Amd zen 3 could further increase ipc and clock frequencies
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The world of computing is always on the move and the next micro-architecture for CPUs from the red team will possibly come next year or next. Despite not having much official data, some rumors are already talking about the most important possible improvements to AMD Zen 3 .
AMD Zen 3 may dramatically increase IPCs and clock rates
According to some sources from the information portal wccftech, the next AMD Zen 3 micro-architecture will bring more improvements than expected.
By various AMD statements, expectations for Zen 3 were not too high. The most accepted idea was that it would be an intermediate generation without much news (Something similar to Ryzen 2000 over Ryzen 1000) . However, the latest rumors suggest that AMD Zen 3 could be more shocking than we thought.
On the one hand, an anonymous source ensures that the new processors will have an IPC improvement of up to 8%. This may be due to the new internal structure of the unit, as we have information from the conference in the UK .
Not surprisingly, we have to remind you that this is not official data and these numbers may increase or decrease. If you want to be up to date with the news of the world of technology, be on the lookout for our website.
Now write to us. What do you expect from Ryzen 4000 and AMD Zen 3 ? Do you think it will be a great leap like Ryzen 3000 or will it be somewhat less well-known like Ryzen 2000 ? Share your ideas in the comment box.
Ryzen 3000 would come with improvements in the ipc and higher frequencies
The frequencies and IPC performance of the Zen 2 processors (Ryzen 3000) will be much higher than what we are currently seeing.
The clock frequencies of some amd ryzen picasso have been revealed.
Thanks to a twitter user we have been able to know the characteristics of some of the AMD Ryzen Picasso processors
Amd would have lowered the frequencies 'boost clock' in ryzen 3000
AMD had been too aggressive with the boost clock, and with a view to improving reliability, those frequencies would now have been lowered.
