F5F Stay Refreshed Hardware Desktop Base clock for Ryzen 4000 models is typically around 2.5-3.0 GHz depending on the specific variant.

Base clock for Ryzen 4000 models is typically around 2.5-3.0 GHz depending on the specific variant.

Base clock for Ryzen 4000 models is typically around 2.5-3.0 GHz depending on the specific variant.

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476ms
Member
203
02-07-2019, 07:36 AM
#1
What is the maximum base clock Ryzen is gonna offer? As per recent testing, it shows 3 ghz. Will it offer 4.00 ghz in future? If not, then it's not worth the wait, right? I wanna buy a PC now. though to for the Aorus Elite x570 and 3600 so that I can update to 4000. or should I just go for the 3700x+ B450 Tomahawk max and sit 4000 out
4
476ms
02-07-2019, 07:36 AM #1

What is the maximum base clock Ryzen is gonna offer? As per recent testing, it shows 3 ghz. Will it offer 4.00 ghz in future? If not, then it's not worth the wait, right? I wanna buy a PC now. though to for the Aorus Elite x570 and 3600 so that I can update to 4000. or should I just go for the 3700x+ B450 Tomahawk max and sit 4000 out

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edbuilder
Member
78
02-11-2019, 03:24 PM
#2
Engineering specimens tend to be slow since they focus on stability and manufacturing, not peak performance (which is the final goal)
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edbuilder
02-11-2019, 03:24 PM #2

Engineering specimens tend to be slow since they focus on stability and manufacturing, not peak performance (which is the final goal)

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striker0seven
Junior Member
7
02-13-2019, 10:07 AM
#3
It's unclear. You can't just pick a CPU based only on clock speeds; factors like threads, clock frequency, overclocking, and stability matter too.
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striker0seven
02-13-2019, 10:07 AM #3

It's unclear. You can't just pick a CPU based only on clock speeds; factors like threads, clock frequency, overclocking, and stability matter too.

K
Komodo88
Senior Member
749
02-14-2019, 07:41 AM
#4
Absolutely. But if they aren't significantly different from 8c/16t at 3.8 ghz or 3.6 ghz with 3700x, why wait? That was my main idea.
K
Komodo88
02-14-2019, 07:41 AM #4

Absolutely. But if they aren't significantly different from 8c/16t at 3.8 ghz or 3.6 ghz with 3700x, why wait? That was my main idea.

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_FinnPlay_YT
Junior Member
12
02-14-2019, 08:32 AM
#5
It's about how people interpret specs without digging deeper. For example, someone might pick the i5 9400 over the i3 9100 just because of the numbers, but actually the 9100 has a higher clock speed. The 9400 also offers more cache. It really comes down to what matters most. If AMD releases powerful Threadripper chips like the 3600 at prices that seem unrealistic, they could easily take over the market.
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_FinnPlay_YT
02-14-2019, 08:32 AM #5

It's about how people interpret specs without digging deeper. For example, someone might pick the i5 9400 over the i3 9100 just because of the numbers, but actually the 9100 has a higher clock speed. The 9400 also offers more cache. It really comes down to what matters most. If AMD releases powerful Threadripper chips like the 3600 at prices that seem unrealistic, they could easily take over the market.

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emmylee33
Senior Member
710
02-14-2019, 10:51 AM
#6
oh yes that is entirely differently. i was like , i am buying a 3700x - 8c/16t enough for gaming, right? thn should I go for x570 mobo so that I can upgrade to Ryzen 4000 which btw neither of them will support DDR5 Ram; will be backdated again within a year
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emmylee33
02-14-2019, 10:51 AM #6

oh yes that is entirely differently. i was like , i am buying a 3700x - 8c/16t enough for gaming, right? thn should I go for x570 mobo so that I can upgrade to Ryzen 4000 which btw neither of them will support DDR5 Ram; will be backdated again within a year

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JBRocket
Member
176
02-16-2019, 04:29 AM
#7
This describes how hardware continues to advance over time. For instance, DDR4 was introduced while DDR3 remained superior initially. It will take several years for newer technologies like DDR4 to fully replace older ones such as DDR3, just as it did with DDR3 versus DDR4.
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JBRocket
02-16-2019, 04:29 AM #7

This describes how hardware continues to advance over time. For instance, DDR4 was introduced while DDR3 remained superior initially. It will take several years for newer technologies like DDR4 to fully replace older ones such as DDR3, just as it did with DDR3 versus DDR4.