The PCB features 16 Phases (Core), 2 Phases (Memory) and 3 Phases (PLL).The PCB is equipped with the industry's high-end Panasonic tantalum capacitor salong with the addition of several KEMET tantalum capacitors with a capacity of 330uF. On the back, MDU3606 MOSFET from Magnachip are featured. To deliver high-speed under overclocked specs, the memory is equipped with its own heat spreader. The PWM supply will come with its own set of heatsink in the final retail variant. Power is pumped through Dual 8-PIN and a single 6-Pin connector which equates to a TDP above 300 Watts.
Ofcourse, a GPU of such a design would require large amounts of cooling to keep the core and memory stable. Galaxy hasn't revealed the final heatsink design for the card but we suspect it will be similar to the last HOF offering which featured heir flagship HOF series dual fan cooler which offers a much beefier heatsink design. The Galaxy GeForce GTX 780 Ti HOF makes use of a densely packed aluminum fin array that's conveyed heat through four 6mm heatpipes running through the copper base. The dual fans measure 9cm and have a total of 9 blades which are enough to handle some mighty overclocks. The shroud itself looks beast for the monster card that is the GeForce GTX 780 Ti HOF.
For those who want extra power, Galaxy also ships a separate external power supply module which can be bought, offering an 8 Phase PWM with its own set of voltage adjustment and tuning points powered via three 8 Pin connectors. A must have for LN2 overclocking. No words on the price range for the card have been revealed but it will easily cross the $799 barrier considering the massive power design.
