Jump to content

RyzenDoctor

Silver Contributor
  • Posts

    555
  • Joined

  • Last visited

Everything posted by RyzenDoctor

  1. In this paper published in the Lancet, their machine learning rig algorithm could discern with >90% accuracy the race of a patient just by looking at CT and CXR images Thoughts? https://www.thelancet.com/journals/landig/article/PIIS2589-7500(22)00063-2/fulltext?mibextid=Zxz2cZ ps it should be an open access article, if y’all have trouble let me know.
  2. So essentially they're capturing the whole side by side screen and feeding it through OBS (or whatever software they're streaming with). I guess that would work.
  3. Hi, So I'm interested in setting up a stream using OBS studio. I was curious as to how I can get a remote cam piped in as a source similar to how Linus and Luke have been doing it. Does it have to be a janky Skype capture? or is there a more elegant way of doing it? Thanks
  4. So a dear friend of mine bought a Newegg prebuilt which came with a Gigabyte DS3H B450 motherboard which only has a single 12 volt RGB header. The case is a Rosewill S500 with an integrated controller (see picture) which drives the Rosewill RGB fans from an LED button. The builders opted for a ThermalTake UX100 which comes with what I assume are Digital RGB pins (a "D" and a Ground - Diagram for normal hookup also attached). I cannot find any information online regarding the pinout of this Rosewill RGB & Fan controller. The pins from left to right go 12V G 5V "0" G. Given that the controller cannot be plugged into a 12 volt motherboard header and can only accommodate a digital RGB header, I am assuming that the fans it connects to handle digital RGB. Has anyone had experience with this particular controller layout? How bad would it be if we tried hooking the TT D to the 0 header, and the G to G? None of this is actually plugged into the motherboard other than the fan RPM header. Thoughts RGB gurus? We'd like full RGB vomit to work. He's contemplating adding an RGB controller to the mix if need be, but he is content controlling RGB from the LED button on the case.
  5. More people play CSGO. It is more recognizable, and given the pro csgo circuit is still alive and well, it makes more sense to post CSGO number
  6. So, I moved my 3950x build (32 gb 3200 MT/s ram, GB Aorus x570 pro wifi, and 2070 super) from my old case to a Lancool II mesh performance edition. The case has a fan controller built in that allows LOW-MED-HIGH-Auto controls. I've noticed that when booting with it in Auto mode the machine would hang. Through some troubleshooting I found that the culprit was a WD 500 GB SSD; which in retrospect was connected to the same power source along with another SSD. I redid the wiring, and replaced the SATA cable thinking maybe that was at fault... it didnt work. I then proceeded to take the SSD out and put it into an external enclosure... it worked again. When I put it back into the system, it hung again. When booting with the controller at low, the SSD works fine. I decided to remove some of the fans from the controller in case this was a power draw issue, and lo and behold everything works fine. Has anyone experienced similar issues with SSDs not functioning well due to power draw of devices on the same rail? I do have a Corsair RM750x
  7. Background: people that bought Gsync monitors to work with their nvidia cards (before nvidia supported VRR open standards) and want to try an AMD card for 1440p high refresh gaming. Concern: how bad would screen tearing be at high refresh rates? Below which FPS would it be a discernible issue?
  8. I wouldn't say that... on this forum XD https://www.gamersnexus.net/hwreviews/3618-nvidia-rtx-3080-founders-edition-review-benchmarks Steve from GN shows that in a lot of games, the performance uplift at 1080p is not much higher than a 2080ti. The difference increases at 1440 and 4k denoting a cpu bottleneck.
  9. I own a CP UPS. The ones you listed also suffer from being simulated sine-wave. For the TV and Playstation, theyll be fine. For a PC itll depend on your PSU
  10. As long as you're not playing at 1080p you should be fine
  11. What resolution are you targeting and at what FPS? for 1080p extremely high refresh rates, Intel beats Ryzen by a small margin. at 1440p or 2160p they're equal. If it was my money: This is around $1200 without the GPU, so you should be able to fit the 3080 in there
  12. APC usually makes decent UPS devices. However, these two are two of the cheaper models out there and they utilize a stepped approximation to a sine wave rather than pulse wave modulation which may or may not play nicely with your power supply. Most other devices dont seem to care much. https://blog.tripplite.com/pure-sine-wave-vs-modified-sine-wave-explained#:~:text=In regard to output waveform,modulated (PWM) sine wave. EDIT: https://excessups.com/blog/technical/pfc-power-supply/ Active PFC (Power Factor Correcting) in high end PSU's does not play well with these cheaper UPS.
  13. Can you provide full system specs, and a video of what is actually happening
  14. A scalper is selling you an overpriced card... A crook or scammer sells you an empty box In the end, they're both horrible human beings
  15. For the best answers as Kanna said, we need: 1- Full system specifications 2- Driver versions 3- Thermal information; this can be obtained through MSI Afterburner
  16. Supposedly Bestbuy bought most of the FE stock... Also somehow Ebay has a number of listings with insane prices, I'm not sure if those are scalpers or crooks.
  17. Agreed with the above. However, If you're happy with what you have, you do not "need" to upgrade. The itch may be strong though, I know mine is
  18. Damn, working tonight. Ill pass my local MC in the morning
  19. Also, why not go for a 1440p 140 Hz panel instead of 1080p 240Hz? https://www.newegg.com/black-asus-tuf-gaming-vg27wq-90lm05f0-b01eb0-27/p/N82E16824281049?Description=asus tuf 1440 p&cm_re=asus_tuf 1440 p-_-24-281-049-_-Product&quicklink=true
  20. given that it says Gsync COMPATIBLE not GSync, then it should work with AMD because in all truthfulness it is just a premium FreeSync (adaptive sync) monitor
  21. Do you have XMP/DOCP on in bios?? what kind of PSU do you have? What were you doing when it acted up?
  22. You have to remember that unlike wired LAN / Ethernet, Wifi is not a Duplex signal. It does not send and receive at the same time. If you have too many devices on the wireless network things can get congested. Your best bet is to hardwire as many of the devices as possible
  23. ok. So DOCP = XMP. If turning it on yields an unstable system you can pursue 1 of 2 solutions without manually messing with timings: 1- Set DOCP/XMP, and then drop the frequency a tiny bit 2- Set DOCP/XMP and then Increase your SOC voltage a smidgen and your vram voltage a smidgen until you reach stability. Instability with ram has to do with your integrated memory controller, motherboard tracings, and actual ram sticks. Usually things will stabilize at lower clocks, but if you insist on pushing a higher frequency, bumping up voltage a tiny bit usually does the trick
×