Dwee

Also, what resolution and 60/120/144+ Hz?

You can play Steam games offline, you can download Netflix episodes and watch them offline if you have it. Audiobooks are always good.

57 minutes ago, crispychickenwater said:

When he was removing his AIO, the cpu came off with it.

This could be an issue, did the problems happen before or after he did this? Also let him know in the future don't pull it straight off, try to loosen the paste first.

17 hours ago, pstarlord said:

CPU/VRM SETTINGS:

CPU V-Core Loadline Calib = High/Turbo

SOC Loadline Calib = High/Turbo

VCORE Soc Protection = Max (400 on many boards)

VCORE Current = Max 

PWM Phase Ctrl = Extreme Setting 

For CPU V-Core Loadline Calibration, my BIOS has this (pic) - is there a specific level I should choose for high/turbo that is safe? It has the same levels with the SOC Loadline.

I'm assuming VDDCR CPU/SOC is the correct category. I'm able to set up to 130% Vcore current. I see both VDDCR CPU and SOC Power Phase Control. Should I change both? I also don't see VCORE Soc Protection. I see SOC Switching Frequency, and that goes to 350. Is that it?

20 hours ago, James Aplin said:

well i have returned home after Bowel cancer, the sergon thought he realy did get all the cancer, also i didnt need a stoma bag, well the surgon did send the cancer to a pathology to get tested, and i did get a phone call from a doctor lee, and i was told that the cancer was a lot more aggressive, stage 4, and has entered my lynthatic system pathway to other orgons, so i will need chemo.

I hope you can get through this, stay strong friend.

12 minutes ago, Jurrunio said:

At stock, Zen 2 CPUs shoot up to 1.47V during single core short workloads (moving the mouse without doing anything else, for example), but rarely over 1.25V in all core workloads (and even lower with higher core count CPUs).

 

Idle voltage could seem higher than Intel CPUs, but that's because of different ways to manage power. Ryzen turns off part of the cores while Intel doesnt, but compensates by dropping voltage more.

Yeah I've noticed with small loads it does boost up and with heavy its less. I was just talking about this setting in Ryzen master I turned to manually be 1.3 at all times, and then someone told me it would degrade my chip. I guess I'm easily confused by how Ryzen works, and I wish i was getting better stock performance too.

2 minutes ago, Jurrunio said:

3. What kind of memory settings are you running?

I have (copied from newegg) DDR4 3600 (PC4 28800) Timing 18-22-22-42 CAS Latency 18 Voltage 1.35V. I have it set with DOCP (or whatever AMD's XMP is called) to be 3600 stock 3600, haven't messed with it to try 3733 or anything.

I was just worried about voltages being 1.3v static at all times because I've seen posts about chips starting to degrade after some amount of time using that. When I boosted it to that, the temps were under control and I was able to get 7900-8000(?) Cinebench. I also think AMD hasn't specifically said what voltages are generally safe, and I guess it varies from chip to chip.

And thanks, I didn't realize I was looking at the wrong data.

In the past, I've just looked at temps and called it a day. Didn't know too much about power draw / voltage / current.

My 3900x was getting fairly low benchmark scores at stock settings, ~6700-6800 in Cinebench R20. I read a guide somewhere and set all cores to 4.5ghz and set a static voltage of 1.3v until someone told me I'd possibly degrade my chip by doing that (had it running like that for maybe 30 minutes).

I switched back to stock, but my work benefits from increased performance so I tried out PBO, and that made a decent improvement to where I was hitting closer to normal stock benchmark scores (7000). That was with PBO enabled in BIOS and everything else auto.

Then, on discord I asked for advice and did manual PBO in BIOS with 300 PPT, 230 TDC, 230 EDC, 4x Scalar and +200Mhz boost.

This is what I got from running cinebench. The voltage never drops below 1.1v, but I'm not sure if that's in issue or not.

So basically, my biggest issue is that coming from overclocking my 4790k there's a lot to learn and it's sometimes difficult for me to understand. Is what I have right now going to cause any degradation in the chip, or is there anything that I could change for the better?

Another thing to note: I have an ASUS TUF X570 plus WiFi board. I only have the 8 pin CPU connected and don't have the optional extra 4 pin. My corsair PSU didn't have a cable for that. I don't know if that affects much.

Thanks for reading.

Confirmed as pandemic by WHO

https://www.bbc.com/news/world-51839944

8 hours ago, Saberken said:

Which I've given the opinion that I won't totally believe the data from my country which is given mostly by our government. And I still believe that the data only gives us the trend of the disease progress.

And which I want to share about you that the news from our social media and release the fact that the virus has been transilienced. Here are the progressing graphs about the roots of the translient.

 

 

According to the article provided by the media they think the L type is more Infectious and viraller than the original one.

What does this mean in simpler terms? There are different mutations of COVID?

Does anyone know if there is a good method to see what maximum stable tunings people have been able to get for a specific card/model? I'd like to be able to compare my 2070 to see how others how high others have been able to get theirs on stock cooling.

I'm not sure about how iTunes is now as I haven't used it in a while, but there are some programs that can convert M4V from iTunes into another format playable by VLC.Some people have recommended "Tuneskit", but that is a paid program and I'm not sure if there are free alternatives, or of the legitimacy of them. As a last resort, could you watch side-by-side with your phone?

I found this online:
 

Quote

 

It's not a true solution but you can start the movie, right click on it and select "Play Video in Seperate Window" which will pop it out of iTunes. You can then move that to the monitor you want it on and right click AGAIN and then select "Fit to Screen" which will then puff it out to fit the width of the monitor.

 

In certain types of formats this will leave huge amounts of black space top and bottom but your ability to see your other screens will be preserved.

 

Also, I was looking around but couldn't find a video about another thing I'd like to be easily condensed; dual-booting different operating systems. It'd be nice to have a video explaining different options. I'm about to adding Ubuntu to dual-boot, currently using Windows 10. I've been using a VM in the meantime.

2 hours ago, Whiro said:

Did you oc the card? If so you may want to drop down oc and see if this helps.

And yes you still can sell dead cards but don’t expect much money for it. 

I had it OC'd for some time, but it wasn't overclocked when I had the issues happening. Just wondering what my options are, I haven't dealt with this problem before.

I have a 980ti that, depending on the game, causes some problems. Sometimes, the screen will flicker black as if there is a bad connection, and other times there will be images that look like artifacts or the game will crash. In a couple of instances my PC has hard-locked. In a lot of games, I can use it without any problems.

I believe it is outside of the warranty period (I checked a while back, will re-check soon), and luckily I have a 2070 I can use in the meantime. I guess my main question is - are these typical signs of GPU failure? Will it continue to get worse with time? Can it be remedied in some way? It's EVGA, I haven't contacted to see what an RMA would cost, or if it would be possible. If not, does a market exist for failing GPUs?

Thanks guys.

I was thinking an episode could be done on chips made for custom solutions. I worked in a fabrication facility, and there were so many types of materials used to create whatever a customer wanted for a chip. The market is surprisingly big for people needing a custom solution for their tech. Our wafer sizes used were mostly 200mm to 300mm.

Our focus was more on 3D-ICs and wafer bonding, but sitting in on presentations for proposed custom chips were always cool, even if they never came to market.