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KarathKasun

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Everything posted by KarathKasun

  1. 650w is enough for pretty much any single GPU system unless you are using a HEDT CPU like ThreadRipper.
  2. Shouldnt be a problem. CPU is 65w at most, 750 Ti is ~60w, other parts might pull ~25w. You should be well within your PSU specs, though PSUs that old sometimes cant put out their full rated wattage.
  3. For that board you should grab three or six matching modules, it has three memory channels. You dont need to get the modules in a kit, but they do need to be the same manufacturer and model.
  4. Degradation is a thing, and its possible that the 2x4gb modules were still throwing errors for the whole time but now cant even pass the POST test.
  5. Different modules have different timing requirements. If you mishmash modules together in the same computer without buying reference JDEC standard speeds you WILL have problems. In which case you will have to manually find a set of timings that works with ALL modules. That 8gb reserved on task manager means that 8gb of RAM is failing memory tests on power on, likely because the auto timings from the 2x2gb modules are incompatible with the 2x4gb modules.
  6. The PSU checks out according to that meter AFAIK. The -5v is optional, as nothing uses it anymore. The other +5v and +3.3v lights are for if you are testing a SATA power plug, if you have the CPU power connector plugged in it should only show 12v.
  7. 1800 FCLK needs higher SoC (and possibly cLDO VDDP/VDDG) voltage. Most boards will bump this up to 1.05v+ with any XMP/DOCP profile. The accepted limit for SoC voltage is in the 1.15v ballpark with an absolute upper limit of 1.2v from the digging I have done. Im not 100% sure of the upper bounds for the cLDO voltages. Ryzen 1000 series I could never get 100% stable with 3200+, I always had to back down to 2800-2933. The system would run at 3200, but I would get a few random crashes a week. Ryzen 2000 series was supposed to be a bit better with faster memory speeds, but again you still needed to boost SoC voltaage to around 1.1v.
  8. Do you know what type of chips are on the modules? My 3200 Hynix modules refuse to run at anything over ~3400 and need 16-20-20-40 to even get that far... Some of your memory controller related voltages look quite low, this is what the memory portion of ryzen master looks like for my trash Hynix memory.
  9. With 4x DIMMS you will not get rated speeds with standard voltages, if at all. And you WILL have to manually tweak timings a bit. Ryzen 2000 series definitely will have more problems than 3000 series. TRFC on several kits I have needs to be blown out by quite a bit.
  10. Latency is slightly better at higher DDR4 frequencies, bandwidth is greatly improved. Also, these charts show "IPC". DDR4 has about the same "IPC" as DDR3, but higher clocks... SIGNIFICANTLY higher clocks.
  11. You may need to setup the RGB with its software.
  12. The pump is dead or your power connection isnt providing power. Though the CPU temp only says its 34c.
  13. i5-9400f should be good for any GPU unless you are looking for 300+ FPS in CS:GO. Newer big games use the GPU more heavily than the CPU. An R3 3300x or i5-9400f is good enough for up to a GTX 2080 in the majority of games.
  14. No, it will plug into a fan header or into a SATA power connector.
  15. Ive replaced the connector on the monitor and powersupply with something like a Deans connector. Works great, just need to know how to solder.
  16. If something failed to the point of parts overheating on application of power, the laptop may be dead.
  17. i5-9400f also gets edged out by the R5 3600 in 99% of situations. the 10 series fixes this positioning quite a bit, but its just back to parity for the most part.
  18. I do not have those problems in either game with that CPU. If that was the initial problem, stuttering would be present on both GPUs. Ive played GTA V on CPUs as old as Xeon E5440s, if you dont go overboard on vegitation or pop density pretty much anything can run that game fairly well.
  19. Gap is like... $15. Timings do not matter. https://www.newegg.com/g-skill-16gb-288-pin-ddr4-sdram/p/N82E16820232731 My bad, no price difference from 3200.
  20. 3600 is actually quite cheap. 3200 can usually be tuned to run at 3600 as well, and you just need memory clock higher to raise the FCLK. Memory timings dont really matter much.
  21. First, benchmarks... https://www.techspot.com/review/2026-amd-ryzen-3-3300x-3100/ The 3300x doesnt get as much from an OC, its the 3100 that gains quite a bit.
  22. 3300x has plenty of legs left for overclocking, especially with FCLK. It can pick up something like 20% performance from basic tuning.
  23. I had a 1070 in a E3-1220 rig, it worked fine. Bottlenecks do not result in what is being mentioned in this thread.
  24. Not enough PSU, not enough cooling, combo of both. CPU is fine for the 1070.
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