We recommend 32 GB of RAM as the base amount of storage for high-end gaming and light video editing, or content creation — though, once again, depending on your use this number will increase respectively.
In terms of frequency and latency, its best to aim for MHz and a low CAS of 14 cycles, so that you have with ample room for overclocking efficiently.
Investing the funds, you would otherwise spend on RAM speeds of over MHz, into an increased storage size is the smart way to go. The ICs are original, high quality chips, build with a Samsung B-Die which is exceptionally good for AMD processors , and the heatsink features a five-piece build with a unique trench design and an aluminum heat-spreader. The overall build is capable of data transfers of up to an impressive This RAM is definitely not cheap, but given the low CL timings, the overclocking-optimized design, and the lifetime warranty included, it is definitely worth the extra cost.
Contents hide. View on Amazon. Connect with D. I allow to create an account. I am far from persuading you to buy cheap memory modules. If you have the right funds, you can give yourself the fastest RAM modules matching your motherboard. You will certainly be able to show them to your friends, you will be able to show their speed on professional benchmarks, you will have satisfaction while playing games, but you will not necessarily see the difference in the speed of the games.
On the other hand, do not buy cheap and slow RAM modules on clearance sales. You need to find the middle ground between price and performance. The speed of memory that I can recommend to you, not slow and not too expensive is : DDR MHz , the professional name for this speed is PC where number is overall transfer rate, in megabytes per second. If you want to buy faster memory modules, nothing bad will happen, but rather do not buy slower, especially if you want to buy a new AMD processor.
The final decision which modules of RAM memory you should always have depends on the information found in the user's guide of your motherboard. The smaller it is, the better.
SPD Voltage is recommended voltage. There can be also Tested Voltage. You should not worry about it unless you want to deal with overclocking, which in the case of RAM and gaming computers does not make any sense. DDR4 operates at a voltage between 1. XMP Profile 1 - these settings are very conservative and similar to the settings described on the product label. XMP Profile 2 - this profile contains faster settings tested by the RAM manufacturer but treated as some form of overclocking.
In Profile 2, the memory will run faster while maintaining the required stability. If problems arise, you can always return to Profile 1. You have to enter the BIOS when you start the computer. This will not affect the stability of the system, everything will be OK, with one exception, probably RAM will work a bit slower than expected. If you do not want to really overclock your RAM memory, basically you do not need any additional cooling for RAM modules.
There are specialized Memory Fan Modules available on the market, but they will just generate additional noise, nothing more. It protects the module against physical damage and helps to spread heat from the heating RAM. It does not cost anything more, you just have to choose a module with a heat sink instaled.
ECC RAM modules contain an additional integrated circuit responsible for data control and correction of potential errors. Theoretically, RAM modules will not "make mistakes", but in practice, for example, electromagnetic disturbances are able to change a single bit, eg from "0" to "1".
This leads to data distortions and even to the hanging of the PC system. Potentially, the logic indicates that an additional level of security in the form of ECC would not hurt anyone. In practice, however, ECC memory is rarely used in home computers, reserving such a solution for servers that support financial and medical operations, where huge amounts of very important data are processed. ECC solutions for RAM in home computers are not used mainly for cost reasons, it is a more expensive solution, requires appropriate memory modules, motherboard and processor.
ECC memories also work slightly slower. Workstation assembly for video, audio, and photo production. Upgrade of an existing computer. Computer assembly education session for children and adults. Computer hardware review and diagnostic. Motherboard : Huananzhi XT8. But not everything is quite so demanding, and you can find games that will run on nearly any laptop out there. These are games built to make the most of current hardware, and a tricked out system will need a decent amount of RAM to accompany the high-end graphics and processing hardware.
For this level of gaming, 16GB seems to be the sweet spot, meeting all of the memory needs for unimpeded gameplay without throwing extra money into an already-expensive system.
One of the other things we looked at was how memory use impacted game performance, and how much memory you might need in order to multitask while gaming.
So long as your gaming rig can handle the game, these simple uses should work without a memory upgrade. Key takeaway: Opt for 8GB of RAM if you want decent performance on less demanding titles, but go for 16GB if you want to play the latest and most resource intensive hits. But what about those times you need to jump back and forth between programs, flipping back and forth between files and tools?
First, we started at a basic level. We opened all of our office files, maxing out the least demanding test we ran. Then we opened up 10 browser tabs, followed by 2 media streams one audio, one video. On our 4GB system, this was enough to overwhelm the laptop, causing the system to slow to a crawl, and basic functionality to become inconsistent. Mouse clicks failed to register, simple documents struggled to scroll smoothly, and even gathering the screenshots we used to document our testing became difficult.
As we were able, we also ran Photoshop, with 10 photos open. We did this on both the Dell Inspiron 17 and the Alienware 15, without trouble. While it was the only system equipped with the graphics capability needed to run the game, it was also interesting to see how demanding the game was, especially when run in conjunction with our other tests.
Simply running the game uses an additional 2GB of memory, but with little difference in memory load between running and actively playing the game, we simply left it running for the duration of testing. Once these baseline tests were running, we proceed to ratchet up the memory demands incrementally, first by adding another 10 browser tabs, then another 2 audio streams, followed by an additional 10 photos in Photoshop.
The 8GB Dell Inspiron 17 continued with normal functioning. We did this again, bumping up to 30 tabs, 6 stream and 30 photos. Everything still worked, including the game. We repeated the increasing demands, stepping up to 40 Chrome tabs, 8 media streams and 40 photos in Photoshop.
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