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00:00:00 – 00:17:47
The video covers essential information on selecting RAM for gaming in 2022, emphasizing factors like RAM speed, cast latency, and Extreme Memory Profile (XMP), which can impact gaming performance. DDR4 and DDR5 memory differences are discussed, with suggestions to choose memory speeds based on current and future GPU compatibility. Recommendations are made for 16GB and 32GB dual-channel memory kits, as well as guidance on when to consider dual-rank memory. Budget-friendly RAM options are suggested for different usage scenarios, highlighting the importance of balancing RAM selection with other components like GPU and CPU. Overall, the video serves as a comprehensive guide for gamers looking to optimize their system's RAM for an enhanced gaming experience.
00:00:00
In this segment of the video, the speaker discusses the importance of selecting the best RAM for gaming in 2022. RAM is explained as the memory used by a system for various tasks, distinct from long-term storage like SSDs. The focus is on understanding RAM speed in mega transfers,not megahertz due to the double data rate mechanism. The cast latency is also discussed, with lower latency being preferable for quicker data retrieval. Commercially available DDR4 kits are mentioned, with recommendations for speed and cast latency. The speaker advises to focus on speed and cast latency when selecting RAM kits and suggests ignoring other timings unless planning to manually overclock.
00:03:00
In this segment of the video, the speaker discusses Extreme Memory Profile (XMP) and its variations like DOCF or EOCP used by AMD motherboard vendors to avoid paying Intel royalties. They explain that activating XMP in the BIOS is crucial for memory overclocking, which can greatly improve performance. The video also advises buying RAM in kits of two or four sticks for dual-channel operation, as using a single stick can limit FPS. The difference between DDR4 and DDR5 memory generations is highlighted, with DDR5 being compatible with only 12th Gen Intel CPUs at the time of filming, while other CPUs use DDR4.
00:06:00
In this segment of the video, it is discussed that the upcoming Ryzen 7000 CPUs will only support DDR5 memory. However, currently, DDR4 memory is more cost-effective and performs similarly to DDR5 in gaming, especially with the current generation of GPUs. Faster memory may not significantly boost gaming performance with RTX 3000 series or Radeon RX 6000 series GPUs, especially at 1080p resolution for most gamers. It is advised to choose memory speeds like 3200 CL16 for current generation GPUs, but faster memory may be beneficial for future GPUs. It is also important to consider running memory at the same speed as the memory controller (synchronously) on both AMD and Intel systems. 16GB (2x8GB) memory kits are generally sufficient for gaming, with 32GB recommended for multitasking during gaming sessions.
00:09:00
In this segment of the video, the speaker discusses the importance of RAM in gaming builds, recommending 16GB for gaming-focused setups and 32GB for professional work like video editing. They explain the difference between single rank and dual rank memory sticks, with dual rank offering a slight performance improvement. The video also provides guidance on acquiring dual rank memory and highlights that it’s more beneficial to invest in other components like GPU, CPU, or storage rather than solely focusing on dual rank memory for gaming purposes. Additionally, a reminder is given about Intel CPUs necessitating a B560 or Z series motherboard for overclocking or XMP profiles with 10th or 11th generation CPUs.
00:12:00
In this segment of the video, the speaker discusses RAM recommendations based on usage scenarios and budget considerations. For 1080p gaming with mid-tier GPUs, 3200 CL16 16GB RAM in a 2x8GB kit is sufficient at the lower end. Silicon Power kits for around $50 are recommended, with optional RGB versions available for a slightly higher price. For future-proofing or high-end gaming, 3600 CL16 RAM is suggested, such as the G.Skill Ripjaws kit for around $80, with RGB versions also available for around $100. The speaker advises against 3200 CL14 RAM due to compatibility issues, despite its use by testers. Links to the recommended products are provided in the video description for reference.
00:15:00
In this segment of the video, the speaker discusses the performance and cost of RAM kits, comparing 3200 CL-14 kits to 3600 CL-16 kits. Despite the excitement surrounding the 3200 CL-14 kits, they do not offer better performance but are more expensive due to rarity. The speaker mentions options like a DDR4 4000 CL-16 kit for maximum performance, suitable for high-end setups. Tips are provided on purchasing dual-rank kits for optimal performance and the potential need for manual tuning if facing compatibility issues. Additionally, the speaker mentions the option of RGB kits at a slightly higher cost. Finally, viewers are encouraged to like, subscribe, and stay tuned for more content on GPUs and gaming.