Monday, July 23rd 2012
EVGA Shows Off SuperNOVA PSU-Tweaking Software
EVGA's NEX 1500W PSU has been in the news for some time now, and we've known all through, that EVGA is giving it some software features, such as direct monitoring and fan-control. The first screenshots of the said software, called SuperNOVA, were released over the weekend, and they can blow you away.
The NEX 1500W ships with complex monitoring circuitry that interface with your PC over USB. The first two screenshots below reveal the real-time monitoring features of SuperNOVA, covering intricate details such as current output power (power drawn by the system), voltage and current readings for the +12V, +5V rails, efficiency measurement, temperatures, and fan-speeds. The measurements can be plotted on line-graphs to study patterns/history. The third screenshot shows couple of tweakable features, such as +12V rail voltage, fan-speed, fan-speed curve (vs. load and vs. temperature), and binding/splitting the +12V rails. The software can also be used to enable an "OC mode," which pushes maximum power output to 1650W, provided the input is 230V AC, and not 120V AC.
The NEX 1500W ships with complex monitoring circuitry that interface with your PC over USB. The first two screenshots below reveal the real-time monitoring features of SuperNOVA, covering intricate details such as current output power (power drawn by the system), voltage and current readings for the +12V, +5V rails, efficiency measurement, temperatures, and fan-speeds. The measurements can be plotted on line-graphs to study patterns/history. The third screenshot shows couple of tweakable features, such as +12V rail voltage, fan-speed, fan-speed curve (vs. load and vs. temperature), and binding/splitting the +12V rails. The software can also be used to enable an "OC mode," which pushes maximum power output to 1650W, provided the input is 230V AC, and not 120V AC.
19 Comments on EVGA Shows Off SuperNOVA PSU-Tweaking Software
If the reading are accurate it's actually kinda cool. The tweaking is nothing to worry about, I doubt you can set the 12V line to 20V. But yeah gimmicks but hey at that level why not?
My worry is how the single rail thing is supposed to work. Because that would be motherload of amps. At a certain point it gets retarded and potentially dangerous.
Tagan did that split/combined +12v rail in the past (they used hardware switch though) with their 2Force series. I'm sorry Frick, but you just remind me of one PSU manufacturer with their "single rail is dangerous" propaganda/FUD :laugh:
No offense, J/K. :toast:
About single vs multi rail, I think this post/thread will explain better : www.jonnyguru.com/forums/showthread.php?t=3990
I kinda like the idea i hope more make their psu's more interesting. Would of liked to see more readings at lower usages though and hope they make smaller watt versions of it.
The bottom line actually is, single rail PSU's are better than multi rail PSU's. Johnny said in the OP, "The bottom line is, for 99% of the folks out there single vs. multiple +12V rails is a NON ISSUE", but if you read the OP, and the comments thereafter, you would quickly realize that picking a proper multi rail PSU was confusing and very time consuming, and for what?
Back then (and maybe even now), you had to wonder if the manufacturer of the multi rail PSU you were considering put the PCIe connectors on the same rail as the CPU. You had to know if the PSU really was multi rail. You had to know why using molex to PCIe adapters was a bad idea. You had to know EPS12V specifications were for server PSU's, and not gaming PSU's. You had to know what to look for in a multi rail PSU to properly supply stable power to your SLi setup, and all your other hardware. You had to know how to tell if a manufacturer was being totally truthful. etc etc etc...
The only information from that OP that carries over to buying a single rail PSU, is the criteria at the very end of it, and that's just common sense.
Correct me if I'm wrong.
For most users, this should be the least thing to consider when searching for a proper PSU. way after ripple, noise, power delivery and such.
My psu is a quad-12v rail 750w PSU, ask johnnyguru what he thinks of it... :)
I like it.
Stability is the name of the game for every PSU, not tweakability :shadedshu