Mahmudul Hasan

Actually, TT mentioned the protection features on their website. 
 
Check here.

BM2 and PK-D have the same platform with the same protection features. TT didn't mention anything on their webside.

Is pretty much the same as BM2 and PK-D.
What do you mean with Tier 5 and 6? Take a look at the Tier list https://cultists.network/140/psu-tier-list/ . Both units are in Tier C. MSI MAG AB-N too.

Edited with a different color to work on both the dark and white theme. Thanks for reporting the issue.🙂

Please keep us 'Night-theme' users in mind when editing text colors. 🙂

This is absolutely normal. No need to do anything.

Very good suggestion. Need to experiment with something useless then if it succeeds, will try to ps4.

Actually I spilled some acetone thinner over the PS4 faceplate which damaged the colour permanently. So I wish to fix it like it was before the damage done if possible.

your temperatures are fine (your temperatures are in celsius not fahrenheit).

Those temps are fine it's when it starts to hit 90 C or higher. Also the GPU will start to throttle before it gets too hot.

It's in C, not F. 80F is colder than afternoons in many countries 😄
 
and 80+C isnt too hot, an old card like this can benefit from new thermal paste but it's fine still.

This is not entirely true. Most motherboards have a Daisy-Chain Topology for their RAM slots. This means that the connection for channel 1 goes from the cpu to slot 1, then to slot two. And for channel two it goes to slot 3 and then 4. If you populate slots 1 and 3, the connections to 2 and 4 are still open, so there still flows an electric current to them. Because there is nothing it connects to, the electricity "bounces" back and leads to irregularities, which can cause RAM issues.
 
So populating the slots 2 and 4, the electric signal has to travel a bit longer, BUT it ends on the RAM-Stick, leading to a clean signal and no bounce back, which, yes, leads to faster speeds, but because there are no electricity issues happening, not because the signal can get there faster.
 
LTT recently made a video explaining how a motherboard works, where this is explained too.
How Motherboards Work - Turbo Nerd Edition - YouTube

Thank you very much for the time and help. Gratitude.

Because they are of different capacities. Let's divide the 16 gb of G.Skill into 2, 8 gb's, one of the 8 gb's will run in dual channel mode with the Corsair 8 gb stick, so you do get dual channel, but the remaining 8 gb on the G.Skill will run in single channel. This is called Flex Mode.

Thank you very much for the help.

yes. 2>4>1>3

The second and fourth slots are usually used first before the others so you should be right, but you can always check in the motherboard manual.

use slot 2, as recommended in the manual

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1600 * 2 = 3200 => advertised frequency

All the frequency numbers advertised on packaging, on the memory stick, everywhere, are double the actual frequency memory sticks work at.  They actually refer to the number of MT/s (mega transfers per second).
There's 2 transfers per Hz one before the "tick", one after the "tick", where each tick is one of those Hz  in 1600 Mhz ... 1600 Mhz means 1600 million ticks.  So you get 2 x 1600 million transfers or 3200 mega transfers of data.
Each transfer puts 64 bits of data on the pins of the memory stick.
 
So your  "3200" sticks work in reality at 1600 Mhz ... the actual working frequency of all DDR memory sticks is half the frequency advertised. They print the megatransfers per second value because it makes it easier to compare the performance with previous generations of memory sticks.
 
The Infinity fabric inside your CPU that connects the CPU to the memory works best up to around 1733-1800 Mhz (depending on generation of Ryzen processor) so it's actually very good that your RAM works at 1600 Mhz because it syncs nicely with the infinity fabric of the CPU.
 
So your memory sticks run at 1600 Mhz (cpu-z picture shows 1599.6 which is close enough) and that's perfect, just how they're supposed to be.
 
If you wanted to see 3200 there, you would have to buy DDR4-6400 Mhz memory sticks (and a motherboard that could actually manage those high frequencies).
 

Yeah. Buying a two of the same RAM is great when the budget supports. Thanks to you for the clarification about the above in details. 🙂

Frequency (so that both run at the same speed otherwise both the RAM's will run at the max speed supported by the slower RAM), Capacity (so that they run in dual channel, otherwise if you mix 4 and 8, 4+4 will run in dual channel and the remaining 4 in the 8 gb stick will run in single channel, known as FLEX mode), CAS Latency (So, that they run at the same latencies), which is essentially a part of the RAM timings for example, 15-15-15. If all of these match, it's a match made in heaven, irrespective of the manufacturer.
 
So, when people buy new RAM, if they just stick to two of the same RAM, they don't have to keep all this in mind for sanity's sake xD.

This is a very useful article, which I used to learn about CAS Latency, http://blog.logicalincrements.com/2018/11/choosing-ram-cas-true-latency/#:~:text=Similarly%2C the comparison of CAS,a latency of 10.56 nanoseconds.
Another article: https://www.crucial.in/articles/about-memory/difference-between-speed-and-latency
 
However without going into the details, when it comes to latency, lower numbers are better, as less time is taken to get something done.
Also, I'm not sure about what the last number means, which is the only thing different between the two sticks of ram, when in a conflict, I guess both the RAM's will settle at a speed or latency common to both. Also, I saw an article mention that the last number doesn't have a ton of meaning in DDR4, as it has been merged in with another parameter, but I don't know a ton about this.

They literally have the exact same specs except for 36 and 38 as far as my squinting eyes could see. You should be fine with this handsome pair.