bottom, but bear with us for a moment. Each side of the TI-V77N has 15 curved fins that range in length from 4mm to 23mm. We were impressed to see that the fins were scalloped on both side to increase surface area and promote turbulence. Also note that screw holes have been made in the extrusion to accept both 70mm and 60mm configurations. The central copper core appears to be 20mm in diameter.
	Side A: No matter how much we would all like to see tooless heatsinks become standard, the TI-V77N does require a small screw driver at some point. Much of the tensioning is taken up by the small lever on the left hand side. Each of the 15 fins are roughly 0.9mm thick and 21mm tall. The fins are spaced widely at 3mm distances.
	Side B: The fan shroud which supports the unlabeled fan 6.5mm above the top of the heatsink also doubles as a frame for the attachment mechanism and lever. The base of the heatsink has a bevel to help keep fingers from being sliced up. The base is undercut 2mm to clear the socket cam arm.
	Heatsink Base: Looking at the base of the TI-V77N is like looking at the top of it. Unlike traditional extruded heatsinks this one is essentially sitting on its side. The base finish is very good, and the left hand side undercut 2mm for socket cam arm clearance. The heatsink comes with a small patch of gray wax-like phase change material over the copper core. We removed this material before conducting our thermal tests