WYP
News Guru
Impressive scores when compared to a 1700X.
Read more about Geekbench's Ryzen 7 2700X benchmark results.
Read more about Geekbench's Ryzen 7 2700X benchmark results.
AMD's upcoming Ryzen 7 2700X processor appears on Geekbench
- Thread starter WYP
- Start date
Dicehunter
Resident Newb
For reference, This is an 1800X running at 4GHz with 3400MHz memory.
WYP
News Guru
Just remember that cache sizes are often misreported on benchmarks with pre-release hardware.
If AMD can end up doing better work with slower DDR4 memory, Ryzen 2nd Gen will offer a great boost over Ryzen for gamers, especially when combined with higher core clock speeds.
With Ryzen 2nd Gen it's a very "wait and see" kinda deal, will it offer more than a standard Intel Generational upgrade. Will this be AMD's Kaby Lake? I'm certainly looking forward to finding out.
Dicehunter
Resident Newb
So this time, 1800X at 4GHz BUT with memory running at the same 2400MHz as the apparent 2700X, nice little performance jump, wonder how much more it will increase if the 2700X was equipped with 3000MHz or more memory.
WYP
News Guru
So this time, 1800X at 4GHz BUT with memory running at the same 2400MHz as the apparent 2700X, nice little performance jump, wonder how much more it will increase if the 2700X was equipped with 3000MHz or more memory.
Nice find Dice. I agree, it would be great to see the 2700X with faster memory.
Yeah, but there would always be that " If I wait for XXXXX" moment, same applies to video cards and pretty much everything else PC. Wait for Vega, wait for Navi etc, it never ends.
It is only worth waiting when the new release is imminent.
NeverBackDown
AMD Enthusiast
Faster than either of your scores. That's pretty good imo for a stock CPU.
That new boost 2.0 is really working wonders
That new boost 2.0 is really working wonders
Dicehunter
Resident Newb
Precision Boost 2.0 doesn't work on X370 motherboards, It's exclusive to X470, Meaning it was beating both my scores without it
NeverBackDown
AMD Enthusiast
Precision Boost 2.0 doesn't work on X370 motherboards, It's exclusive to X470, Meaning it was beating both my scores without it
I assumed it was being used on x470. Oh well shouldn't assume.
Still more than 10% slower than my 4690K (4.5Ghz) in single threaded apps..:mellow:
https://browser.geekbench.com/v4/cpu/7468132
...still not good enough for my needs, looks like Ryzen 2 on the 7nm die in 2019 will be what I need to wait for.
https://browser.geekbench.com/v4/cpu/7468132
...still not good enough for my needs, looks like Ryzen 2 on the 7nm die in 2019 will be what I need to wait for.
NeverBackDown
AMD Enthusiast
You're comparing a stock CPU to an OC 4.5ghz one for single threaded performance. Don't see how it's all that fair
Dicehunter
Resident Newb
Clock your CPU to 3.70GHz, Clock your memory down to 2400MHz then see what your score is
What's fair got to with it?
I run my CPU at the speed it is capable of without any issues and take that as my performance baseline.
If the 2700X can overclock to a similar level and give equal or better performance then I'll take another look at it when the reviews come out.
Clock your CPU to 3.70GHz, Clock your memory down to 2400MHz then see what your score is
Why?....this score will almost certainly be based on the 4.2Ghz(ish) boost speed that's been reported, not 3.7Ghz stock speed.
Dicehunter
Resident Newb
Why not compare like for like though ?
Clock your CPU to 3.70GHz and your memory to 2400MHz, Then you can see the differences.
I will never run my 4690K at 3.7Ghz so what is the point?Unless the 2700X can overclock to a level that it will outperform my 4690K, its a completely irrelevant comparison.
Dicehunter
Resident Newb
Unless the 2700X can overclock to a level that it will outperform my 4690K, its a completely irrelevant comparison.
Because then you can see the clock for clock improvements over Haswell, No one is saying you should go out and buy a 2700X, I'd personally just be curious.
..anyway like I said in a previous post, this 4700 score would be based on the boost speed of the 2700X, not its base clock.
