Jump to content

YubinTheBunny

Member
  • Posts

    515
  • Joined

  • Last visited

Posts posted by YubinTheBunny

  1. If your willing to spend some more cash, you can get a modded top panel replacement for the case with mesh cutouts.  Also do the spacer and tape mods to the case to increase the intake and prevent air from splashing back down from the top panel.

  2. I know it probably too late for you to get a new case. As an owner of this case, I'm just gonna say your gonna have a pretty bad time trying to manage the heat. That being said, I can give you a couple tips that I've learned while trying to alleviate air flow problem. Since you don't have a radiator top this won't be as big of a problem but due to the way the top rack is designed there are mounting holes cut to accommodate different sizes. But the issue is that when trying to exhaust air out the top the hot air get splashed back into the case so the solution I did was just to use some electrical tape and taped up all the holes so the hot air only leaves out the top. If you do decided to add a single top exhaust fan tape off the other fan holes.  Another issue is the front intakes. The front panel is connected using a ball and joint system and the "ball" part is connected with screws onto the front panel. What you can do is put spacers (Rubber ones would be good because they can prevent vibrations) in between the front panel and the rail for the "ball" to increase the gap making it easier for the fans to pull air in. And if in the future you decided to add a rad top you can just flip the rear fan around as an intake and buy a magnetic air filter. I hope this helps.

  3. 1 hour ago, Clarifiante said:

    thanks for the answers guys. i think the voltage v speed benefit ratio is terrible. i have to raise it by 0.6 volts for a measly 100mhz. i don't think it is worth it. i will be keeping it at 4.4@1.335V for 24/7 use. i think it is a decent overclock for this chip.

     

    also do you think increasing the cache is of any use? 

    Other then generating a ton of heat, overclocking cache usually is not worth the heat and energy consumption. You might have some gain in some workloads, but the diminishing returns are real. If you do decide to overclock your cache try to keep the voltage below 1.35v unless your cooling solution can handle the dissipation. 

  4. That's fine, the drive can operate up to about 70C before it starts throttling. If you're worried you can put a fan to it but it won't really benefit from it and you just add more noise.

  5. So I just replaced my motherboard with an Asus x99a II, and found out it only accepts M.2 PCIe (Woops) So I Got a M.2 sata to PCIe adapter and was wondering 1) Will these actually work. (I mean does it plug and play fairy easily.) 2) How much of a performance hit will I take by using the adapter vsing just plug it right into a M.2 slot that does support Sata? 

     

    For reference this is what I purchased: https://www.amazon.ca/IOCrest-SY-PEX50073-M-2-PCIe-Adapter/dp/B011D7A4CW/ref=sr_1_5?ie=UTF8&qid=1493172563&sr=8-5&keywords=m.2+sata+to+pcie

    It just converts it to a normal sata III drive I think.

  6. It could be algae or it could be plasticizer but it's probably both. Do you think you can post a picture of the growth? It's probably both so you might have to replace the tubes after running the loop with 1 part distilled water and 1 part vinegar for a couple hours to kill anything still alive in the loop. And then make sure you get somekind of biocide when you refilled the loop with distilled water.

  7. The closer you can get the ring frequency to your core frequency is usually better (or ideal) and you can gain some performance for certain work loads. But prioritise your core clocks over the ring as the performance gain from a ring oc is pretty minimal for the most part so usually not worth the extra power consumption and heat output.

×