F5F Stay Refreshed Hardware Desktop 9900K VCORE

9900K VCORE

9900K VCORE

Pages (2): Previous 1 2
B
BlackBoy
Junior Member
Find
3
09-04-2018, 01:46 PM
#11
It's referred to as VDROOP voltage drops when under load; consider increasing the LLC if needed.
Reply
Reply
B
BlackBoy
09-04-2018, 01:46 PM #11

It's referred to as VDROOP voltage drops when under load; consider increasing the LLC if needed.

Reply
Reply
B
bmarzano
Senior Member
Find
449
09-04-2018, 03:02 PM
#12
GN introduced updated terminology for this VBios vsocket issue. The vget function should work up to version 1.3. For 1.35 it's uncertain—likely depends on the chip's manufacturing timeline; newer chips were grouped, which affected OCI performance.
Reply
Reply
B
bmarzano
09-04-2018, 03:02 PM #12

GN introduced updated terminology for this VBios vsocket issue. The vget function should work up to version 1.3. For 1.35 it's uncertain—likely depends on the chip's manufacturing timeline; newer chips were grouped, which affected OCI performance.

Reply
Reply
3
333LegenD333
Junior Member
Find
46
09-04-2018, 09:11 PM
#13
LLC operates smoothly and maintains a consistent performance range of 1.24 to 1.28v VCORE, regardless of manual settings or adaptive modes.
Reply
Reply
3
333LegenD333
09-04-2018, 09:11 PM #13

LLC operates smoothly and maintains a consistent performance range of 1.24 to 1.28v VCORE, regardless of manual settings or adaptive modes.

Reply
Reply
W
WildCandy
Senior Member
Find
675
09-04-2018, 10:09 PM
#14
Adjust the setting to increase voltage when needed under load.
Reply
Reply
W
WildCandy
09-04-2018, 10:09 PM #14

Adjust the setting to increase voltage when needed under load.

Reply
Reply
M
MaxPozitiff
Junior Member
Find
45
09-09-2018, 05:39 AM
#15
It's a new release, probably just after they began categorizing it for the Ks. The good part is [email protected] was free and could drop even lower if I wanted to experiment. The downside is it can reach up to 100°C in p95—lol, that’s a lot of heat! Benchmarks and games are still passable at 80°C, though I’d rather avoid that. Sorry for the confusion, but I was planning to run p95 to share my real readings with OP, but instead got overheated. No 5GHz for me.
Reply
Reply
M
MaxPozitiff
09-09-2018, 05:39 AM #15

It's a new release, probably just after they began categorizing it for the Ks. The good part is [email protected] was free and could drop even lower if I wanted to experiment. The downside is it can reach up to 100°C in p95—lol, that’s a lot of heat! Benchmarks and games are still passable at 80°C, though I’d rather avoid that. Sorry for the confusion, but I was planning to run p95 to share my real readings with OP, but instead got overheated. No 5GHz for me.

Reply
Reply
X
xshot13
Member
Find
122
09-09-2018, 12:58 PM
#16
What temperature are you operating at? It's running directly cooled with liquid metal, achieving 5GHz at 80°C in P95. Your AVX offset might be affected by the lack of a custom loop; it's likely not optimal for reaching that speed.
Reply
Reply
X
xshot13
09-09-2018, 12:58 PM #16

What temperature are you operating at? It's running directly cooled with liquid metal, achieving 5GHz at 80°C in P95. Your AVX offset might be affected by the lack of a custom loop; it's likely not optimal for reaching that speed.

Reply
Reply
J
Jesuss_
Member
Find
154
09-09-2018, 02:13 PM
#17
noctua d15s, thought I was running -3 avx offset. Overall I've been working on my amd build for a few weeks and finished about 90% yesterday. The 3600 in there uses nearly half the wattage while doing p95 prp checks, which is about 20% faster. It's really impressive how efficient zen 2 is, I'm excited for zen 3!
Reply
Reply
J
Jesuss_
09-09-2018, 02:13 PM #17

noctua d15s, thought I was running -3 avx offset. Overall I've been working on my amd build for a few weeks and finished about 90% yesterday. The 3600 in there uses nearly half the wattage while doing p95 prp checks, which is about 20% faster. It's really impressive how efficient zen 2 is, I'm excited for zen 3!

Reply
Reply
Pages (2): Previous 1 2