How To Overclock Ryzen 5 1400

AMD Ryzen five 1400 review - Overclocking The Ryzen five processors

by on: 06/13/2017 07:01 AM [

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Overclocking

Overclocking and tweaking then. Always invest in good hardware by the fashion (MOBO/PSU/Memory/Cooling), the cheaper motherboards often are not well tuned for enthusiast overclocking. As well become yourself a good power supply and proper processor cooling. Overclocking with a more core processor (doesn't matter if that is Intel or AMD) is far more hard than yous look it to exist.

After publication of initial Ryzen reviews we received the request to see how they overclock on a heat-piping cooler opposed to a liquid cooling solution. And then for this Ryzen 5 reference review round we'll use nothing more than than the stock cooler as shown in a higher place (which is non the best for tweaking tbh).

Overclocking multi-core on a high clock frequency is a relatively okay to do job, but tin be managed relatively hands from the BIOS. Y'all tin can besides use AMD's software tool of course. The Ryzen five quad and 6-core processors reach roughly the same values every bit the 8-core Ryzen 7 series. This makes sense as the reality is that the processors are the aforementioned, the Summit Ridge 8-core part with two CCXes. During our measurements by trial and error nosotros constitute that at ~1.450 Volts you volition end up at roughly iii.9 ~4.0 GHz.

BIOS Overclocking

The Guru3D reader-base overclocks mostly from the BIOS to try and find the maximum stable limit. The generic overclock procedure for multiplier based overclocking is equally follows:

• Go out base of operations clock (charabanc) for what it is right at present (100 MHz)
• Set the per core multiplier at a maximum of your liking:
• Instance 1: 100MHz x 40 = 4000 MHz
• Example 2: 125MHz x 32 = 4000 MHz
• Increase CPU voltage; though Automobile works fine on many motherboards yous can exercise information technology manually also. Start at 1.350 volts and piece of work your way upwardly into a land of equilibrium in perf and cooling temps.
• Brand sure your processor is properly cooled every bit calculation voltage = more heat
• Salve and Get out BIOS / uEFI

Now, for the Ryzen v review we use a X370 motherboard from Gigabyte. Tweaking is mode more limited in terms of voltage control. This setting was 100% stable on the proc. And remember we are using the stock cooler.

What we did

1. Enable 3900 MHz
2. Use 1.455V to the CPU (increase start to +200)
3. Enable XMP 2933 on our retentiveness kit

Ryzen likes fast retention, so with this dual-channel setup we actually can recommend higher frequency retentivity like the 2933 and 3200 MHz kits used. Setup of fast retentivity can be a tricky thing though, if information technology isn't supported or stable chances are your motherboard will revert to JEDEC SPD timings of 2400 MHz.

Did you get stuck at 2133 or 2400 MHz with faster capable memory?

I recommend that in lodge to get that Ryzen running properly yous do the following:

1. Clear CMOS, fully power drain the system
2. Load optimized defaults, save & exit and reboot (DO Not Alter Anything ELSE at this point).
3. Enter BIOS once again and utilize the recommended, say, 2933 MHz setting (xvi-xviii-18-18-36 and 1.35V), save & exit.

We have seen numerous cases where boards tin can reject to run properly following a component alter, clear CMOS or retentiveness training neglect (i.east. too high clock was applied). The "trick" is the step #2. Normally at that point you'd just get and apply the settings you want to utilise only for some reason an extra reboot is needed to properly load those defaults.

Example: on ASRock if I endeavor to apply annihilation college than 2400 correct subsequently clearing CMOS (or correct after changing CPU or right after failed memory training) it will ever FAIL. The actress stride listed above (#2) allows it to run 2933 100% and 3200 with more lucky boards + components. You tin can find the recommended DDR4 voltage and timings on the sticker if XMP does not kick in. Give it a try. Now then, have a peek at the screenshots beneath:

Here is an example of the Ryzen five 1400 at 3900 MHz @ all cores. Hither the stock cooler seems to run fine in the 65~70 Degrees C range overclocked.

We have been able to sustain a stable 3.9 GHz on all cores. Retention wise we had 2933 MHz stable. Our load temps hover in the seventy Degrees C marking on the stock air-cooler. We inserted OC benchmark results in the previous pages for you to expect at. With liquid cooling or a high-quality air-libation, four Ghz would take been stable as well.

Ability Consumption

Adding some extra voltage on the CPU for the OC also has an adverse effect on the overall energy consumption. Under stress and overclocked nosotros suddenly use roughly 160~180 Watts nether full processor load. That is, say, 40 to 50 Watts actress when overclocked and with the processors stressed. That is power consumption for the whole PC measured at the wall socket side including a GeForce GTX 1080 in idle. Overclocked in idle your organization will use roughly 10 to xv Watts more than on average.

To a higher place, the 1400 @ 3.9 GHz all cores

Overclocking results

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