DDR4 vs DDR5
DDR4 vs DDR5
RGB RAM modules work without extra cables or connectors; the RGB is controlled via the DIMM slot. If you're new to RGB, you might face challenges with various vendors offering inconsistent control apps. You could also feel limited by relying on a single provider like Corsair for simplicity. OpenRGB offers a free alternative that lets you manage all your RGB through one app. They use plugins to enhance the core functionality and have an active community. It may take some time to get comfortable (about 1 day to 2 days), but once you understand it, it becomes intuitive. Best, -a-
It depends on your financial situation and how profitable your work is. If running tasks on your PC isn't bringing in money, the 13700k might be a better choice. It's quick and straightforward to manage. Regarding issues with 13th and 14th generation chips, I believe those problems are mainly tied to i9 processors. Another reason to keep the 13700k could be the insights from JayzTwoCents' video on Intel challenges.
I intend to keep using Corsair for all my RGB setups, as I really enjoyed their previous products from the videos. The other Corsair RGB items I’m evaluating are: CORSAIR iCUE Link H150i RGB Liquid CPU Cooler - 360mm AIO and QX120 RGB Fans. This is unfamiliar territory since I’ve always preferred air cooling. I’m uncertain whether mounting it on the case top or front would work, especially if I opt for a smaller unit later. Does positioning an AIO radiator really make a difference? Or should I stick with their 280mm model, which includes two 140mm fans instead of three 120mm ones? I won’t be overclocking and prefer a quieter system. The Corsair iCUE Link QX140 RGB 140mm will act as an exhaust fan at the rear and bottom while serving as an intake for the GPU. My main dilemma is deciding how many to install. Initially, I thought three would suffice, but I’m questioning if that’s too much—especially for a quieter build. The Corsair iCUE Link AIO LCD Screen Module caught my attention after watching some videos. The motherboard supports RGB RAM, though I’m unsure about compatibility with iCUE. I won’t obsess over the RAM’s color features. Since I’m not making money, it’s just for gaming and personal projects. Thanks for clarifying those points—I’ll stick with the 13700k. I could add a bit more for a 96GB kit like the one you mentioned. It seems only two slots are practical unless memory limits force a slower speed. For an extra $20, I can get a 6600mhz 96GB iCUE-compatible kit. I assume the motherboard must also be iCUE compatible for RAM integration, but I couldn’t find any affordable Asus BTF boards that fit without extra effort. RGB RAM isn’t my priority, so I’ll go through several steps to make it work within iCue.
Any motherboard could support an iCPU with RAM. An iCUE compatible board simply lets you manage all system LEDs through iCUE instead of relying on programs like OpenRGB, ASUS Aura, MSI Mystic Light or ASRock Polychrome. Just note that 6600MT/s pushes XMP profiles into uncertain territory, especially if your memory controller isn’t top-notch. The 13th/14th gen chips vary widely in IMC quality, so some may hit 7000 while others cap at 6000MT/s. Most should settle around 6400, making that a safe choice. Speeds beyond that usually require tuning or settling at 6400 to ensure stability.
Choose AMD, it uses less power and has a smaller impact on top-tier systems. It can easily outperform any Wintel setup. AMD has been beating Intel consistently over the last five years... and this trend continues. Their manufacturing process is 5nm and will shrink even more. Intel's 7nm isn't genuinely 7—it's closer to 10nm. Their claims about "half-assed efficiency cores" are misleading; AMD's architecture (NUMA-based) is significantly better. For example, 12 real AMD cores match the performance of around 20 Intel P + E cores.
Consider cross-shopping with AMD options like the Ryzen 7 7800X3D, the 13700K, or explore other chips in the same price range. If you need more details, look for recent benchmarks and articles comparing these processors to help narrow down your choice. Your focus on Intel is solid, but data could shift things.
It doesn't really matter since AMD is releasing 9000 series CPUs soon—why hurry? Look at TPU's take on it; W1z claims it's the top gaming CPU. Also, check out DDR5 Lancers.
I hadn't realized that! I've been eager to refresh for a while, and my machine is really lagging. Thanks to all the helpers who stepped in. I placed my order and most items are already on their way; the remaining ones should arrive by Sunday. I did choose the DDR5 path, opting for an SFF configuration (I had tried both ways before but thought extra space would help with the current setup). The shopping list (don’t overestimate prices since I got from several vendors, they’re usually similar) includes an Intel i7 14700, which is just a $40 upgrade compared to the 13700 I was thinking about. I went with an SFF build because I needed more room in an already packed system. The Corsair list looks promising—maybe I should tweak the clock speed a bit, but that’s okay. I have a Corsair H150i RGB 360mm AIO, a P2000d at 6600mhz, and a new Crucial T705 PCIe Gen5 NVMe M.2 SSD supporting up to 13,600 MB/s.