No need to connect RAM to the motherboard. It doesn't provide any benefits and can cause issues.
No need to connect RAM to the motherboard. It doesn't provide any benefits and can cause issues.
You're experiencing slower performance with your current setup, especially when running modern apps and videos. You're considering boosting your RAM speed to improve things, though you're unsure if it's worth the effort given your budget constraints. Your system has an RTX 3060, a 12GB OC'd 16GB DDR4 RAM at 3600MHz.
OC Ram contributes effectively to processing speed. However, storage solutions might also play a role here. Are you relying on NVMe, regular SATA, or traditional HDDs?
I've just switched to a new Samsung NVMe SSD, and everything I'm using now is working smoothly on it.
Were certain functions operating well previously but now running more slowly? If yes, RAM OC won't resolve this issue. Additional RAM OC might reduce performance or increase latency, since above 3600Mhz the CPU's internal clock must transition to a slower frequency for stability, which can hinder speed. Are you using it for storage, or did you transfer the operating system to the disk? If the issues stem from the Samsung drive, consider updating the firmware via Samsung's official tools.
Your running operating system, applications, and games are stored on NVMe. Is that the sole storage solution? NVMe offers quick performance when properly configured in PCIe lanes; RAM becomes less critical since the drive is fast enough to mask minor differences. However, this approach demands more CPU power, which may add latency. This setup benefits gaming because most data resides on the drive, but it won’t aid video playback if streaming is involved. First, I’d adhere to Nuggetech recommendations and ensure your XMP profile is active in BIOS so RAM operates at its rated speed. Typically, it’s wise to run your OS and programs on a different device from your games. Modern titles can overwhelm even NVMe drives, leading to slower search times and overall system slowdowns. If you use two storage devices, place the OS on the faster one and games on the slower one. This reduces load times while keeping the system responsive. Overclocking RAM speeds might help, but only if it doesn’t stress the storage device.
I noticed the mention of SSDs. That could assist with RAM overclocking. Ensure XMP is enabled. Check RAM speeds using CPU-Z within your operating system. 16GB works, though a higher amount may be better for certain recent games.
I still have an older secondary system using standard Sata3 SSD for OS and HDD for games. It works fine. However, with newer games, your performance will drop on a HDD unless you have plenty of RAM. Some recent titles require quicker storage speeds since they handle more data than your RAM can store.
I concur, though the most demanding game I play is Half Life 2. Ensure xmp is enabled and the RAM is optimized. If issues persist, we'll explore alternative solutions.