Ja pa si napisal v chatgpt, da je isto. Ker pol bi ti predlagal kakšno drugo rešitev.
sem naredil kar mi je svetoval:
I have this Ram
https://www.gskill.com/product/165/184/1562833535/F4-3600C18D-32GVK My configuration is: Motherboard:Asus X570eStrix CPU:AMD 5950X ,GPU: RTX 5080, 128GB RamDDR4,NoctuaNU15s, How can i make all 4 sticks of ram to go 3600 mhz Please give me correct instruction how
Of course. This is a very common issue with high-capacity, high-speed memory on AMD Ryzen systems. Running four dual-rank sticks (which your 32GB modules are) at 3600MHz is a significant challenge for the Ryzen memory controller (Integrated Memory Controller - IMC).
Based on your CPU-Z report, your RAM is currently running at
2666 MHz (see the "Hitrost: 2666 MT/s" in your second screenshot), which is the JEDEC safe fallback speed. The XMP profile is not active.
Here is a step-by-step guide to get your system running at its rated 3600MHz.
Crucial Preliminary Step: Update Your BIOS
An outdated BIOS is the number one reason for memory instability. The AGESA microcode updates from AMD specifically improve memory compatibility, especially for high-density kits like yours.
- Go to the ASUS support page for your ROG Strix X570-E Gaming motherboard.
- Navigate to the "Driver & Tools" section and select the "BIOS & FIRMWARE" tab.
- Download the newest BIOS version.
- Follow ASUS's recommended update procedure, typically using the EZ Flash 3 utility within the BIOS itself. Do not interrupt a BIOS update once it has started.
Method 1: Enable DOCP (The Easy Way - Try This First)
After updating your BIOS, this is your first and simplest step.
- Restart your computer and repeatedly press the DEL or F2 key to enter the BIOS/UEFI.
- Navigate to the Extreme Tweaker or Ai Tweaker menu (the name varies slightly by BIOS version).
- Look for the Ai Overclock Tuner or DOCP setting. It will likely be set to [Auto].
- Change this setting to DOCP (Direct OverClock Profile). This is ASUS's name for AMD's version of XMP.
- The BIOS should automatically populate all the primary timings (18-22-22-42) and DRAM Voltage (1.35V) from the XMP profile you saw in CPU-Z.
- Important for 4-DIMM stability: Before saving, find the FCLK Frequency setting and manually set it to 1800MHz. Since your RAM speed (3600MHz) is Double Data Rate, the actual clock is 1800MHz. The FCLK (Fabric Clock) should be set to 1:1 with this for optimal performance. On Ryzen 5000, 1800MHz is the official sweet spot.
- Press F10 to Save and Exit.
What to expect: The system will reboot. If you are lucky, it will boot directly into Windows. Run a stress test like OCCT or TestMem5 to ensure stability. If it fails to boot, loops, or crashes, proceed to Method 2.
Method 2: Manual Tuning with Increased Voltage (The Likely Solution)
The memory controller on your 5950X is struggling to handle all four sticks at the XMP voltage. It needs more power.
- Enter the BIOS again.
- Go to the Extreme Tweaker menu and set Ai Overclock Tuner to DOCP again.
- Now, look for the following key settings and manually adjust them:
- DRAM Voltage: Increase this from 1.35V to 1.40V. This is a safe, daily-driver voltage for most DDR4 kits and helps with signal integrity.
- SOC Voltage (Extremely Important): This is the voltage for the memory controller on your CPU. Find the CPU SOC Voltage setting. Increase it from its default (often ~1.0V - 1.1V) to 1.15V. Do not exceed 1.20V as higher voltages can be risky for the CPU long-term. 1.15V is the community-recommended "sweet spot" for stabilizing 4 sticks and high FCLK.
- Ensure FCLK Frequency is still manually set to 1800MHz.
- Press F10 to Save and Exit.
This method has a very high success rate. The increased SOC Voltage gives your CPU's IMC the extra power it needs to drive all four modules.
Method 3: If All Else Fails (Gear Down Mode & Command Rate)
If the system is still unstable (crashes in games or during stress tests), try these additional steps inside the BIOS:
- Gear Down Mode (GDM): Ensure this is Enabled. This is a feature that improves stability at high speeds by modifying how commands are sent to the RAM. It should be on by default with DOCP, but double-check.
- Command Rate (CR): Your XMP profile likely has a Command Rate of 2 (or 2T). With four sticks, trying to run at 1 (or 1T) is very difficult. Manually set Command Rate to 2.
- Slightly Relax Timings: As a last resort, you can slightly relax the primary timings. Change the first four numbers from 18-22-22-42 to 19-23-23-43. This reduces the performance by a negligible amount but can be the key to full stability.
Final Steps: Stress Testing
DO NOT SKIP THIS. An unstable memory overclock can lead to silent data corruption.
- Once you can boot into Windows, download a stress testing tool like OCCT (free and user-friendly).
- Run the Memory Test for at least 30-60 minutes. If there are zero errors, your system is likely stable.
- For a more thorough test, use TestMem5 with the Anta777 Extreme config (you can find this online). This will take 1-2 hours but is the gold standard for memory testing.
Summary of Key BIOS Settings to Change:
| Setting | Value (Method 1) | Value (Method 2 - Recommended) |
|---|
| Ai Overclock Tuner | DOCP | DOCP |
| DRAM Voltage | 1.35V (Auto from DOCP) | 1.40V (Manual) |
| CPU SOC Voltage | ~1.1V (Auto) | 1.15V (Manual) |
| FCLK Frequency | 1800MHz (Manual) | 1800MHz (Manual) |
| Gear Down Mode | Enabled | Enabled |
| Command Rate | 2 | 2 |
Start with Method 2 after updating your BIOS. This gives you the highest chance of a stable 3600MHz boot on the first try. Good luck
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