robby999

It's not about dual channel, it's because it's double data rate (DDR). For each clock cycle, data is transmitted twice.

Yes, Double Data Ram means you have its frequency, which in this case is 1467 and that gets doubled, which gives you 2933 which is your effective RAM speed. 

1467 x 2 = 2933 which is likely what your ram is actually at. 

I guess it's time to watch my brother build a new custom loop again, all hail my dad's "wallet of infinity". 
Wallet of infinity - pays for everything in the house, even my sister's eevee under garments. 

The XB271HU is 1440p while C27HG70 is 1080p so I'm not sure if it's fair to compare these two together.
 
what are your machine's spec?

There are none. Either you take 27", TN, or 1080p

https://linustechtips.com/main/topic/891730-cpu-cooler-performance-tier-list/

"Ultimate Performance Mode" is a power plan in Windows 10 Pro for Workstation.
It's goal is to reduce micro-latencies, at the cost of higher power consumption and increase heat and noise (fans will spin faster).
 
The power draw for the benefit is not worth it even for gaming systems. Without EXCELLENT cooling, you risk throttling. So while you might have such cooling, most of the people have desktop computers with CPU stock cooler which is not adequate as it assume the CPU to downclock to save power and reduce heat, and can only handle bursts of clock boost. As for laptops, you'll definitely get throttling, reducing system performance, change "Ultimate Performance Mode" to " Ultimate Potato Mode" rather quickly, and potentially cause other problems due to the heat increase. Hence why this power option targets workstations which tend to have over-the-top cooling solution, including fans running at 100% speed all the time, and nothing else. And to ensure that some idiots doesn't cause system damage or experience worst performance only to blame Windows, it is hidden for all editions of Windows beside Windows 10 Pro for Workstation.
 

Not everyone cares about it tbh.

Im confused how do you want us to help you ?

Something that works and free

In your NVidia control panel, what is your Maximum pre-rendered frames set to?
In yout NVidia control panel, what is your Power management mode set to?
In your Windows additional power settings of your Power & Sleep options, is your Preferred plan set to Balanced or High performance?

Off the top of my head..
 
Mass Effect Series
No Man's Sky
Fallout 4
Assassin's Creed series

Rmx sounds great !!
650w will also be good it will be more efficient and you will have extra power for future incase 

Sounds like you've got your mind made up then. haha.  What do you need us for? haha

The way to calculate effective query return time for RAM (in a CAS only way) is to figure out the frequency in seconds of the clock speed, and multiply that by the CAS speed. This is a best case scenario RAM read request time. 

In your case, 3000MHz CAS 16 RAM. First we figure out the actual frequency of the RAM, which is simply the reported frequency divided by two (because DDR stands for Double Data Rate). So, 1500MHz has a period of .666 nanoseconds. Now, we multiply this by the CAS time of 16, and we get that it takes 10.656 nanoseconds for the memory to fulfil a best case memory request.

You are comparing this against RAM that is 3600MHz with a CAS of 19. 3600/2=1800. 1800MHz has a period of .555 nanoseconds. 19x0.555= 10.545 nanoseconds for a best case memory request. 

The difference is .111 nanoseconds in response time. The 3600MHz will be slightly faster. But that small amount of improvement isn't enough to justify the cost of new RAM (at least for non cutting edge scientific use cases). You will not notice any improvement at all (at least in CAS time. What are the other timings for both models?)

Alternatively, you can try to reduce the timings of you current RAM. Even reducing the CAS time of your 3000MHz sticks by 1, giving them a CAS of 15, will be a better improvement to performance than buying the other stick and running it at factory XMP specs.

. @robby999

Well, come back to the discussion in the off topic section I would say. See you there

Test with game, not a fluffy doughnut

Just adding another stick to your current single DIMM setup will improve performance a little.  It all just depends on how much money you want to spend.  Unless you are into competitive benchmarking then I don't think buy a new kit is worth it and you should just buy a second 3000CL16 stick of RAM.  

There will be some difference if you buy a second stick and then a kit of 3600 would get you some more performance above that, but unless you're running an FPS counter you won't notice it.  If you're gonna buy a new kit then get that 3600 kit but run it at 3466MHz and tighter timings.  At 3600 and high timings you lose some of the performance you might gain from the faster speed.  

I'm not sure if you're selling a 1060 at $185 of some currency, or buying a used 1060 for $185, of some currency

1070 inno3d x2 v4
Ryzen 2600
1 x8 gb 3000 mhz corsair ram
On 7200 wb blue
No drops constant 60 fps settings 
Tried lowering few settings still drops when on horse 

Google it.
It is against the rules to discuss this kind of stuff on the forum.

eh, looks fine to me

the newest one that doesnt crash anything