Receiving three beeps during the XMP setup indicates a RAM issue.
Receiving three beeps during the XMP setup indicates a RAM issue.
You recently acquired new RAM modules. Your current setup includes a 32GB kit (two 16GB units) using DDR4 3600MHz. The old RAM is also a 32GB kit with DDR4 2666. The motherboard is a Gigabyte X470 AORUS GAMING 5 WIFI model. BIOS version is F6, and the GPU is a colorful iGame RTX 2070 Super Advance OC-V. The boot drive is an AData SX8200 256GB SSD, and the PSU is Seasonic Focus Gold 750W. When attempting XMP settings, the motherboard emits three beeps, suggesting a RAM issue. Is this problem with the RAM or with compatibility?
Yep. Early Ryzen models struggled with memory speed, typically capped around 3200MHz. My 2600 reaches 3333MHz, but that's the maximum achievable. Without significant adjustments and a powerful 2700X, hitting 3600MHz isn't realistic. Check the memory settings and manually input 3200MHz CL16-18-18-38 at 1.35v. I haven’t found a kit that can exceed those numbers, so if you prefer not to overclock your RAM, just set it yourself.
When attempting to configure the EZ Overclock Tuner to "EZOT-DDR2666," it fails to emit a beep but displays a boot failure message. The available choices are resetting to default settings or entering BIOS. Should I apply these parameters: System Memory Multiplier: 32.00, Memory Frequency: 3200MHz, CAS Latency: 16 tRCDRD: 18 tRCDWR: 18 tRP: 18 tRAS: 38, and leave the rest on auto?
They functioned well and I successfully booted into Windows. Can you check if there’s an even higher setting available, or if I can go further than 3200MHz CL16-18-18-38? Also, if I replace my CPU with a Ryzen 3XXX or better, should I adjust the XMP to 3600CL19-19-19-39 based on the RAM’s actual speed and timings?
You can adjust the RAM manually, possibly increasing it to around 3200MHz CL14-16-16-24 based on the specific chips and conditions. This approach often requires significant effort and doesn’t typically yield noticeable gains in most cases. To boost frequency further, 3333MHz could be an option, while a strong CPU like the 3466MHz might be feasible, though limitations from the CPU’s architecture and memory controller remain. I’ve heard some Ryzen 3000 models struggle to reach 3600MHz, but such cases are quite uncommon. For Ryzen 3000 or 5000 series chips, 3600C19 is usually manageable and should function well.
Continues experiencing BSODs under heavy load and after performing memory tests. Errors appear during stress testing but disappear when reducing the processor speed to 3000MHz.