PRATAP

Hi, Thanks for writing above.
 
As @HanZie82 replied to me. I agree with him that I am wrong about DOS.
 
I have to correct the title of post to looking  for "New Laptops with no OS installed"
 
Examples:
 
Lenovo IdeaPad Slim 3 2021 11th Gen Intel Core i3 15.6" (39.62cm) FHD Thin & Light Laptop (8GB/256GB SSD/DOS/2 Year Warranty/Arctic Grey/1.65Kg), 82H801DHIN https://www.amazon.in/dp/B09BCQCDF2/ref=cm_sw_r_apan_glt_fabc_MYQJ0GD3Q5TW9AYY9N2Z
 
 
https://youtu.be/RYFtUD7Vn5s
 
 
 
 

If the CPU has a G in the name, then the display outputs on the motherboard's rear I/O would work. Otherwise those ports don't work.

Any processor with a G at the end will have integrated graphics. The most recent ones available to consumers are the 3200G (4c/4t) and the 3400g (4c/8t). 

If you use a Ryzen CPU whose name ends with a G, you do not have to use a graphics card.
 
So you DO NOT have to use a graphics card with these: Ryzen 3 2200G, Ryzen 3 2400G, Ryzen 5 3200G, Ryzen 5 3400G.
You DO have to use a graphics card with any other Ryzen CPU.

if it ends with a "G" that means it does have an igpu, if it does not then you will need a gpu to post. 
do note that APU's are last gen, meaning something like a 3400g is zen + rather than zen 2, and do have different AGES code's from zen + cpu's. 

Intel HD Graphics are built into the CPU itself. They're generally fine for media consumption and non-demanding applications, but they lack the horsepower for heavy graphics work. That's where discrete graphics cards come in. They have the extra computational power and RAM needed primarily for gaming. There are plenty of CPUs out there that don't have integrated graphics, which means a graphics card or display adapter (which is just a low-end graphics card) is needed.
 
If you have a discrete graphics card plugged in, yes, you'd want to have your monitor plugged into its HDMI/DP/DVI/VGA outputs. If you don't have a discrete graphics card and are using your CPU's integrated graphics, then you'd plug directly into the motherboard.

The Intel HD is intergrated into the cpu and usually is enough for productivity and such. The "other graphics cards" are discrete cards that are way more powerful(to a certain price) then the Intel one. There is DVI and Hdmi on the cards because the cards are being used to process graphics and not the motherboard or cpu

When you feel that the Intel Box Fan is not enough to cool it, then the other CPU Cooling Fans will come in after that.
 
More details information would be if you want to OC your CPU to higher clock speed by injecting more voltage into it which will result in higher temps and those temps will be beyond the likes of included Intel fan to handle.

NVMe is just a communication standard and 2.5" is a form factor. You can have 2.5" NVMe SSDs. (just so you're aware). 
 
You should install the OS on the NVMe drive, assuming your PC supports booting from an NVMe drive. 
 
 

That's a waste of money.  NVMe drives have lightning fast sequential read and write speeds, but their random 4K read speeds (which is what matters for the OS, as well as most programs) is barely any faster than traditional SATA ones. Unless you're constantly handling large files, there's no real benefit to having an NVMe drive. 

Yes, if you have two they will run in dual channel. 

They both have their advantages. 1x8GB gives you a better upgrade path.
 
2x4GB gives you slightly better speeds, but they are not usually noticeable unless you are running integrated graphics.

Yes generally, except when you only have 2 slots and plan to upgrade soon, this means you will only need to buy one new stick, rather than two.

Coolers are required to prevent the cpu from overheating and throttling or shutting down. 
Aftermarket coolers are usually for better cooling, lower noise, or aesthetics. 
When overclocking, using more voltage can result in more heat and require better cooling. 

You don't need anything special for aftermarket coolers. Most come with all parts included. Heatsink, fan, mounting and even small tube of thermal paste or some pre-applied.
 
For most cases stock coolers are just fine. I've seen pics from systems where stock cooler on i7 with some heavier software running (3D modelling, video editing etc.), stock can't quite keep up. Not to dangerous levels, but bit toasty. For i3 and i5 stock is just fine. Some CPUs can even do 100-300Mhz OC with stock cooler.

If you were looking at a single architecture, then what you listed is the order of priority you should be looking at for best performance. Between architectures, it's pretty much a toss up.
 
Though I would like to make one caveat. Considering that Hyperthreading (which doubles the thread count) is situational and increases performance by about 10%-15% for practical workloads (not benchmarks), if you can find a 2C/2T part with at least that much more in clock speed, the performance gap should close up.

the IFixIt biggest kit thing is good i hear, iv been using a bits kit for all my computer building for some time now and that been good, so look for something like that with sevral different driver bits and one or two screwdrivers. the kit i have can just be gotten in store and isnt the highest quality eiter but ut works good for me 

Sry missed the part with the stx, thought it was a typo.
2.: The 600p is a good price though I'd recommend the 256GB variant
3.: Dip the 7320, it is overpriced. Get the 7100
4.: i would go with any ram kit with 8GB, doesnt matter much. Get a dual channel kit, it pays off for the integrated graphics. As the board only  supports 2133 MHz, it will fulfil your needs

4 cores 4 threads > 2 cores 4 threads > 2 cores 2 threads

yeah, it is possible
as you have a budget of 600 (which you don't even need, i'd simple suggest sth like that if you wanna keep that ssd
PCPartPicker part list / Price breakdown by merchant CPU: Intel Core i3-7100 3.9GHz Dual-Core Processor  ($116.88 @ OutletPC)
Motherboard: MSI B250I PRO Mini ITX LGA1151 Motherboard  ($89.99 @ B&H)
Memory: Kingston HyperX Fury Black 8GB (2 x 4GB) DDR4-2133 Memory  ($70.88 @ OutletPC)
Storage: Intel 600p Series 128GB M.2-2280 Solid State Drive  ($63.99 @ Amazon)
Case: Fractal Design Core 500 Mini ITX Desktop Case  ($59.99 @ NCIX US)
Power Supply: SeaSonic 350W 80+ Bronze Certified ATX Power Supply  ($49.99 @ SuperBiiz)
Total: $451.72
Prices include shipping, taxes, and discounts when available
Generated by PCPartPicker 2017-02-23 12:05 EST-0500

ALL i3s are 2 cores and 4 threads, the may be differ slightly by frequency, integrated gpu, cache or TDP. None of them will make your pc unusable.
You probably will get the most performance out of the 7350k, though it is NOT the best price to performance ratio. at the price point of the 7350k you can already get an i5.
Probably best price to performance is the 7100, i wouldn't bother looking at the other t, e or whatever, they are created for specific niche thingys.
And for that purpose, the 7100 will do just fine.
 
i wouldn't bother spending the extra bucks on the 7320, how much is it over the 7100? Probably not worth the price.
You need to double check your motherboard whether it supports the new 7th gen processors or not, H110 is designed for the 6th gen processors and therefore require a bios update to work with the 7th gen.
As you seem to be on a budget, I recommend saving some cash and also get a standard sata ssd like the mx300 or so instead of the 600p
(8gb would be also worth considering)
 
 
 
EDIT: according to pcpartpicker: 7320 $161; 7100 $116: not worth for extra 0.2 ghz

The more cores you have, the best it is,
The more threads you have the best it is,
The highest frequency you have the best it is,
The more cache you have, the best it is,

Priorities ? Depends on what you want...

Workstation ? more cores/threads over frequencies..

Gaming ? You want 4 cores and  high frequency, if possible 8 threads sometimes help for heavy CPU games... Having more than 4 cores can help, cannot be bad, but you prefer having higher frequency for gaming. That said a dual core with high frequency will not beat a quad core with lower frequency so... you need to understand the concept of cores/frequencies
 
 

It's not possible to have less threads than cores...

There is no such thing as 4cores 2 threads since each core is a thread, but if you add hyper threading then 1 core is 2 threads

The board only specifies it's rated up to 2133MHz not 2400Mhz. As long as the RAM supports XMP profiles you can easily set it up, overclocked to 2400MHz.
http://www.asrock.com/mb/Intel/H110M-STX/?cat=Specifications