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Here are some more technical pictures of NVIDIA GeForce GTX 1060 reference-design board, which reveals quite a few features about the card. The biggest revelation is that the card completely lacks SLI bridge fingers. We wonder if NVIDIA has innovated a bridge-less SLI for this card, although we find it unlikely given the amount of efforts the company put into marketing the SLI HB bridge, and the reason SLI needs a bridge in the first place. Meanwhile, the Radeon RX 480 supports 4-way CrossFireX.
Next up, the PCB is shorter than the card itself, and NVIDIA's unique new reference-cooler makes the card about 50% longer than its PCB. NVIDIA listened to feedback about shorter PCBs pushing power connectors towards the middle of the cards; and innovated a unique design, in which the card's sole 6-pin PCIe power connector is located where you want it (towards the end), and internal high-current wires are soldered to the PCB. Neato? Think again. What if you want to change the cooler, or maybe use a water-block? Prepare to deal with six insulated wires sticking out of somewhere in the PCB, and running into that PCIe power receptacle. The rear PCB shot also seems to confirm the 192-bit memory bus, given how some memory chip pads are blanked out by lacking SMT components needed by the memory chip.
View at TechPowerUp Main Site
Next up, the PCB is shorter than the card itself, and NVIDIA's unique new reference-cooler makes the card about 50% longer than its PCB. NVIDIA listened to feedback about shorter PCBs pushing power connectors towards the middle of the cards; and innovated a unique design, in which the card's sole 6-pin PCIe power connector is located where you want it (towards the end), and internal high-current wires are soldered to the PCB. Neato? Think again. What if you want to change the cooler, or maybe use a water-block? Prepare to deal with six insulated wires sticking out of somewhere in the PCB, and running into that PCIe power receptacle. The rear PCB shot also seems to confirm the 192-bit memory bus, given how some memory chip pads are blanked out by lacking SMT components needed by the memory chip.
View at TechPowerUp Main Site