Does the X570 board worth the extra money now? Would it be a good idea if pairing with X470 or B450? Using it for 1440p gaming only.

Looking for a long term usage without major upgrade in the next 3-4 years.

Can sifu here help recommend a good combo with Ryzen 7, mobo and ram?

I still failed to get my ram running on 3200Mhz stable, Only can go 3000Mhz, not sure what happened. Also for gigabyte motherboard users, careful flashing bios to support latest AMD 3000 CPUs it fucks up your RAID drives.

3600X, B450 AORUS M (Bios F40), HX432C16PB3K2/16, Using Slot 1 & 2.

When I was on my 2600X it was fine.

That's correct. I'm following the motherboard manual instruction for the ram.

Yeah, im not bringing my raid0 just yet, just trying plugging other hdd, it just doesnt detects it unless i put it on sata0 port. sata1-5 did not work.

Using M2_F (in PCIe-mode) disables ASATA_0 and ASATA_1.
*Using M2_F (in SATA-mode) disables SATA_3.

Nothing really make sense right now, I have the exact configurations before I changed my CPU. Only difference is the BIOS ver and CPU.
I'm talking w/ Gigabyte supports as well right now.

It is always frustrated from 40++ to 50++.

erm, my Ryzen 5 2600 can run 3200Mhz CL16 at 3600 CL16 also leh.

This one see your processor vs board vs RAM.

So we might be getting Ryzen 3950nonX, 3900nonX, 3700nonX, and a R5 3500:
Source ~ TomsHardware

if im not mistaken, water cooling dont react to temperature spikes as quickly as air cooling so youd see those temp readings on idle. While on air, for my case it will spike up to 50-60 and immediately go back down to 40s in less than a second.

AMD said it's due to observer effect that the voltages are high.. due to monitoring tools keep triggering the processor to boost.

While from my own observation, applications running on the background such as steam and geforce experience, and even music players will periodically trigger the boost as well. Turning all of those apps off and my vcore will be down to 0.5-0.8v. Im Using ryzen balanced power plan.

dont get me wrong, liquid indeed conducts better than air. what i meant is that it doesnt handle temp fluctuations as quickly as air cooling. but the overall performance especially when it comes to full load no doubt liquid is better. so on air i would see a repeating fluctuation of 40-60C while on liquid youd see a constant 45C maybe.

and yeah. the second part is what i observed and thus turning everything off solves the issues but that is just stupid.

It is always frustrated from 40++ to 50++.

orly? im just following thermodynamic principles haha. using copper heatpipes vs liquid in tubes as the conducting element. i did not play WC on the ryzen before but this is what i observed from my intel rig last time, the temps wont suddenly drop down as quick as air once you got off high load stress runs.

i suppose the scientific explanation is that water dont change temps as fast as air does. and the temp reading is affected by the residual heat in the entire loop itself.
depends on the apps running really.. with steam on and doing absolutely nothing then only it’s jumping 0.8 to 1.2v. with chrome browsing then i indeed see 1.4v spikes. but i guess im ok as long as it averages out at 40C.. as a first time ryzen user, i just assuming how it is meant to perform so did not realize there’s something wrong with it. temps aside.. i always see the cores kinda stuck at 3.9-4.2ghz which becomes my concern.

Beta driver update for 3rd Gen AMD Ryzen Processors on voltages, clockspeeds, and Destiny 2

https://community.amd.com/community/gaming/...s-and-destiny-2

As temperature is a function of voltage and frequency, desktop processor temperatures should incrementally decline with the new plan. This is because the processor will spend less time reaching for an unneeded boosted voltage and frequency target. But it goes without saying: any processor will see transient temperature spikes if boost was applied to handle some sort of workload (a browser with tons of tabs, for example).

THE IMMEDIATE SOLUTION Immediately available for download, a new AMD chipset driver (version 1.07.29.xxx) is designed to relax the processor’s sensitivity level to boost requests while running desktop apps like those described above. It will modify the processor’s behavior in two key ways:
1) We will be adjusting the sensitivity of CPPC2. If you are running the Windows 10 May 2019 Update, 3rd Gen Ryzen processors will now use traditional 15ms clock selection intervals when at idle or low load. This has the effect of filtering many of these short-lived or undesirable boost requests, enabling the processor to be more dormant when the workloads are light.  
2) We will also be adjusting how the processor behaves in low or idle workloads. If a processor core is not power gated and sleeping, the processor core will sit at 99% of base clock for low or idle workloads. For example: an AMD Ryzen™ 7 3700X base clock is 3600MHz, so you would see “idle” frequencies around 3564MHz ± 0.08%. This 99% value keeps the active core on a razor’s edge so that your non-trivial applications can easily trigger CPU boost. While boosted, the processor will still control frequency selection in 1ms intervals.

2. If a processor core is truly running no workload, the processor core will be placed into the “Core C6” (CC6) power-gated sleep state. Presently, AMD Ryzen Master is the only tool that can show this CC6 state (Figure 3 below). This state may be opportunistically engaged hundreds of times per second. Voltages in this condition might be as low as 0.200V, and clockspeeds down to 0MHz/Sleep are also possible. a. Sidenote: It is also possible for all cores to be in CC6. If this happens, the processor can selectively shut down uncore components and enter an even deeper state called Package C6 (PC6).  
3. Unless a monitoring tool is capable of probing and reporting CC6 sleep state, the tool may simply report out the last voltage and clockspeed that was observed before the processor went to sleep. This may give the illusion that the CPU is “stuck,” which can be interesting if the CPU jumped from high boost to sleep. a. Sidenote: Probing the deeper PC6 state wakes the processor and ruins the power savings. A processor in PC6 will not update your tool(s) until cores are awake.

My 3700x system does not give any display on the monitor after booting.. everything on the board seems running fine except no video output (black screen) already flashed to latest bios for my mobo  using qflash plus. After doing some googling.. issue might be with my gpu bios.. dont have any 2nd system to update the gpu tho and dont have other gpu to test.. any one here have similar issue? Might go to a nearby pc repair shop if still cant resolve.

Mobo - x570 aorus master
Gpu - msi 980 ti gaming

I already checked that even b4 my initial post here.. its 00 (zero zero).. which i'm still not sure what it means as its not in the manual..

Do you guys think they will release new CPU coolers/CPU blocks for the new ryzen because of the chiplet design?