You can replicate this, but do so at your own risk. I build computers often so I had a decent amount of test control.ĭiablo 4 is a creating a scenario that is tougher than a 100% load on some GPUs, I’ve confirmed 6k/3k series and suspect the same goes for some others. The 6k amd and 3k nvidia gen cards seem to be specifically vulnerable to this issue. That was until the 8th gpu I worked on that was stated to have “fried from D4” (I’m at 9 now). In the past has this has always been a case of the game exposing a weak part on the pcb, inductor, resistor, chiplet etc. Six transistors convert the main transformer's output to a single 12 Volt line and the lower voltage lines are being derived from it with DC to DC conversion circuits.As someone who’s been repairing gpus for over a decade now and works at a repair shop, I’m typically the first one to speak up when people claim “x game fried my gpu”. Nippon Chemi-Con supplies all of the smaller capacitors as well, electrolytic and polymer alike. The passive components of the PFC are two Nippon Chemi-Con 330 μF capacitors and a large inductor. As the rest of the heatsinks are much smaller, it can be clearly derived that the majority of the unit's losses originate before the primary inversion stage. The primary rectifying bridge is mounted on the large black heatsink, alongside the active parts of the APFC circuit. Two extra Y capacitors can be found after the primary rectifying bridge, which is rather odd for a switching PSU. There is a small PCB behind the AC receptacle but it has no components soldered on it. The filtering stage of the unit is very basic, with two Y capacitors, two X capacitors and two filtering inductors on the main board. It is based on the Leadex platform, a design that became very popular for combining high performance and reliability at a reasonable cost. The ECO fan control is based on temperature rather than load, starting the fan once the sensor reads a temperature of 55 ☌ and stopping it when the temperature drops below 45 ☌.ĮVGA entrusted the Supernova 850 G2 to Super Flower, a very reputable ODM of high performance PSUs. Although this is a very powerful and notoriously loud model with a maximum speed of 1800 RPM, thankfully it will not even start when the unit is lightly loaded due to the smart "ECO" thermal control. The rear of the chassis is pretty much standard, with the exception of the "ECO on/off" switch that allows the user to switch between the standard and a more aggressive cooling profile.ĮVGA installs a 140 mm dual ball bearing fan from Globe inside the Supernova 850 G2. There is a legend indicating which connector goes where and we should note that the eight pin CPU connectors are different than the eight pin PCI Express connectors. As this is a fully modular unit, the front side is littered with the connectors for the cables. The chassis of the power supply is 180mm long, which could be a problem in tight mid-tower cases. The top side of the chassis is all clear, with the exception of two small stickers with the unit's serial and part numbers.Ī textured, dark grey paint has been used for the entire unit. Stickers with the model and its specifications cover both sides of the chassis. Instead of using a typical fan guard, the company went with a modified cover that has a circular-pattern opening integrated, as well as rounded edges. EVGA clearly made a serious effort to make the Supernova 850 G2 aesthetically unique.
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