A320m HDV R4 upgrade guide Focus on boosting performance with the latest overclocking techniques.

F5F Stay Refreshed Hardware Desktop A320m HDV R4 upgrade guide Focus on boosting performance with the latest overclocking techniques.

BHLxNJx
Posting Freak

881

01-17-2016, 08:57 PM

I own an A320m HDV R4 Asrock, and I can adjust the cores to around 4GHz while pressing apply. It shows successful results. I was wondering if I should try it on an A320m too. I'm using a Ryzen 3 3200G.

BHLxNJx

01-17-2016, 08:57 PM #1

Triggerchop86
Junior Member

01-18-2016, 04:51 AM

Yes, you can run that in Windows. Use CPU-Z to monitor performance while executing the benchmark.

Triggerchop86

01-18-2016, 04:51 AM #2

Yes, you can run that in Windows. Use CPU-Z to monitor performance while executing the benchmark.

AmazinglyCool
Senior Member

695

01-25-2016, 09:06 PM

You just discovered its maximum turbo reaches 3.8ghz. That means it’s likely the default boost setting rather than overclocked.

AmazinglyCool

01-25-2016, 09:06 PM #3

You just discovered its maximum turbo reaches 3.8ghz. That means it’s likely the default boost setting rather than overclocked.

PhilZstar
Member

198

01-29-2016, 09:48 AM

Consider adjusting the voltage for improved performance. If you decide to do so, aim for a lower voltage setting. The exact value depends on your specific device, so check its manual or specifications.

PhilZstar

01-29-2016, 09:48 AM #4

coolman9222
Posting Freak

754

01-30-2016, 03:33 PM

Increase the boost frequency. The maximum allowed boost is 4GHz; if you can't exceed it, treat it as a non-OC use. Apply negative voltage offset gradually, adding about 30mV until stability is restored.

coolman9222

01-30-2016, 03:33 PM #5

MedievalKitten
Member

104

01-30-2016, 09:33 PM

It isn't seen as an original concept. You need to manage the negative voltage offset properly. The information mentions peak voltage at 1.1 volts—how can you reduce it?

MedievalKitten

01-30-2016, 09:33 PM #6

It isn't seen as an original concept. You need to manage the negative voltage offset properly. The information mentions peak voltage at 1.1 volts—how can you reduce it?