AMD Ryzen "ZEN3" (5000 CPU / 5000G APU series) Info thread

[Gigi1]

Kazali su njegovi uradci

[Odinarius]

Nije nikad ponovio kvalitetu leaka koju je imao sa chipletima, to je istina, ali analize su mu uvijek bile zanimljive za slušati.

[Le0n]

Moram pohvaliti Asrock...
Memorija f4-3600c16d-32gtznc (Hynix chipovi) nije na QVL listi i kako kužim po redditu dosta se X570 muči s dualrank memom. Pogotovo s ovom GSkill ljudi imaju hrpu problema. Manifestira se da ne radi na XMP postavkama. Kod mene je od deklariranih 3600 jedva je radila na 3200 i na šit latencijama (16/19/19/39)

Bios updatei su išli:
- Agesa 1.1.0.0 patch D. - 3200MHz
- Agesa 1.2.0.0 - 3566MHZ
- jučer stavim Agesa 1.2.0.1 Patch A i hop 3800MHz (IF 1900)

[The Exiled]

AMD Ryzen 5000G APUs: OEM only for now, full release later this year

Today the Ryzen 5000G series comes out to play, again for pre-built systems, but AMD is this time making clear that it will also come to retail for regular systems and gaming systems. These new Ryzen 5000G APUs are built on TSMC’s 7nm process, and will feature eight Zen 3 cores with Vega 8 graphics. All CPUs will also have 24 lanes of PCIe 3.0 and support DDR4-3200. This means that AMD will deal with 8-core CCX designs with a unified L3 cache across all the cores within a CCX. While the Ryzen and EPYC processors offer 32 MB of L3 cache for eight cores, the Ryzen 5000G will have 16 MB of L3, but each core will access to the full 16 MB. The Ryzen 5000G series remains a monolithic design. AMD has confirmed that X570, B550, and A520 motherboards will support the new 5000G processors. X470 and B450 motherboards might also be supported, but that depends on the motherboard manufacturer. At this time, for anyone lucky enough to get one on the open market, special Beta BIOSes will be needed to enable full performance.

Izvor: AnandTech

[sharyn]

hellou
eto mene na 4. ryzenu u karijeri; uletio 5800x po odličnoj cijeni
radi bez problema, boosta do 5ghz single core; nisam još testirao jer iskreno još nisam pohvatao taj PBO2 kako radi točno. Moram proučiti BIOS i pronać odgovore na par pitanja.
PS: grije se ko krme ne znam jesu li svi takvi ali ovaj će mi otopit kučište iako je pod vodenim.

validacija (rejected, ne znam zašto)
HWINFO

[Brko]

Autor sharyn

hellou
eto mene na 4. ryzenu u karijeri; uletio 3800x po odličnoj cijeni
radi bez problema, boosta do 5ghz single core; nisam još testirao jer iskreno još nisam pohvatao taj PBO2 kako radi točno. Moram proučiti BIOS i pronać odgovore na par pitanja.
PS: grije se ko krme ne znam jesu li svi takvi ali ovaj će mi otopit kučište iako je pod vodenim.

validacija (rejected, ne znam zašto)
HWINFO

3800X? Da nije 5800X

[sharyn]

Autor Brko

3800X? Da nije 5800X

ahahah ae taj je da

[Sn4k3]

Autor sharyn

hellou
eto mene na 4. ryzenu u karijeri; uletio 5800x po odličnoj cijeni
radi bez problema, boosta do 5ghz single core; nisam još testirao jer iskreno još nisam pohvatao taj PBO2 kako radi točno. Moram proučiti BIOS i pronać odgovore na par pitanja.
PS: grije se ko krme ne znam jesu li svi takvi ali ovaj će mi otopit kučište iako je pod vodenim.

validacija (rejected, ne znam zašto)
HWINFO

Congrats
Meni je isto pisalo rejected prvi put kad je cpu boostao na 4.7Ghz all core. Nedugo nakon toga sam isao ponovno napraviti validaciju, tad je boostao na 4.675Ghz i naravno proslo je

[The Exiled]

AMD Ryzen 5 5600H Review: Faster than 10th-gen Core i9, Waiting for Tiger Lake

Overall, the Ryzen 5 5600H is another impressive Ryzen Mobile 5000 processor. Like other models in the line-up that we’ve reviewed so far, the 5600H isn’t the same revolutionary step that AMD introduced a year ago, but it does present a solid iteration that brings better performance in most areas. Compared to its direct predecessor, the Ryzen 5 4600H, the 5600H is roughly 10 to 15 percent faster in multi-threaded workloads and over 20% faster in single-threaded tests, which is respectable for a mainstream laptop processor. We could spend more time in this conclusion breaking down how the 5600H competes against Intel’s current offerings, but we don't feel that's necessary considering Tiger Lake H45 processors are just around the corner. AMD looks well positioned for the battle though, considering the 5600H is competitive in gaming, and can outperform even Intel’s flagship Core i9-10980HK in some productivity workloads.

Izvor: TechSpot

[Sn4k3]

ClockTuner v2.1 RC5 for Ryzen (CTR) Guide

[sharyn]

igrao se s CTR sinoć malo, ova verzija je odlična.
single thread kucka na 4.950 ghz

PS: neke matične ploče imaju bug s CTR da tokom dijagnostike procesor razguli na 90 stupnjeva, izlazi patch za par dana. navodno.

[Le0n]

Ja ne kapiram. CTR mi uvijek daje niži rezultat u R20 benchmarku. Ne ulazim u to da je procesor sada optimiziran da manje troši sl. ali mi je čudno da mi uporno skor ide na lošije a svima ide na bolje.

CTR je u jednom momentu bacio 90c pa je stao a inače je bilo non stop 60-65c. Piše da je moj 5800X golden sample (a i s 2 CCDa je).

[sharyn]

jer ti sam CTR ukrade malo skora od CB-a

[Odinarius]

Jel možeš molim te mali tutorial i koje vrijednosti unijeti za 3600? Moj je izgleda šrot Bronze sample i ne dobivam ništa vrijedno spomena, ali možda ga ne guram dovoljno.

[Sn4k3]

***ClockTuner for Ryzen 2.1 RC5(ver.23) by 1usmus***
AMD Ryzen 5 5600X 6-Core Processor
ASUS ROG STRIX B550-F GAMING
BIOS ver. 2201 SMU ver. 56.50.00
TABLE ver. 3672325
DRAM speed 3600 MHz
05/14/2021 20:37:02


P1
FREQ CCX1# 4475MHz
VID# 1150mV
Usage trigger# 81%
OB CCX1# 1
OB CCX2# 1
P2
FREQ CCX1# 4600MHz
VID# 1250mV
Usage trigger# 58%
OB CCX1# 1
OB CCX2# 1
PX
FREQ HIGH# 4875MHz
FREQ MID# 4850MHz
FREQ LOW# 4775MHz
VID HIGH# 1375mV
VID MID# 1375mV
VID LOW# 1350mV
OB HIGH# 1
OB MID# 1
OB LOW# 1
Usage trigger# 24%
PX OB LIMIT# 75MHz


PPT limit reached! 23,6W
EDC limit reached! 56,9A
EDC limit reached! 53,8A
EDC limit reached! 44,7A
TDC limit reached! 3,5A
TDC limit reached! 4A
Phoenix ready!
Cinebench R20 started
Cinebench R20 finished with result: 4298
Voltage: 1.164 V PPT: 76 W Temperature: 53.6°
20:39:15: Test 1 started!
Basic statistics
CORE / CPPC / FREQUENCY / VID / POWER / TEMP / DEBUG
C01 129 F 294 V 1.279 W 1.14 T 35.77 L 0.95
C02 140 F 4478 V 1.279 W 8.34 T 47.56 L 1.19
C03 133 F 159 V 1.279 W 0.89 T 33.25 L 0.921
C04 125 F 687 V 1.279 W 1.52 T 36.86 L 0.978
C05 137 F 152 V 1.279 W 0.68 T 32.01 L 0.918
C06 140 F 4462 V 1.279 W 8.37 T 49.56 L 1.178
Vdroop: 0.87%
4675 - PASSED
4700 - PASSED
4725 - PASSED
4750 - PASSED
4775 - PASSED
4800 - PASSED
4825 - PASSED
4850 - PASSED
4875 - PASSED
20:39:43: Cinebench stopped!
PX HIGH sub-profile
CPU usage(min): 16.7%
CPU usage(avg): 18.59%
CPU usage(max): 26%
SAFE: 4875MHz
FAST: 4900MHz
20:39:44: Test 1 finished!
20:39:44: Test 2 started!
Basic statistics
CORE / CPPC / FREQUENCY / VID / POWER / TEMP / DEBUG
C01 129 F 216 V 1.288 W 1.06 T 37.21 L 0.936
C02 140 F 4579 V 1.288 W 9.11 T 50.89 L 1.203
C03 133 F 1732 V 1.288 W 3.68 T 42.53 L 1.019
C04 125 F 456 V 1.288 W 1.23 T 38.88 L 0.964
C05 137 F 4110 V 1.288 W 7.77 T 49.59 L 1.17
C06 140 F 4621 V 1.288 W 10.04 T 54.12 L 1.195
Vdroop: 1.31%
4675 - PASSED
4700 - PASSED
4725 - PASSED
4750 - PASSED
4775 - PASSED
4800 - PASSED
4825 - PASSED
4850 - PASSED
20:40:11: Cinebench stopped!
PX MID sub-profile
CPU usage(min): 33.3%
CPU usage(avg): 34.5%
CPU usage(max): 39.8%
SAFE: 4850MHz
FAST: 4875MHz
Max CPU usage for PX MID: 41%
20:40:11: Test 2 finished!
20:40:11: Test 3 started!
Basic statistics
CORE / CPPC / FREQUENCY / VID / POWER / TEMP / DEBUG
C01 129 F 1728 V 1.3 W 3.7 T 47.24 L 1.039
C02 140 F 4632 V 1.3 W 10.68 T 56.94 L 1.215
C03 133 F 4108 V 1.3 W 8.71 T 53.34 L 1.174
C04 125 F 502 V 1.3 W 1.53 T 43.42 L 0.963
C05 137 F 4594 V 1.3 W 9.28 T 54.57 L 1.204
C06 140 F 4634 V 1.3 W 10.93 T 58.9