[Sammelthread] Intel DDR5 RAM OC Thread
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Hey @boesew1cht
Jaa, das Board ist wunderschön
Eigentlich haakt es an SA (zu hoch)
Kannst du uns das V/F bzw Silicon Rating menü Zeigen für deine CPU ?
Beginne mit 1.22 SA.
Lasse alle anderen Trainings auf Auto.
MRC auf long duration training.
Beide VDD spannungen auf der CPU Seite auf Auto.
Ich verstehe nicht wieso sie die Namen leicht anders nennen als die Z790er Reihe.
Aber theoretisch gesehen brauchst du diese nicht anzufassen.
Even on stock , ICCMAX limiter set.
You want to keep UncoreVID bellow 1.4
And core curve as target die-sense bellow 1.3-1.325v , somewhere there
Should be realistic for you.
Somewhy TVB caused a very silly and broken curve in the top range.
And very silly higher middle point with cut at the low end.
Not balanced at all.
I dont know how that happened at first, but i don't trust you actually got "performing" 6.2 or even 6.4GHz before.
Maybe fake freq.
Please calculate curve points with Shamino's WorkTool
And know that whatever point you pick higher, will influence ones bellow it
Soo "input order" is a thing.
I may try to bump last two points +18mV
@Braegnok yes, please redo tests
Its decent but aida is just potential usable range , potential efficiency
never "actual usable".
To get meaningful results, you need something like SiSoftware Sandra (careful with the download links)
To check if your memOC does anything at all , or core and ring section is rather what needs work.
And of course need a clean OS, else its too difficult to track memory influence from just backgrounds who load cores and cache.
Jaa, das Board ist wunderschön
Eigentlich haakt es an SA (zu hoch)
Kannst du uns das V/F bzw Silicon Rating menü Zeigen für deine CPU ?
Beginne mit 1.22 SA.
Lasse alle anderen Trainings auf Auto.
MRC auf long duration training.
Beide VDD spannungen auf der CPU Seite auf Auto.
Ich verstehe nicht wieso sie die Namen leicht anders nennen als die Z790er Reihe.
Aber theoretisch gesehen brauchst du diese nicht anzufassen.
Beitrag automatisch zusammengeführt:
Now this looks better.
Even on stock , ICCMAX limiter set.
You want to keep UncoreVID bellow 1.4
And core curve as target die-sense bellow 1.3-1.325v , somewhere there
Should be realistic for you.
Somewhy TVB caused a very silly and broken curve in the top range.
And very silly higher middle point with cut at the low end.
Not balanced at all.
I dont know how that happened at first, but i don't trust you actually got "performing" 6.2 or even 6.4GHz before.
Maybe fake freq.
Please calculate curve points with Shamino's WorkTool
And know that whatever point you pick higher, will influence ones bellow it
Soo "input order" is a thing.
I may try to bump last two points +18mV
@Braegnok yes, please redo tests
Its decent but aida is just potential usable range , potential efficiency
never "actual usable".
To get meaningful results, you need something like SiSoftware Sandra (careful with the download links)
To check if your memOC does anything at all , or core and ring section is rather what needs work.
And of course need a clean OS, else its too difficult to track memory influence from just backgrounds who load cores and cache.
Zuletzt bearbeitet:
boesew1cht
Profi
Ok thanks, my uncoreVID is def below 1.4 now, but what exactly did you mean for core curve as target die sense below 1.3-1.35? and is this for stock or with tvb +1/2boost for the target die sense stuff? do u mean vcore on hwinfo or maybe VOUT? maybe u meant something under load? sorry trying to understand better been up all night messing with more stuff
Ok thanks, my uncoreVID is def below 1.4 now, but what exactly did you mean for core curve as target die sense below 1.3-1.35? and is this for stock or with tvb +1/2boost for the target die sense stuff? do u mean vcore on hwinfo or maybe VOUT? maybe u meant something under load? sorry trying to understand better been up all night messing with more stuff
On your picture
DieSense == Vout
at least on good boards Vcore = DieSense
But given its a curve, it is a request and plottet estimate.
Between plottet estimate and real supply is around 50mV difference, sometimes 100mV
Which can be seen here
But actually the readout is a bit misleading
because it shows higher VID target,
with lower (red) actual supply of Vout
As long as this window is open you can track
Global core VID, curve target and Vout
No need for hwinfo for example.
Explore the WorkTool a bit. Its very useful "tool for [ASUS] work".
I ment uncoreVID, as it also factors in ring
You can not change ring V/F with normal bioses.
Which is sad, but its ok.
I will need an "ok" first, before i can share a biosmod for encore.
TVB extends the Freq-MAX higher
but the curve stays generated and the same
Irrelevant what frequency max you set on.
Soo its important to have a good curve first
And an undervolted to allow higher margins for things outside of the cores ~ connected same IA_ supply
And why its silly to just undervolt IA_, because you will make other parts starve for voltage. This includes a limit on reaching high memOC
Sobald ich den Schuldigen gefunden habe, wird mein 7200 Kit dann hoffentlich fehlerlos auf meinem Z690 von Gigabyte laufen. Die Leute verstehen ihr Handwerk besser als manche Mitstreiter.
Solange es kein 12th gen ist, solltest du einfach bis/über 7400MT/s kommen.
12th gen und Z690 wäre schwer.
Aber Z790 ist einfacher~
Woran hackts/hapert's den?
zebra_hun
Profi
Es gibt kein gute oder schleghte Nachrichten. 13700k raus, und 14900k wieder zurueck.
Die Anders:
Jetzt alles ist total normal. Ich habe kein kaltes Wasser jetzt, der Rechner im Wohnen. Radiator in der Ecke aufm Boden. Under VST/VT3 Stress ist 29C mein wasser. Raumtemperatur ist am start 20.9C, zwei Sunde spaeter 23C! Wie ein Ofen.
So, zwischen Zeit mein 14900k delided, IHS zurueck, und mit WLP auf dem IHS. Zwischen Chip u. IHS ist LM. [link] [link] Dann geklopft: [link] [link] , [link] [link]
Ich kann jetzt ~260-270W ~70C halten mit ~29C Wasser. Das ist mir super gut. Spaeter natuerlich baue ich den kalten Wasser Kuehler zurueck, aber noch nicht. Ich will noch hier weiter testen.
ILM ist mein IHS gedruckt, schoene "Curve" gemacht. Jetzt wieder gerade, aber ich habe eine Ramen statt ILM eingebaut.
Es war total komish mich... Drei mal habe ich das cpu abgebaut, und alle drei war anders. Ich dachte, dass die gespeichertete Profiles mit warm Wasser nicht gehen werden, aber wie sensitiv. Wenn ich die Schrauben normal fest gezogen, immer 55 Code. Default auch. Ramen musste ich fast nichts fest ziehen. Knapp nicht locker, so ist die beste. Es halt cpu, aber garnichts fest. Block durfte ich auch nicht extreme fest bauen, einziehen.
Naja, jetzt schaut schon gut aus.
Was frueher "stabil" waren, jetzt absolut nicht. 6-8C Wasser Vs. 25-29C.
Ich habe wieder mit meine liebsling 7200C32 angefangen. Spannungen braucht es jetzt mehr. TM5 war easy, aber VT3 ... musste ich bischen spielen. Gestern habe ich nicht geschafft, heute Gott sei Dank, geschaft.
TM5 und VST/VT3 Bilder sind unten.
Kurz video habe ich auch gemacht.
Y Stress Video
Die ich nicht verstehen habe. PL4 Limit ist immer YES, aber wenn der Rechner idle ist. Unter last nie, nur wenn 800MHz/0.6V. Unmoeglich es raus. Jede hat in idle, nur Data nicht eingezeigt. (HWINFO)
Ich habe jetzt 55xP (8 Kerne) 44xE und 49xR die teste gemacht. Ring ist oc'ed, normal ist 45x. Das ist so wie so mein 24/7, ich brauche nicht mehr. 2 Kerne kann wenn will bis 58x boosten, aber full Last max 55x.
Y Cruncher bits/sec sind ich glaube sehr gut. Ich sehe on OCN extreme 8000+ Profiles, aber total Kraftos Y C bits. Bedeutet die Nummer was? Wenn ich oc'ed zB 58x, dann noch besser, aber das lange Test will ich nicht overclocken.
Sorry, ich musste wieder von Anfang starten, weil 8000C36 full Fehler. Normal Wasser temp ist anders wie mein 6-8C...
Deswegen "nur" 7200, aber das finde ich die beste Profil. Immernoch ein "Low Voltage" Profil. V/F Curve habe ich ein bischen durch gearbeitet, gehts gut.
45 Sek Y2.5b finde ich auf diese downclocked Takt auch sehr gut.
Ein paar Bench habe ich noch gemacht. Dritte Bild.
Ich werde natuerlich es weiter machen, aber mit meinem langsamer Tempo. Gehts nicht schneller leider.
Schoenen Tag an Alle!
MfG zeb
Die Anders:
Jetzt alles ist total normal. Ich habe kein kaltes Wasser jetzt, der Rechner im Wohnen. Radiator in der Ecke aufm Boden. Under VST/VT3 Stress ist 29C mein wasser. Raumtemperatur ist am start 20.9C, zwei Sunde spaeter 23C! Wie ein Ofen.
So, zwischen Zeit mein 14900k delided, IHS zurueck, und mit WLP auf dem IHS. Zwischen Chip u. IHS ist LM. [link] [link] Dann geklopft: [link] [link] , [link] [link]
Ich kann jetzt ~260-270W ~70C halten mit ~29C Wasser. Das ist mir super gut. Spaeter natuerlich baue ich den kalten Wasser Kuehler zurueck, aber noch nicht. Ich will noch hier weiter testen.
ILM ist mein IHS gedruckt, schoene "Curve" gemacht. Jetzt wieder gerade, aber ich habe eine Ramen statt ILM eingebaut.
Es war total komish mich... Drei mal habe ich das cpu abgebaut, und alle drei war anders. Ich dachte, dass die gespeichertete Profiles mit warm Wasser nicht gehen werden, aber wie sensitiv. Wenn ich die Schrauben normal fest gezogen, immer 55 Code. Default auch. Ramen musste ich fast nichts fest ziehen. Knapp nicht locker, so ist die beste. Es halt cpu, aber garnichts fest. Block durfte ich auch nicht extreme fest bauen, einziehen.
Naja, jetzt schaut schon gut aus.
Was frueher "stabil" waren, jetzt absolut nicht. 6-8C Wasser Vs. 25-29C.
Ich habe wieder mit meine liebsling 7200C32 angefangen. Spannungen braucht es jetzt mehr. TM5 war easy, aber VT3 ... musste ich bischen spielen. Gestern habe ich nicht geschafft, heute Gott sei Dank, geschaft.
TM5 und VST/VT3 Bilder sind unten.
Kurz video habe ich auch gemacht.
Y Stress Video
Die ich nicht verstehen habe. PL4 Limit ist immer YES, aber wenn der Rechner idle ist. Unter last nie, nur wenn 800MHz/0.6V. Unmoeglich es raus. Jede hat in idle, nur Data nicht eingezeigt. (HWINFO)
Ich habe jetzt 55xP (8 Kerne) 44xE und 49xR die teste gemacht. Ring ist oc'ed, normal ist 45x. Das ist so wie so mein 24/7, ich brauche nicht mehr. 2 Kerne kann wenn will bis 58x boosten, aber full Last max 55x.
Y Cruncher bits/sec sind ich glaube sehr gut. Ich sehe on OCN extreme 8000+ Profiles, aber total Kraftos Y C bits. Bedeutet die Nummer was? Wenn ich oc'ed zB 58x, dann noch besser, aber das lange Test will ich nicht overclocken.
Sorry, ich musste wieder von Anfang starten, weil 8000C36 full Fehler. Normal Wasser temp ist anders wie mein 6-8C...
Deswegen "nur" 7200, aber das finde ich die beste Profil. Immernoch ein "Low Voltage" Profil. V/F Curve habe ich ein bischen durch gearbeitet, gehts gut.
45 Sek Y2.5b finde ich auf diese downclocked Takt auch sehr gut.
Ein paar Bench habe ich noch gemacht. Dritte Bild.
Ich werde natuerlich es weiter machen, aber mit meinem langsamer Tempo. Gehts nicht schneller leider.
Schoenen Tag an Alle!
MfG zeb
Anhänge
boesew1cht
Profi
Wie meinst du? Welches Board hast du denn? 7200 hatte ich laufen bei 1.4 vddqtx, 1,42 vdd2 und 1,25 SA. Vddimm 1.45V und vddq 1.43V. Round Trip latency training on, vddqtx training on.
PLL voltages für Ring, SA und MC auf +135
Mm mm
Mein tip, tracke MC SP
3-4 runs, max 1ne Nummer Differenz.
bei direct die, quasy direct die bei dir
Bracht es umso weniger druck
Der Teil muss ~80 microns runter
80-120microns, da das alte Lot im Vergleich zu Flüssigmetal , recht dick ist.
Für normale frames,
Die Frame muss fest, der Wasserblock nur Fingerspitzen fest
Mit Fingerspitzen schafft man es nicht "zuu viel" druck auszüben.
Es ist ring
Wir müssen schauen ob wir ein unlock für das normale APEX bekommen.
Dann kannst du mit der Ring V/F auch spielen.
Sehr sehr gut.
Oft besser als manche 1.10 ~ 10^10 8000MT/s Ergebnisse auf OCN 🤭
Alles super, ich teste ja auch auf 100° haha.
Ja Spannungen sind tiefer bei kalten CPUs , mm mm.
Alles sieht super aus
lass dir Zeit~~
Beitrag automatisch zusammengeführt:
Beide immer aus.
VDDQ Training aus, wenn man VDDQ_CPU zu VDDQ_MEM korrekt eingestellt bekommen möchte.
RTL Training ist wirklich nicht wichtig.
Nur schlechte Boards brauchen das
Auf AUTO hat es das Lookup Table von den Boardpartner zu nutzen.
Ein gutes bios kennt seine RTL Werte. Man sollte sich nie sorgen darüber machen.
Die meisten Training Optionen auf Auto, erstellen eher probleme
Da das system von grundauf bei hohem clock nicht stabil ist.
Jetzt diese Instabilität zu verstärken, wäre suboptimal.
Das Z690 Aorus Pro in der DDR5 Variante. Seit dem letzten Bios Update läuft mein 7200 Kit, ohne dass ich irgendwas herumfummeln muss von ganz alleine. Leider gibt mir memtest jetzt genau einen Fehler pro Durchlauf, wenn das Kit auf 7600 laufen soll. Ich werde die PLL-Voltages auf 135mV setzen.
Vielen lieben Dank für die Hilfe!
Anzeigefehler.
Installed new/clean Windows 11 Pro 64-Bit OS last night, and clean install of Sisoftware Sandra. I can't find Thread Latency Test, is it in Processor tests, or Memory tests?
I ran the Processor Inter - Thread Efficiency Test,.. I did not see option to filter to local results at bottom of page, I unchecked all referance CPU's on drop-down menu, tried saving results to desktop, text file is all code, unreadable.
Zuletzt bearbeitet:
Hat das nicht mit der Kernisolierung was zu tun? Hatte das mal drin, zeige single an und kein Setting funktionierte.
Kein Plan, aber ich hatte das auch mal gefragt, und es hieß Anzeigefehler. Der Geekbench 3 Score stimmte, also konnte es nicht Single sein.
edit:
Temporär einen 12400f auf dem B760i.. 7200 daily scheinen noch zu gehn. Läuft zumindest seit gestern Abend stabil.
Noch nicht komplett optiomiert.Anhänge
Zuletzt bearbeitet:
zebra_hun
Profi
Komisch. Vier mal einz nach dem anderem rerun. Ich habe MC SP total vergessen, deswegen ich es drei mal montiert hab. Aber schau bitte:
81, 81, 82, 82 Wow. OK, ich denke nur, je hoch Nummer, desto besser. Wenn ich mich gut und richtig erinnere, es war 74 frueher.
Ich habe es gefunden:
Alte MC SP 74
Beitrag automatisch zusammengeführt:
Wenn ich es frueher gewusst haette..., leider zu spaet. Ein Freund hat es mich gemacht, nicht ich.
Anhänge
boesew1cht
Profi
It is that yesInstalled new/clean Windows 11 Pro 64-Bit OS last night, and clean install of Sisoftware Sandra. I can't find Thread Latency Test, is it in Processor tests, or Memory tests?
I ran the Processor Inter - Thread Efficiency Test,.. I did not see option to filter to local results at bottom of page, I unchecked all referance CPU's on drop-down menu, tried saving results to desktop, text file is all code, unreadable.
How you filter
Its just visual, the data is for building a visual picture
but @RedF is the person for such.
Its still under WIP
Make 2 results, and then press the refresh circle button
Can do it when/if you change some drastic values and see if the on the CPU side you improve anything whatsoever
This curve is the average of internal usable bandwidth and will also scale by timings a bit.
Fun, how on the rivals side things slowly slowly improve.
I still hold #1 ~ since quite some time it seems.
And they are still not even close :')
Beitrag automatisch zusammengeführt:
Mem voltage ?
VCC_IN AUX muss auf 1.8
1.9 ist für hohe SA.
16gb/24gb ?
welche CPU, 12th gen ?
boesew1cht
Profi
Mem voltage: 1,4 vdd
24gb corsair 7200c36
CPU ist der 13700k.
24gb corsair 7200c36
CPU ist der 13700k.
Sandra always crashes when I try to export the data.
But I will try again when I get the chance.
VDDQ_MEM = 60mV unter VDD_MEM
VDDQ_CPU = ~200mV unter VDDQ_MEM (16gb)
VDDQ Training aus.
Felix the Cat
Der mit SeLecT tanzt
Kein Plan, aber ich hatte das auch mal gefragt, und es hieß Anzeigefehler. Der Geekbench 3 Score stimmte, also konnte es nicht Single sein.
edit:
Temporär einen 12400f auf dem B760i.. 7200 daily scheinen noch zu gehn. Läuft zumindest seit gestern Abend stabil.
Ich habe das auch ab und an.
Hatte es schon auf dem MSI Z790 Carbon Wifi bei diversen Ram-Kits. Beim Apex hatte es sich nicht geändert. Auch der Wechsel zwischen Windows 10 und 11 hat keinen Unterschied gemacht.
Nun habe ich das 8000er Corsair Kit verbaut und damit steht nun auch Quad da.
Alle anderen Programme wie Asus MemTweakIt und so zeigen ja auch Quad an.
zebra_hun
Profi
SiSo Sandra 24/7 (55p44e49r@7200c32)
Ich kenne sie nicht, ausprobiert. Keine Ordnung, ob es gut oder schlegt ist. Eingentlich habe ich gut gemach, oder das auch nicht.
WEB
Warning habe ich genug...
Ich kenne sie nicht, ausprobiert. Keine Ordnung, ob es gut oder schlegt ist. Eingentlich habe ich gut gemach, oder das auch nicht.
WEB
SiSoftware Sandra
Benchmark Results
Aggregate Inter-Thread Bandwidth : 165.38GB/s
Results Interpretation : Higher Scores mean Better Performance.
Binary Numeral System (base 2) : 1GB(/s) = 1024MB(/s), 1MB(/s) = 1024kB(/s), 1kB(/s) = 1024 bytes(/s), etc.
Benchmark Results
Average Inter-Thread Latency : 39.1ns (10.2ns - 54.0ns)
Inter-Thread (same Core) Latency : 10.7ns
Inter-Core (same Module) Latency : 31.6ns
Inter-LITTLE-cores (same Module) Latency : 46.6ns
Inter-big/LITTLE-Core (same Module) Latency : 39.7ns
Results Interpretation : Lower Scores mean Better Performance.
Decimal Numeral System (base 10) : 1s = 1000ms, 1ms = 1000µs, 1µs = 1000ns, etc.
Performance per Thread
Aggregate Inter-Thread Bandwidth : 5.17GB/s
No. Threads : 32
Results Interpretation : Higher Scores mean Better Performance.
Binary Numeral System (base 2) : 1GB(/s) = 1024MB(/s), 1MB(/s) = 1024kB(/s), 1kB(/s) = 1024 bytes(/s), etc.
Performance vs. Power
Processor(s) Power : 150.00W
Aggregate Inter-Thread Bandwidth : 1129.02MB/s/W
Results Interpretation : Higher Scores mean Better Performance.
Average Inter-Thread Latency : 2.61ns/W
Results Interpretation : Lower Scores mean Better Performance.
Capacity vs. Power
Total Cache Size : 469.33kB/W
Results Interpretation : Higher Scores mean Better Performance.
Performance vs. Speed
Aggregate Inter-Thread Bandwidth : 29.32MB/s/MHz
Results Interpretation : Higher Scores mean Better Performance.
Average Inter-Thread Latency : 0.07ns/MHz
Results Interpretation : Lower Scores mean Better Performance.
Detailed Results
Processor Affinity : U0-U1 U2-U3 U4-U5 U6-U7 U8-U9 U10-U11 U12-U13 U14-U15 U16-U24 U17-U25 U18-U26 U19-U27 U20-U23 U21-U22 U28-U31 U29-U30
U0-C0T0 <> U2-C1T0 Data Latency : 31.9ns
U0-C0T0 <> U4-C2T0 Data Latency : 31.7ns
U0-C0T0 <> U6-C3T0 Data Latency : 31.4ns
U0-C0T0 <> U8-C4T0 Data Latency : 31.9ns
U0-C0T0 <> U10-C5T0 Data Latency : 33.2ns
U0-C0T0 <> U12-C6T0 Data Latency : 33.9ns
U0-C0T0 <> U14-C7T0 Data Latency : 33.9ns
U0-C0T0 <> U16-c8 Data Latency : 42.1ns
U0-C0T0 <> U17-c9 Data Latency : 42.1ns
U0-C0T0 <> U18-c10 Data Latency : 42.2ns
U0-C0T0 <> U19-c11 Data Latency : 42.5ns
U0-C0T0 <> U20-c12 Data Latency : 42.3ns
U0-C0T0 <> U21-c13 Data Latency : 42.2ns
U0-C0T0 <> U22-c14 Data Latency : 42.2ns
U0-C0T0 <> U23-c15 Data Latency : 42.1ns
U0-C0T0 <> U24-c16 Data Latency : 41.4ns
U0-C0T0 <> U25-c17 Data Latency : 41.5ns
U0-C0T0 <> U26-c18 Data Latency : 41.5ns
U0-C0T0 <> U27-c19 Data Latency : 41.5ns
U0-C0T0 <> U28-c20 Data Latency : 40.0ns
U0-C0T0 <> U29-c21 Data Latency : 40.1ns
U0-C0T0 <> U30-c22 Data Latency : 40.3ns
U0-C0T0 <> U31-c23 Data Latency : 39.9ns
U0-C0T0 <> U1-C0T1 Data Latency : 10.8ns
U0-C0T0 <> U3-C1T1 Data Latency : 31.6ns
U0-C0T0 <> U5-C2T1 Data Latency : 31.7ns
U0-C0T0 <> U7-C3T1 Data Latency : 31.4ns
U0-C0T0 <> U9-C4T1 Data Latency : 32.1ns
U0-C0T0 <> U11-C5T1 Data Latency : 33.2ns
U0-C0T0 <> U13-C6T1 Data Latency : 34.0ns
U0-C0T0 <> U15-C7T1 Data Latency : 34.1ns
U2-C1T0 <> U4-C2T0 Data Latency : 30.8ns
U2-C1T0 <> U6-C3T0 Data Latency : 31.0ns
U2-C1T0 <> U8-C4T0 Data Latency : 32.1ns
U2-C1T0 <> U10-C5T0 Data Latency : 32.7ns
U2-C1T0 <> U12-C6T0 Data Latency : 33.2ns
U2-C1T0 <> U14-C7T0 Data Latency : 33.7ns
U2-C1T0 <> U16-c8 Data Latency : 41.5ns
U2-C1T0 <> U17-c9 Data Latency : 41.5ns
U2-C1T0 <> U18-c10 Data Latency : 41.5ns
U2-C1T0 <> U19-c11 Data Latency : 41.7ns
U2-C1T0 <> U20-c12 Data Latency : 42.0ns
U2-C1T0 <> U21-c13 Data Latency : 41.8ns
U2-C1T0 <> U22-c14 Data Latency : 41.4ns
U2-C1T0 <> U23-c15 Data Latency : 41.7ns
U2-C1T0 <> U24-c16 Data Latency : 37.2ns
U2-C1T0 <> U25-c17 Data Latency : 36.6ns
U2-C1T0 <> U26-c18 Data Latency : 36.9ns
U2-C1T0 <> U27-c19 Data Latency : 37.5ns
U2-C1T0 <> U28-c20 Data Latency : 37.5ns
U2-C1T0 <> U29-c21 Data Latency : 37.3ns
U2-C1T0 <> U30-c22 Data Latency : 36.7ns
U2-C1T0 <> U31-c23 Data Latency : 37.2ns
U2-C1T0 <> U1-C0T1 Data Latency : 31.1ns
U2-C1T0 <> U3-C1T1 Data Latency : 11.7ns
U2-C1T0 <> U5-C2T1 Data Latency : 30.8ns
U2-C1T0 <> U7-C3T1 Data Latency : 31.1ns
U2-C1T0 <> U9-C4T1 Data Latency : 32.0ns
U2-C1T0 <> U11-C5T1 Data Latency : 33.3ns
U2-C1T0 <> U13-C6T1 Data Latency : 33.7ns
U2-C1T0 <> U15-C7T1 Data Latency : 34.0ns
U4-C2T0 <> U6-C3T0 Data Latency : 31.1ns
U4-C2T0 <> U8-C4T0 Data Latency : 32.2ns
U4-C2T0 <> U10-C5T0 Data Latency : 33.1ns
U4-C2T0 <> U12-C6T0 Data Latency : 33.8ns
U4-C2T0 <> U14-C7T0 Data Latency : 33.1ns
U4-C2T0 <> U16-c8 Data Latency : 42.1ns
U4-C2T0 <> U17-c9 Data Latency : 42.3ns
U4-C2T0 <> U18-c10 Data Latency : 42.2ns
U4-C2T0 <> U19-c11 Data Latency : 42.5ns
U4-C2T0 <> U20-c12 Data Latency : 41.9ns
U4-C2T0 <> U21-c13 Data Latency : 42.0ns
U4-C2T0 <> U22-c14 Data Latency : 42.1ns
U4-C2T0 <> U23-c15 Data Latency : 42.1ns
U4-C2T0 <> U24-c16 Data Latency : 37.1ns
U4-C2T0 <> U25-c17 Data Latency : 36.9ns
U4-C2T0 <> U26-c18 Data Latency : 36.7ns
U4-C2T0 <> U27-c19 Data Latency : 36.7ns
U4-C2T0 <> U28-c20 Data Latency : 36.6ns
U4-C2T0 <> U29-c21 Data Latency : 36.5ns
U4-C2T0 <> U30-c22 Data Latency : 36.8ns
U4-C2T0 <> U31-c23 Data Latency : 36.6ns
U4-C2T0 <> U1-C0T1 Data Latency : 31.7ns
U4-C2T0 <> U3-C1T1 Data Latency : 31.3ns
U4-C2T0 <> U5-C2T1 Data Latency : 11.0ns
U4-C2T0 <> U7-C3T1 Data Latency : 30.5ns
U4-C2T0 <> U9-C4T1 Data Latency : 31.7ns
U4-C2T0 <> U11-C5T1 Data Latency : 32.6ns
U4-C2T0 <> U13-C6T1 Data Latency : 32.8ns
U4-C2T0 <> U15-C7T1 Data Latency : 32.3ns
U6-C3T0 <> U8-C4T0 Data Latency : 28.5ns
U6-C3T0 <> U10-C5T0 Data Latency : 28.6ns
U6-C3T0 <> U12-C6T0 Data Latency : 29.5ns
U6-C3T0 <> U14-C7T0 Data Latency : 29.8ns
U6-C3T0 <> U16-c8 Data Latency : 36.4ns
U6-C3T0 <> U17-c9 Data Latency : 36.0ns
U6-C3T0 <> U18-c10 Data Latency : 37.5ns
U6-C3T0 <> U19-c11 Data Latency : 36.7ns
U6-C3T0 <> U20-c12 Data Latency : 36.9ns
U6-C3T0 <> U21-c13 Data Latency : 36.7ns
U6-C3T0 <> U22-c14 Data Latency : 36.8ns
U6-C3T0 <> U23-c15 Data Latency : 37.3ns
U6-C3T0 <> U24-c16 Data Latency : 38.5ns
U6-C3T0 <> U25-c17 Data Latency : 37.7ns
U6-C3T0 <> U26-c18 Data Latency : 38.6ns
U6-C3T0 <> U27-c19 Data Latency : 38.3ns
U6-C3T0 <> U28-c20 Data Latency : 39.7ns
U6-C3T0 <> U29-c21 Data Latency : 38.1ns
U6-C3T0 <> U30-c22 Data Latency : 38.2ns
U6-C3T0 <> U31-c23 Data Latency : 39.1ns
U6-C3T0 <> U1-C0T1 Data Latency : 31.0ns
U6-C3T0 <> U3-C1T1 Data Latency : 31.1ns
U6-C3T0 <> U5-C2T1 Data Latency : 30.7ns
U6-C3T0 <> U7-C3T1 Data Latency : 10.4ns
U6-C3T0 <> U9-C4T1 Data Latency : 28.1ns
U6-C3T0 <> U11-C5T1 Data Latency : 28.7ns
U6-C3T0 <> U13-C6T1 Data Latency : 29.7ns
U6-C3T0 <> U15-C7T1 Data Latency : 30.1ns
U8-C4T0 <> U10-C5T0 Data Latency : 29.3ns
U8-C4T0 <> U12-C6T0 Data Latency : 30.4ns
U8-C4T0 <> U14-C7T0 Data Latency : 30.8ns
U8-C4T0 <> U16-c8 Data Latency : 37.8ns
U8-C4T0 <> U17-c9 Data Latency : 39.0ns
U8-C4T0 <> U18-c10 Data Latency : 38.4ns
U8-C4T0 <> U19-c11 Data Latency : 38.3ns
U8-C4T0 <> U20-c12 Data Latency : 38.5ns
U8-C4T0 <> U21-c13 Data Latency : 38.2ns
U8-C4T0 <> U22-c14 Data Latency : 37.9ns
U8-C4T0 <> U23-c15 Data Latency : 37.5ns
U8-C4T0 <> U24-c16 Data Latency : 39.0ns
U8-C4T0 <> U25-c17 Data Latency : 39.4ns
U8-C4T0 <> U26-c18 Data Latency : 39.8ns
U8-C4T0 <> U27-c19 Data Latency : 39.8ns
U8-C4T0 <> U28-c20 Data Latency : 40.4ns
U8-C4T0 <> U29-c21 Data Latency : 40.6ns
U8-C4T0 <> U30-c22 Data Latency : 40.6ns
U8-C4T0 <> U31-c23 Data Latency : 39.9ns
U8-C4T0 <> U1-C0T1 Data Latency : 32.0ns
U8-C4T0 <> U3-C1T1 Data Latency : 32.1ns
U8-C4T0 <> U5-C2T1 Data Latency : 31.7ns
U8-C4T0 <> U7-C3T1 Data Latency : 28.5ns
U8-C4T0 <> U9-C4T1 Data Latency : 10.5ns
U8-C4T0 <> U11-C5T1 Data Latency : 29.3ns
U8-C4T0 <> U13-C6T1 Data Latency : 30.3ns
U8-C4T0 <> U15-C7T1 Data Latency : 30.7ns
U10-C5T0 <> U12-C6T0 Data Latency : 30.9ns
U10-C5T0 <> U14-C7T0 Data Latency : 30.9ns
U10-C5T0 <> U16-c8 Data Latency : 38.7ns
U10-C5T0 <> U17-c9 Data Latency : 37.0ns
U10-C5T0 <> U18-c10 Data Latency : 38.1ns
U10-C5T0 <> U19-c11 Data Latency : 37.8ns
U10-C5T0 <> U20-c12 Data Latency : 38.7ns
U10-C5T0 <> U21-c13 Data Latency : 37.9ns
U10-C5T0 <> U22-c14 Data Latency : 38.2ns
U10-C5T0 <> U23-c15 Data Latency : 38.6ns
U10-C5T0 <> U24-c16 Data Latency : 39.5ns
U10-C5T0 <> U25-c17 Data Latency : 40.4ns
U10-C5T0 <> U26-c18 Data Latency : 40.4ns
U10-C5T0 <> U27-c19 Data Latency : 39.5ns
U10-C5T0 <> U28-c20 Data Latency : 40.6ns
U10-C5T0 <> U29-c21 Data Latency : 39.7ns
U10-C5T0 <> U30-c22 Data Latency : 39.7ns
U10-C5T0 <> U31-c23 Data Latency : 39.6ns
U10-C5T0 <> U1-C0T1 Data Latency : 33.1ns
U10-C5T0 <> U3-C1T1 Data Latency : 32.8ns
U10-C5T0 <> U5-C2T1 Data Latency : 32.2ns
U10-C5T0 <> U7-C3T1 Data Latency : 28.9ns
U10-C5T0 <> U9-C4T1 Data Latency : 29.4ns
U10-C5T0 <> U11-C5T1 Data Latency : 10.2ns
U10-C5T0 <> U13-C6T1 Data Latency : 30.5ns
U10-C5T0 <> U15-C7T1 Data Latency : 30.9ns
U12-C6T0 <> U14-C7T0 Data Latency : 31.8ns
U12-C6T0 <> U16-c8 Data Latency : 40.0ns
U12-C6T0 <> U17-c9 Data Latency : 38.8ns
U12-C6T0 <> U18-c10 Data Latency : 39.1ns
U12-C6T0 <> U19-c11 Data Latency : 39.3ns
U12-C6T0 <> U20-c12 Data Latency : 38.4ns
U12-C6T0 <> U21-c13 Data Latency : 39.1ns
U12-C6T0 <> U22-c14 Data Latency : 38.3ns
U12-C6T0 <> U23-c15 Data Latency : 39.1ns
U12-C6T0 <> U24-c16 Data Latency : 41.2ns
U12-C6T0 <> U25-c17 Data Latency : 41.2ns
U12-C6T0 <> U26-c18 Data Latency : 40.8ns
U12-C6T0 <> U27-c19 Data Latency : 41.4ns
U12-C6T0 <> U28-c20 Data Latency : 41.7ns
U12-C6T0 <> U29-c21 Data Latency : 42.0ns
U12-C6T0 <> U30-c22 Data Latency : 41.5ns
U12-C6T0 <> U31-c23 Data Latency : 41.5ns
U12-C6T0 <> U1-C0T1 Data Latency : 33.7ns
U12-C6T0 <> U3-C1T1 Data Latency : 34.1ns
U12-C6T0 <> U5-C2T1 Data Latency : 33.0ns
U12-C6T0 <> U7-C3T1 Data Latency : 29.7ns
U12-C6T0 <> U9-C4T1 Data Latency : 30.3ns
U12-C6T0 <> U11-C5T1 Data Latency : 30.4ns
U12-C6T0 <> U13-C6T1 Data Latency : 10.9ns
U12-C6T0 <> U15-C7T1 Data Latency : 31.8ns
U14-C7T0 <> U16-c8 Data Latency : 39.2ns
U14-C7T0 <> U17-c9 Data Latency : 37.4ns
U14-C7T0 <> U18-c10 Data Latency : 39.9ns
U14-C7T0 <> U19-c11 Data Latency : 38.2ns
U14-C7T0 <> U20-c12 Data Latency : 38.5ns
U14-C7T0 <> U21-c13 Data Latency : 39.0ns
U14-C7T0 <> U22-c14 Data Latency : 40.0ns
U14-C7T0 <> U23-c15 Data Latency : 39.6ns
U14-C7T0 <> U24-c16 Data Latency : 40.8ns
U14-C7T0 <> U25-c17 Data Latency : 41.2ns
U14-C7T0 <> U26-c18 Data Latency : 41.6ns
U14-C7T0 <> U27-c19 Data Latency : 42.1ns
U14-C7T0 <> U28-c20 Data Latency : 41.9ns
U14-C7T0 <> U29-c21 Data Latency : 41.1ns
U14-C7T0 <> U30-c22 Data Latency : 40.4ns
U14-C7T0 <> U31-c23 Data Latency : 41.1ns
U14-C7T0 <> U1-C0T1 Data Latency : 33.6ns
U14-C7T0 <> U3-C1T1 Data Latency : 34.0ns
U14-C7T0 <> U5-C2T1 Data Latency : 33.4ns
U14-C7T0 <> U7-C3T1 Data Latency : 30.1ns
U14-C7T0 <> U9-C4T1 Data Latency : 30.5ns
U14-C7T0 <> U11-C5T1 Data Latency : 31.1ns
U14-C7T0 <> U13-C6T1 Data Latency : 31.8ns
U14-C7T0 <> U15-C7T1 Data Latency : 10.4ns
U16-c8 <> U17-c9 Data Latency : 47.3ns
U16-c8 <> U18-c10 Data Latency : 48.3ns
U16-c8 <> U19-c11 Data Latency : 45.7ns
U16-c8 <> U20-c12 Data Latency : 42.7ns
U16-c8 <> U21-c13 Data Latency : 42.7ns
U16-c8 <> U22-c14 Data Latency : 42.1ns
U16-c8 <> U23-c15 Data Latency : 42.2ns
U16-c8 <> U24-c16 Data Latency : 41.0ns
U16-c8 <> U25-c17 Data Latency : 46.4ns
U16-c8 <> U26-c18 Data Latency : 47.1ns
U16-c8 <> U27-c19 Data Latency : 41.4ns
U16-c8 <> U28-c20 Data Latency : 46.7ns
U16-c8 <> U29-c21 Data Latency : 48.7ns
U16-c8 <> U30-c22 Data Latency : 48.6ns
U16-c8 <> U31-c23 Data Latency : 47.3ns
U16-c8 <> U1-C0T1 Data Latency : 41.6ns
U16-c8 <> U3-C1T1 Data Latency : 41.6ns
U16-c8 <> U5-C2T1 Data Latency : 41.8ns
U16-c8 <> U7-C3T1 Data Latency : 35.9ns
U16-c8 <> U9-C4T1 Data Latency : 35.1ns
U16-c8 <> U11-C5T1 Data Latency : 37.0ns
U16-c8 <> U13-C6T1 Data Latency : 36.7ns
U16-c8 <> U15-C7T1 Data Latency : 38.0ns
U17-c9 <> U18-c10 Data Latency : 47.2ns
U17-c9 <> U19-c11 Data Latency : 48.8ns
U17-c9 <> U20-c12 Data Latency : 46.7ns
U17-c9 <> U21-c13 Data Latency : 45.9ns
U17-c9 <> U22-c14 Data Latency : 42.3ns
U17-c9 <> U23-c15 Data Latency : 45.2ns
U17-c9 <> U24-c16 Data Latency : 47.7ns
U17-c9 <> U25-c17 Data Latency : 41.1ns
U17-c9 <> U26-c18 Data Latency : 45.2ns
U17-c9 <> U27-c19 Data Latency : 48.4ns
U17-c9 <> U28-c20 Data Latency : 47.9ns
U17-c9 <> U29-c21 Data Latency : 47.4ns
U17-c9 <> U30-c22 Data Latency : 43.4ns
U17-c9 <> U31-c23 Data Latency : 41.8ns
U17-c9 <> U1-C0T1 Data Latency : 41.5ns
U17-c9 <> U3-C1T1 Data Latency : 41.7ns
U17-c9 <> U5-C2T1 Data Latency : 42.4ns
U17-c9 <> U7-C3T1 Data Latency : 36.1ns
U17-c9 <> U9-C4T1 Data Latency : 36.0ns
U17-c9 <> U11-C5T1 Data Latency : 35.2ns
U17-c9 <> U13-C6T1 Data Latency : 36.8ns
U17-c9 <> U15-C7T1 Data Latency : 38.5ns
U18-c10 <> U19-c11 Data Latency : 48.5ns
U18-c10 <> U20-c12 Data Latency : 46.7ns
U18-c10 <> U21-c13 Data Latency : 46.3ns
U18-c10 <> U22-c14 Data Latency : 46.2ns
U18-c10 <> U23-c15 Data Latency : 46.2ns
U18-c10 <> U24-c16 Data Latency : 41.7ns
U18-c10 <> U25-c17 Data Latency : 41.0ns
U18-c10 <> U26-c18 Data Latency : 41.5ns
U18-c10 <> U27-c19 Data Latency : 42.4ns
U18-c10 <> U28-c20 Data Latency : 42.0ns
U18-c10 <> U29-c21 Data Latency : 41.6ns
U18-c10 <> U30-c22 Data Latency : 41.7ns
U18-c10 <> U31-c23 Data Latency : 45.1ns
U18-c10 <> U1-C0T1 Data Latency : 41.4ns
U18-c10 <> U3-C1T1 Data Latency : 41.6ns
U18-c10 <> U5-C2T1 Data Latency : 41.6ns
U18-c10 <> U7-C3T1 Data Latency : 36.3ns
U18-c10 <> U9-C4T1 Data Latency : 35.9ns
U18-c10 <> U11-C5T1 Data Latency : 36.3ns
U18-c10 <> U13-C6T1 Data Latency : 36.4ns
U18-c10 <> U15-C7T1 Data Latency : 37.9ns
U19-c11 <> U20-c12 Data Latency : 42.0ns
U19-c11 <> U21-c13 Data Latency : 45.3ns
U19-c11 <> U22-c14 Data Latency : 45.9ns
U19-c11 <> U23-c15 Data Latency : 45.5ns
U19-c11 <> U24-c16 Data Latency : 47.8ns
U19-c11 <> U25-c17 Data Latency : 48.3ns
U19-c11 <> U26-c18 Data Latency : 48.1ns
U19-c11 <> U27-c19 Data Latency : 40.8ns
U19-c11 <> U28-c20 Data Latency : 46.1ns
U19-c11 <> U29-c21 Data Latency : 47.4ns
U19-c11 <> U30-c22 Data Latency : 47.8ns
U19-c11 <> U31-c23 Data Latency : 42.7ns
U19-c11 <> U1-C0T1 Data Latency : 41.8ns
U19-c11 <> U3-C1T1 Data Latency : 41.8ns
U19-c11 <> U5-C2T1 Data Latency : 41.8ns
U19-c11 <> U7-C3T1 Data Latency : 36.2ns
U19-c11 <> U9-C4T1 Data Latency : 37.4ns
U19-c11 <> U11-C5T1 Data Latency : 38.0ns
U19-c11 <> U13-C6T1 Data Latency : 37.8ns
U19-c11 <> U15-C7T1 Data Latency : 39.0ns
U20-c12 <> U21-c13 Data Latency : 47.2ns
U20-c12 <> U22-c14 Data Latency : 47.8ns
U20-c12 <> U23-c15 Data Latency : 46.7ns
U20-c12 <> U24-c16 Data Latency : 41.0ns
U20-c12 <> U25-c17 Data Latency : 47.0ns
U20-c12 <> U26-c18 Data Latency : 47.4ns
U20-c12 <> U27-c19 Data Latency : 45.0ns
U20-c12 <> U28-c20 Data Latency : 48.1ns
U20-c12 <> U29-c21 Data Latency : 48.0ns
U20-c12 <> U30-c22 Data Latency : 48.2ns
U20-c12 <> U31-c23 Data Latency : 48.2ns
U20-c12 <> U1-C0T1 Data Latency : 42.0ns
U20-c12 <> U3-C1T1 Data Latency : 41.7ns
U20-c12 <> U5-C2T1 Data Latency : 42.0ns
U20-c12 <> U7-C3T1 Data Latency : 36.0ns
U20-c12 <> U9-C4T1 Data Latency : 35.5ns
U20-c12 <> U11-C5T1 Data Latency : 35.0ns
U20-c12 <> U13-C6T1 Data Latency : 38.2ns
U20-c12 <> U15-C7T1 Data Latency : 38.3ns
U21-c13 <> U22-c14 Data Latency : 45.4ns
U21-c13 <> U23-c15 Data Latency : 46.9ns
U21-c13 <> U24-c16 Data Latency : 48.3ns
U21-c13 <> U25-c17 Data Latency : 46.5ns
U21-c13 <> U26-c18 Data Latency : 41.2ns
U21-c13 <> U27-c19 Data Latency : 46.1ns
U21-c13 <> U28-c20 Data Latency : 48.5ns
U21-c13 <> U29-c21 Data Latency : 48.2ns
U21-c13 <> U30-c22 Data Latency : 48.3ns
U21-c13 <> U31-c23 Data Latency : 46.4ns
U21-c13 <> U1-C0T1 Data Latency : 42.0ns
U21-c13 <> U3-C1T1 Data Latency : 41.8ns
U21-c13 <> U5-C2T1 Data Latency : 41.9ns
U21-c13 <> U7-C3T1 Data Latency : 35.8ns
U21-c13 <> U9-C4T1 Data Latency : 35.3ns
U21-c13 <> U11-C5T1 Data Latency : 37.2ns
U21-c13 <> U13-C6T1 Data Latency : 37.9ns
U21-c13 <> U15-C7T1 Data Latency : 38.6ns
U22-c14 <> U23-c15 Data Latency : 47.5ns
U22-c14 <> U24-c16 Data Latency : 49.1ns
U22-c14 <> U25-c17 Data Latency : 48.2ns
U22-c14 <> U26-c18 Data Latency : 48.5ns
U22-c14 <> U27-c19 Data Latency : 47.4ns
U22-c14 <> U28-c20 Data Latency : 48.1ns
U22-c14 <> U29-c21 Data Latency : 42.3ns
U22-c14 <> U30-c22 Data Latency : 42.4ns
U22-c14 <> U31-c23 Data Latency : 42.3ns
U22-c14 <> U1-C0T1 Data Latency : 42.0ns
U22-c14 <> U3-C1T1 Data Latency : 41.9ns
U22-c14 <> U5-C2T1 Data Latency : 42.0ns
U22-c14 <> U7-C3T1 Data Latency : 35.7ns
U22-c14 <> U9-C4T1 Data Latency : 36.5ns
U22-c14 <> U11-C5T1 Data Latency : 36.6ns
U22-c14 <> U13-C6T1 Data Latency : 38.0ns
U22-c14 <> U15-C7T1 Data Latency : 38.2ns
U23-c15 <> U24-c16 Data Latency : 41.8ns
U23-c15 <> U25-c17 Data Latency : 46.5ns
U23-c15 <> U26-c18 Data Latency : 47.2ns
U23-c15 <> U27-c19 Data Latency : 48.2ns
U23-c15 <> U28-c20 Data Latency : 47.9ns
U23-c15 <> U29-c21 Data Latency : 47.6ns
U23-c15 <> U30-c22 Data Latency : 47.8ns
U23-c15 <> U31-c23 Data Latency : 48.2ns
U23-c15 <> U1-C0T1 Data Latency : 42.1ns
U23-c15 <> U3-C1T1 Data Latency : 41.9ns
U23-c15 <> U5-C2T1 Data Latency : 42.0ns
U23-c15 <> U7-C3T1 Data Latency : 34.9ns
U23-c15 <> U9-C4T1 Data Latency : 36.0ns
U23-c15 <> U11-C5T1 Data Latency : 37.3ns
U23-c15 <> U13-C6T1 Data Latency : 37.6ns
U23-c15 <> U15-C7T1 Data Latency : 38.5ns
U24-c16 <> U25-c17 Data Latency : 52.3ns
U24-c16 <> U26-c18 Data Latency : 52.3ns
U24-c16 <> U27-c19 Data Latency : 53.3ns
U24-c16 <> U28-c20 Data Latency : 48.8ns
U24-c16 <> U29-c21 Data Latency : 43.9ns
U24-c16 <> U30-c22 Data Latency : 47.4ns
U24-c16 <> U31-c23 Data Latency : 49.3ns
U24-c16 <> U1-C0T1 Data Latency : 44.5ns
U24-c16 <> U3-C1T1 Data Latency : 44.3ns
U24-c16 <> U5-C2T1 Data Latency : 44.2ns
U24-c16 <> U7-C3T1 Data Latency : 37.8ns
U24-c16 <> U9-C4T1 Data Latency : 38.0ns
U24-c16 <> U11-C5T1 Data Latency : 37.8ns
U24-c16 <> U13-C6T1 Data Latency : 40.2ns
U24-c16 <> U15-C7T1 Data Latency : 39.2ns
U25-c17 <> U26-c18 Data Latency : 52.7ns
U25-c17 <> U27-c19 Data Latency : 52.6ns
U25-c17 <> U28-c20 Data Latency : 49.0ns
U25-c17 <> U29-c21 Data Latency : 49.4ns
U25-c17 <> U30-c22 Data Latency : 49.4ns
U25-c17 <> U31-c23 Data Latency : 44.2ns
U25-c17 <> U1-C0T1 Data Latency : 44.1ns
U25-c17 <> U3-C1T1 Data Latency : 43.9ns
U25-c17 <> U5-C2T1 Data Latency : 44.2ns
U25-c17 <> U7-C3T1 Data Latency : 37.9ns
U25-c17 <> U9-C4T1 Data Latency : 38.9ns
U25-c17 <> U11-C5T1 Data Latency : 39.3ns
U25-c17 <> U13-C6T1 Data Latency : 39.8ns
U25-c17 <> U15-C7T1 Data Latency : 39.8ns
U26-c18 <> U27-c19 Data Latency : 51.4ns
U26-c18 <> U28-c20 Data Latency : 48.3ns
U26-c18 <> U29-c21 Data Latency : 43.7ns
U26-c18 <> U30-c22 Data Latency : 44.1ns
U26-c18 <> U31-c23 Data Latency : 43.9ns
U26-c18 <> U1-C0T1 Data Latency : 44.1ns
U26-c18 <> U3-C1T1 Data Latency : 44.3ns
U26-c18 <> U5-C2T1 Data Latency : 44.1ns
U26-c18 <> U7-C3T1 Data Latency : 37.3ns
U26-c18 <> U9-C4T1 Data Latency : 37.4ns
U26-c18 <> U11-C5T1 Data Latency : 39.7ns
U26-c18 <> U13-C6T1 Data Latency : 39.3ns
U26-c18 <> U15-C7T1 Data Latency : 39.2ns
U27-c19 <> U28-c20 Data Latency : 49.2ns
U27-c19 <> U29-c21 Data Latency : 49.9ns
U27-c19 <> U30-c22 Data Latency : 48.7ns
U27-c19 <> U31-c23 Data Latency : 49.6ns
U27-c19 <> U1-C0T1 Data Latency : 44.4ns
U27-c19 <> U3-C1T1 Data Latency : 44.1ns
U27-c19 <> U5-C2T1 Data Latency : 44.3ns
U27-c19 <> U7-C3T1 Data Latency : 37.4ns
U27-c19 <> U9-C4T1 Data Latency : 39.2ns
U27-c19 <> U11-C5T1 Data Latency : 38.8ns
U27-c19 <> U13-C6T1 Data Latency : 39.1ns
U27-c19 <> U15-C7T1 Data Latency : 39.4ns
U28-c20 <> U29-c21 Data Latency : 53.2ns
U28-c20 <> U30-c22 Data Latency : 54.0ns
U28-c20 <> U31-c23 Data Latency : 49.2ns
U28-c20 <> U1-C0T1 Data Latency : 44.0ns
U28-c20 <> U3-C1T1 Data Latency : 44.0ns
U28-c20 <> U5-C2T1 Data Latency : 44.5ns
U28-c20 <> U7-C3T1 Data Latency : 37.8ns
U28-c20 <> U9-C4T1 Data Latency : 38.9ns
U28-c20 <> U11-C5T1 Data Latency : 40.4ns
U28-c20 <> U13-C6T1 Data Latency : 40.8ns
U28-c20 <> U15-C7T1 Data Latency : 41.1ns
U29-c21 <> U30-c22 Data Latency : 53.2ns
U29-c21 <> U31-c23 Data Latency : 53.6ns
U29-c21 <> U1-C0T1 Data Latency : 43.8ns
U29-c21 <> U3-C1T1 Data Latency : 44.0ns
U29-c21 <> U5-C2T1 Data Latency : 44.5ns
U29-c21 <> U7-C3T1 Data Latency : 37.7ns
U29-c21 <> U9-C4T1 Data Latency : 39.4ns
U29-c21 <> U11-C5T1 Data Latency : 40.2ns
U29-c21 <> U13-C6T1 Data Latency : 40.6ns
U29-c21 <> U15-C7T1 Data Latency : 39.4ns
U30-c22 <> U31-c23 Data Latency : 53.4ns
U30-c22 <> U1-C0T1 Data Latency : 43.9ns
U30-c22 <> U3-C1T1 Data Latency : 44.1ns
U30-c22 <> U5-C2T1 Data Latency : 44.4ns
U30-c22 <> U7-C3T1 Data Latency : 37.7ns
U30-c22 <> U9-C4T1 Data Latency : 39.3ns
U30-c22 <> U11-C5T1 Data Latency : 40.5ns
U30-c22 <> U13-C6T1 Data Latency : 40.6ns
U30-c22 <> U15-C7T1 Data Latency : 40.9ns
U31-c23 <> U1-C0T1 Data Latency : 43.8ns
U31-c23 <> U3-C1T1 Data Latency : 44.1ns
U31-c23 <> U5-C2T1 Data Latency : 44.7ns
U31-c23 <> U7-C3T1 Data Latency : 38.3ns
U31-c23 <> U9-C4T1 Data Latency : 38.5ns
U31-c23 <> U11-C5T1 Data Latency : 40.3ns
U31-c23 <> U13-C6T1 Data Latency : 41.1ns
U31-c23 <> U15-C7T1 Data Latency : 41.1ns
U1-C0T1 <> U3-C1T1 Data Latency : 31.5ns
U1-C0T1 <> U5-C2T1 Data Latency : 31.4ns
U1-C0T1 <> U7-C3T1 Data Latency : 30.8ns
U1-C0T1 <> U9-C4T1 Data Latency : 31.9ns
U1-C0T1 <> U11-C5T1 Data Latency : 32.5ns
U1-C0T1 <> U13-C6T1 Data Latency : 33.5ns
U1-C0T1 <> U15-C7T1 Data Latency : 33.8ns
U3-C1T1 <> U5-C2T1 Data Latency : 31.3ns
U3-C1T1 <> U7-C3T1 Data Latency : 31.3ns
U3-C1T1 <> U9-C4T1 Data Latency : 32.2ns
U3-C1T1 <> U11-C5T1 Data Latency : 33.2ns
U3-C1T1 <> U13-C6T1 Data Latency : 33.9ns
U3-C1T1 <> U15-C7T1 Data Latency : 33.5ns
U5-C2T1 <> U7-C3T1 Data Latency : 31.5ns
U5-C2T1 <> U9-C4T1 Data Latency : 32.1ns
U5-C2T1 <> U11-C5T1 Data Latency : 32.8ns
U5-C2T1 <> U13-C6T1 Data Latency : 33.7ns
U5-C2T1 <> U15-C7T1 Data Latency : 33.8ns
U7-C3T1 <> U9-C4T1 Data Latency : 28.4ns
U7-C3T1 <> U11-C5T1 Data Latency : 28.9ns
U7-C3T1 <> U13-C6T1 Data Latency : 29.7ns
U7-C3T1 <> U15-C7T1 Data Latency : 30.0ns
U9-C4T1 <> U11-C5T1 Data Latency : 29.5ns
U9-C4T1 <> U13-C6T1 Data Latency : 30.2ns
U9-C4T1 <> U15-C7T1 Data Latency : 30.9ns
U11-C5T1 <> U13-C6T1 Data Latency : 30.4ns
U11-C5T1 <> U15-C7T1 Data Latency : 31.3ns
U13-C6T1 <> U15-C7T1 Data Latency : 32.0ns
1x 64bytes Blocks Bandwidth : 12.32GB/s
4x 64bytes Blocks Bandwidth : 23.48GB/s
4x 256bytes Blocks Bandwidth : 96.68GB/s
4x 1kB Blocks Bandwidth : 370GB/s
4x 4kB Blocks Bandwidth : 867GB/s
16x 4kB Blocks Bandwidth : 552.64GB/s
4x 64kB Blocks Bandwidth : 615.07GB/s
16x 64kB Blocks Bandwidth : 608.81GB/s
8x 256kB Blocks Bandwidth : 621.77GB/s
4x 1MB Blocks Bandwidth : 189.22GB/s
16x 1MB Blocks Bandwidth : 44.66GB/s
8x 4MB Blocks Bandwidth : 42.93GB/s
Benchmark Status
Result ID : Intel(R) Core(TM) i9-14900K (8C + 16c 32T 5.78GHz + 4.38GHz, 4.9GHz IMC, 8x 2MB + 4x 4MB L2, 36MB L3)
Microcode : 0B0671-11F
Computer : ASUS System Product Name (ASUS ROG MAXIMUS Z790 APEX)
Platform Compliance : x64
No. Threads : 32
System Timer : 10MHz
Page Size : 2MB
Processor
Model : Intel(R) Core(TM) i9-14900K
URL : https://www.intel.com
Revision/Stepping : B7 / 1
Microcode : 0B0671-11F
Front-Side Bus Speed : 100MHz
Rated Power (TDP) : 150.00W
Min/Max/Turbo Power : N/A - 150.00W - 290.00W
Power/Current/Voltage Unlocked : Yes
big Cores Cluster
Cores per Processor : 8 Unit(s)
Threads per Core : 2 Unit(s)
Speed : 5.78GHz
Supported Speed(s) : 800MHz - 3.2GHz - 5.8GHz
Multiplier Unlocked : Yes
L1D (1st Level) Data Cache : 8x 48kB, 12-Way, Exclusive, 64bytes Line Size, 2 Thread(s)
L1I (1st Level) Code Cache : 8x 32kB, 8-Way, Exclusive, 64bytes Line Size, 2 Thread(s)
L2 (2nd Level) Unified/Data Cache : 8x 2MB, ECC, 16-Way, Exclusive, 64bytes Line Size, 8 Thread(s)
L3 (3rd Level) Unified/Data Cache : 36MB, ECC, 12-Way, Exclusive, 64bytes Line Size, 128 Thread(s)
Rated Voltage (DV) : 1.28V
Min/Max/Turbo Voltage : N/A - 1.28V
LITTLE cores Cluster
Cores per Processor : 16 Unit(s)
Speed : 4.38GHz
Supported Speed(s) : 800MHz - 3.2GHz - 4.4GHz
Multiplier Unlocked : Yes
L1D (1st Level) Data Cache : 16x 32kB, 8-Way, Exclusive, 64bytes Line Size, 2 Thread(s)
L1I (1st Level) Code Cache : 16x 64kB, 8-Way, Exclusive, 64bytes Line Size, 2 Thread(s)
L2 (2nd Level) Unified/Data Cache : 4x 4MB, ECC, 16-Way, Exclusive, 64bytes Line Size, 8 Thread(s)
L3 (3rd Level) Unified/Data Cache : 36MB, ECC, 12-Way, Exclusive, 64bytes Line Size, 128 Thread(s)
Rated Voltage (DV) : 1.30V
Min/Max/Turbo Voltage : N/A - 1.50V - 1.30V
Memory Controller
Speed : 4.9GHz
Min/Max/Turbo Speed : 800MHz - 4.9GHz
Performance Enhancing Tips
Warning 208 : Hybrid processor with big/LITTLE cores. Performance may vary with type of cores used.
Notice 241 : Dynamic OverClocking/Turbo enabled. Performance may vary when engaged.
Warning 205 : Turbo Power/Voltage/Current is low. Performance may be constrained.
Tip 3 : Double-click tip or press Enter while a tip is selected for more information about the tip.
Benchmark Results
Aggregate Inter-Thread Bandwidth : 165.38GB/s
Results Interpretation : Higher Scores mean Better Performance.
Binary Numeral System (base 2) : 1GB(/s) = 1024MB(/s), 1MB(/s) = 1024kB(/s), 1kB(/s) = 1024 bytes(/s), etc.
Benchmark Results
Average Inter-Thread Latency : 39.1ns (10.2ns - 54.0ns)
Inter-Thread (same Core) Latency : 10.7ns
Inter-Core (same Module) Latency : 31.6ns
Inter-LITTLE-cores (same Module) Latency : 46.6ns
Inter-big/LITTLE-Core (same Module) Latency : 39.7ns
Results Interpretation : Lower Scores mean Better Performance.
Decimal Numeral System (base 10) : 1s = 1000ms, 1ms = 1000µs, 1µs = 1000ns, etc.
Performance per Thread
Aggregate Inter-Thread Bandwidth : 5.17GB/s
No. Threads : 32
Results Interpretation : Higher Scores mean Better Performance.
Binary Numeral System (base 2) : 1GB(/s) = 1024MB(/s), 1MB(/s) = 1024kB(/s), 1kB(/s) = 1024 bytes(/s), etc.
Performance vs. Power
Processor(s) Power : 150.00W
Aggregate Inter-Thread Bandwidth : 1129.02MB/s/W
Results Interpretation : Higher Scores mean Better Performance.
Average Inter-Thread Latency : 2.61ns/W
Results Interpretation : Lower Scores mean Better Performance.
Capacity vs. Power
Total Cache Size : 469.33kB/W
Results Interpretation : Higher Scores mean Better Performance.
Performance vs. Speed
Aggregate Inter-Thread Bandwidth : 29.32MB/s/MHz
Results Interpretation : Higher Scores mean Better Performance.
Average Inter-Thread Latency : 0.07ns/MHz
Results Interpretation : Lower Scores mean Better Performance.
Detailed Results
Processor Affinity : U0-U1 U2-U3 U4-U5 U6-U7 U8-U9 U10-U11 U12-U13 U14-U15 U16-U24 U17-U25 U18-U26 U19-U27 U20-U23 U21-U22 U28-U31 U29-U30
U0-C0T0 <> U2-C1T0 Data Latency : 31.9ns
U0-C0T0 <> U4-C2T0 Data Latency : 31.7ns
U0-C0T0 <> U6-C3T0 Data Latency : 31.4ns
U0-C0T0 <> U8-C4T0 Data Latency : 31.9ns
U0-C0T0 <> U10-C5T0 Data Latency : 33.2ns
U0-C0T0 <> U12-C6T0 Data Latency : 33.9ns
U0-C0T0 <> U14-C7T0 Data Latency : 33.9ns
U0-C0T0 <> U16-c8 Data Latency : 42.1ns
U0-C0T0 <> U17-c9 Data Latency : 42.1ns
U0-C0T0 <> U18-c10 Data Latency : 42.2ns
U0-C0T0 <> U19-c11 Data Latency : 42.5ns
U0-C0T0 <> U20-c12 Data Latency : 42.3ns
U0-C0T0 <> U21-c13 Data Latency : 42.2ns
U0-C0T0 <> U22-c14 Data Latency : 42.2ns
U0-C0T0 <> U23-c15 Data Latency : 42.1ns
U0-C0T0 <> U24-c16 Data Latency : 41.4ns
U0-C0T0 <> U25-c17 Data Latency : 41.5ns
U0-C0T0 <> U26-c18 Data Latency : 41.5ns
U0-C0T0 <> U27-c19 Data Latency : 41.5ns
U0-C0T0 <> U28-c20 Data Latency : 40.0ns
U0-C0T0 <> U29-c21 Data Latency : 40.1ns
U0-C0T0 <> U30-c22 Data Latency : 40.3ns
U0-C0T0 <> U31-c23 Data Latency : 39.9ns
U0-C0T0 <> U1-C0T1 Data Latency : 10.8ns
U0-C0T0 <> U3-C1T1 Data Latency : 31.6ns
U0-C0T0 <> U5-C2T1 Data Latency : 31.7ns
U0-C0T0 <> U7-C3T1 Data Latency : 31.4ns
U0-C0T0 <> U9-C4T1 Data Latency : 32.1ns
U0-C0T0 <> U11-C5T1 Data Latency : 33.2ns
U0-C0T0 <> U13-C6T1 Data Latency : 34.0ns
U0-C0T0 <> U15-C7T1 Data Latency : 34.1ns
U2-C1T0 <> U4-C2T0 Data Latency : 30.8ns
U2-C1T0 <> U6-C3T0 Data Latency : 31.0ns
U2-C1T0 <> U8-C4T0 Data Latency : 32.1ns
U2-C1T0 <> U10-C5T0 Data Latency : 32.7ns
U2-C1T0 <> U12-C6T0 Data Latency : 33.2ns
U2-C1T0 <> U14-C7T0 Data Latency : 33.7ns
U2-C1T0 <> U16-c8 Data Latency : 41.5ns
U2-C1T0 <> U17-c9 Data Latency : 41.5ns
U2-C1T0 <> U18-c10 Data Latency : 41.5ns
U2-C1T0 <> U19-c11 Data Latency : 41.7ns
U2-C1T0 <> U20-c12 Data Latency : 42.0ns
U2-C1T0 <> U21-c13 Data Latency : 41.8ns
U2-C1T0 <> U22-c14 Data Latency : 41.4ns
U2-C1T0 <> U23-c15 Data Latency : 41.7ns
U2-C1T0 <> U24-c16 Data Latency : 37.2ns
U2-C1T0 <> U25-c17 Data Latency : 36.6ns
U2-C1T0 <> U26-c18 Data Latency : 36.9ns
U2-C1T0 <> U27-c19 Data Latency : 37.5ns
U2-C1T0 <> U28-c20 Data Latency : 37.5ns
U2-C1T0 <> U29-c21 Data Latency : 37.3ns
U2-C1T0 <> U30-c22 Data Latency : 36.7ns
U2-C1T0 <> U31-c23 Data Latency : 37.2ns
U2-C1T0 <> U1-C0T1 Data Latency : 31.1ns
U2-C1T0 <> U3-C1T1 Data Latency : 11.7ns
U2-C1T0 <> U5-C2T1 Data Latency : 30.8ns
U2-C1T0 <> U7-C3T1 Data Latency : 31.1ns
U2-C1T0 <> U9-C4T1 Data Latency : 32.0ns
U2-C1T0 <> U11-C5T1 Data Latency : 33.3ns
U2-C1T0 <> U13-C6T1 Data Latency : 33.7ns
U2-C1T0 <> U15-C7T1 Data Latency : 34.0ns
U4-C2T0 <> U6-C3T0 Data Latency : 31.1ns
U4-C2T0 <> U8-C4T0 Data Latency : 32.2ns
U4-C2T0 <> U10-C5T0 Data Latency : 33.1ns
U4-C2T0 <> U12-C6T0 Data Latency : 33.8ns
U4-C2T0 <> U14-C7T0 Data Latency : 33.1ns
U4-C2T0 <> U16-c8 Data Latency : 42.1ns
U4-C2T0 <> U17-c9 Data Latency : 42.3ns
U4-C2T0 <> U18-c10 Data Latency : 42.2ns
U4-C2T0 <> U19-c11 Data Latency : 42.5ns
U4-C2T0 <> U20-c12 Data Latency : 41.9ns
U4-C2T0 <> U21-c13 Data Latency : 42.0ns
U4-C2T0 <> U22-c14 Data Latency : 42.1ns
U4-C2T0 <> U23-c15 Data Latency : 42.1ns
U4-C2T0 <> U24-c16 Data Latency : 37.1ns
U4-C2T0 <> U25-c17 Data Latency : 36.9ns
U4-C2T0 <> U26-c18 Data Latency : 36.7ns
U4-C2T0 <> U27-c19 Data Latency : 36.7ns
U4-C2T0 <> U28-c20 Data Latency : 36.6ns
U4-C2T0 <> U29-c21 Data Latency : 36.5ns
U4-C2T0 <> U30-c22 Data Latency : 36.8ns
U4-C2T0 <> U31-c23 Data Latency : 36.6ns
U4-C2T0 <> U1-C0T1 Data Latency : 31.7ns
U4-C2T0 <> U3-C1T1 Data Latency : 31.3ns
U4-C2T0 <> U5-C2T1 Data Latency : 11.0ns
U4-C2T0 <> U7-C3T1 Data Latency : 30.5ns
U4-C2T0 <> U9-C4T1 Data Latency : 31.7ns
U4-C2T0 <> U11-C5T1 Data Latency : 32.6ns
U4-C2T0 <> U13-C6T1 Data Latency : 32.8ns
U4-C2T0 <> U15-C7T1 Data Latency : 32.3ns
U6-C3T0 <> U8-C4T0 Data Latency : 28.5ns
U6-C3T0 <> U10-C5T0 Data Latency : 28.6ns
U6-C3T0 <> U12-C6T0 Data Latency : 29.5ns
U6-C3T0 <> U14-C7T0 Data Latency : 29.8ns
U6-C3T0 <> U16-c8 Data Latency : 36.4ns
U6-C3T0 <> U17-c9 Data Latency : 36.0ns
U6-C3T0 <> U18-c10 Data Latency : 37.5ns
U6-C3T0 <> U19-c11 Data Latency : 36.7ns
U6-C3T0 <> U20-c12 Data Latency : 36.9ns
U6-C3T0 <> U21-c13 Data Latency : 36.7ns
U6-C3T0 <> U22-c14 Data Latency : 36.8ns
U6-C3T0 <> U23-c15 Data Latency : 37.3ns
U6-C3T0 <> U24-c16 Data Latency : 38.5ns
U6-C3T0 <> U25-c17 Data Latency : 37.7ns
U6-C3T0 <> U26-c18 Data Latency : 38.6ns
U6-C3T0 <> U27-c19 Data Latency : 38.3ns
U6-C3T0 <> U28-c20 Data Latency : 39.7ns
U6-C3T0 <> U29-c21 Data Latency : 38.1ns
U6-C3T0 <> U30-c22 Data Latency : 38.2ns
U6-C3T0 <> U31-c23 Data Latency : 39.1ns
U6-C3T0 <> U1-C0T1 Data Latency : 31.0ns
U6-C3T0 <> U3-C1T1 Data Latency : 31.1ns
U6-C3T0 <> U5-C2T1 Data Latency : 30.7ns
U6-C3T0 <> U7-C3T1 Data Latency : 10.4ns
U6-C3T0 <> U9-C4T1 Data Latency : 28.1ns
U6-C3T0 <> U11-C5T1 Data Latency : 28.7ns
U6-C3T0 <> U13-C6T1 Data Latency : 29.7ns
U6-C3T0 <> U15-C7T1 Data Latency : 30.1ns
U8-C4T0 <> U10-C5T0 Data Latency : 29.3ns
U8-C4T0 <> U12-C6T0 Data Latency : 30.4ns
U8-C4T0 <> U14-C7T0 Data Latency : 30.8ns
U8-C4T0 <> U16-c8 Data Latency : 37.8ns
U8-C4T0 <> U17-c9 Data Latency : 39.0ns
U8-C4T0 <> U18-c10 Data Latency : 38.4ns
U8-C4T0 <> U19-c11 Data Latency : 38.3ns
U8-C4T0 <> U20-c12 Data Latency : 38.5ns
U8-C4T0 <> U21-c13 Data Latency : 38.2ns
U8-C4T0 <> U22-c14 Data Latency : 37.9ns
U8-C4T0 <> U23-c15 Data Latency : 37.5ns
U8-C4T0 <> U24-c16 Data Latency : 39.0ns
U8-C4T0 <> U25-c17 Data Latency : 39.4ns
U8-C4T0 <> U26-c18 Data Latency : 39.8ns
U8-C4T0 <> U27-c19 Data Latency : 39.8ns
U8-C4T0 <> U28-c20 Data Latency : 40.4ns
U8-C4T0 <> U29-c21 Data Latency : 40.6ns
U8-C4T0 <> U30-c22 Data Latency : 40.6ns
U8-C4T0 <> U31-c23 Data Latency : 39.9ns
U8-C4T0 <> U1-C0T1 Data Latency : 32.0ns
U8-C4T0 <> U3-C1T1 Data Latency : 32.1ns
U8-C4T0 <> U5-C2T1 Data Latency : 31.7ns
U8-C4T0 <> U7-C3T1 Data Latency : 28.5ns
U8-C4T0 <> U9-C4T1 Data Latency : 10.5ns
U8-C4T0 <> U11-C5T1 Data Latency : 29.3ns
U8-C4T0 <> U13-C6T1 Data Latency : 30.3ns
U8-C4T0 <> U15-C7T1 Data Latency : 30.7ns
U10-C5T0 <> U12-C6T0 Data Latency : 30.9ns
U10-C5T0 <> U14-C7T0 Data Latency : 30.9ns
U10-C5T0 <> U16-c8 Data Latency : 38.7ns
U10-C5T0 <> U17-c9 Data Latency : 37.0ns
U10-C5T0 <> U18-c10 Data Latency : 38.1ns
U10-C5T0 <> U19-c11 Data Latency : 37.8ns
U10-C5T0 <> U20-c12 Data Latency : 38.7ns
U10-C5T0 <> U21-c13 Data Latency : 37.9ns
U10-C5T0 <> U22-c14 Data Latency : 38.2ns
U10-C5T0 <> U23-c15 Data Latency : 38.6ns
U10-C5T0 <> U24-c16 Data Latency : 39.5ns
U10-C5T0 <> U25-c17 Data Latency : 40.4ns
U10-C5T0 <> U26-c18 Data Latency : 40.4ns
U10-C5T0 <> U27-c19 Data Latency : 39.5ns
U10-C5T0 <> U28-c20 Data Latency : 40.6ns
U10-C5T0 <> U29-c21 Data Latency : 39.7ns
U10-C5T0 <> U30-c22 Data Latency : 39.7ns
U10-C5T0 <> U31-c23 Data Latency : 39.6ns
U10-C5T0 <> U1-C0T1 Data Latency : 33.1ns
U10-C5T0 <> U3-C1T1 Data Latency : 32.8ns
U10-C5T0 <> U5-C2T1 Data Latency : 32.2ns
U10-C5T0 <> U7-C3T1 Data Latency : 28.9ns
U10-C5T0 <> U9-C4T1 Data Latency : 29.4ns
U10-C5T0 <> U11-C5T1 Data Latency : 10.2ns
U10-C5T0 <> U13-C6T1 Data Latency : 30.5ns
U10-C5T0 <> U15-C7T1 Data Latency : 30.9ns
U12-C6T0 <> U14-C7T0 Data Latency : 31.8ns
U12-C6T0 <> U16-c8 Data Latency : 40.0ns
U12-C6T0 <> U17-c9 Data Latency : 38.8ns
U12-C6T0 <> U18-c10 Data Latency : 39.1ns
U12-C6T0 <> U19-c11 Data Latency : 39.3ns
U12-C6T0 <> U20-c12 Data Latency : 38.4ns
U12-C6T0 <> U21-c13 Data Latency : 39.1ns
U12-C6T0 <> U22-c14 Data Latency : 38.3ns
U12-C6T0 <> U23-c15 Data Latency : 39.1ns
U12-C6T0 <> U24-c16 Data Latency : 41.2ns
U12-C6T0 <> U25-c17 Data Latency : 41.2ns
U12-C6T0 <> U26-c18 Data Latency : 40.8ns
U12-C6T0 <> U27-c19 Data Latency : 41.4ns
U12-C6T0 <> U28-c20 Data Latency : 41.7ns
U12-C6T0 <> U29-c21 Data Latency : 42.0ns
U12-C6T0 <> U30-c22 Data Latency : 41.5ns
U12-C6T0 <> U31-c23 Data Latency : 41.5ns
U12-C6T0 <> U1-C0T1 Data Latency : 33.7ns
U12-C6T0 <> U3-C1T1 Data Latency : 34.1ns
U12-C6T0 <> U5-C2T1 Data Latency : 33.0ns
U12-C6T0 <> U7-C3T1 Data Latency : 29.7ns
U12-C6T0 <> U9-C4T1 Data Latency : 30.3ns
U12-C6T0 <> U11-C5T1 Data Latency : 30.4ns
U12-C6T0 <> U13-C6T1 Data Latency : 10.9ns
U12-C6T0 <> U15-C7T1 Data Latency : 31.8ns
U14-C7T0 <> U16-c8 Data Latency : 39.2ns
U14-C7T0 <> U17-c9 Data Latency : 37.4ns
U14-C7T0 <> U18-c10 Data Latency : 39.9ns
U14-C7T0 <> U19-c11 Data Latency : 38.2ns
U14-C7T0 <> U20-c12 Data Latency : 38.5ns
U14-C7T0 <> U21-c13 Data Latency : 39.0ns
U14-C7T0 <> U22-c14 Data Latency : 40.0ns
U14-C7T0 <> U23-c15 Data Latency : 39.6ns
U14-C7T0 <> U24-c16 Data Latency : 40.8ns
U14-C7T0 <> U25-c17 Data Latency : 41.2ns
U14-C7T0 <> U26-c18 Data Latency : 41.6ns
U14-C7T0 <> U27-c19 Data Latency : 42.1ns
U14-C7T0 <> U28-c20 Data Latency : 41.9ns
U14-C7T0 <> U29-c21 Data Latency : 41.1ns
U14-C7T0 <> U30-c22 Data Latency : 40.4ns
U14-C7T0 <> U31-c23 Data Latency : 41.1ns
U14-C7T0 <> U1-C0T1 Data Latency : 33.6ns
U14-C7T0 <> U3-C1T1 Data Latency : 34.0ns
U14-C7T0 <> U5-C2T1 Data Latency : 33.4ns
U14-C7T0 <> U7-C3T1 Data Latency : 30.1ns
U14-C7T0 <> U9-C4T1 Data Latency : 30.5ns
U14-C7T0 <> U11-C5T1 Data Latency : 31.1ns
U14-C7T0 <> U13-C6T1 Data Latency : 31.8ns
U14-C7T0 <> U15-C7T1 Data Latency : 10.4ns
U16-c8 <> U17-c9 Data Latency : 47.3ns
U16-c8 <> U18-c10 Data Latency : 48.3ns
U16-c8 <> U19-c11 Data Latency : 45.7ns
U16-c8 <> U20-c12 Data Latency : 42.7ns
U16-c8 <> U21-c13 Data Latency : 42.7ns
U16-c8 <> U22-c14 Data Latency : 42.1ns
U16-c8 <> U23-c15 Data Latency : 42.2ns
U16-c8 <> U24-c16 Data Latency : 41.0ns
U16-c8 <> U25-c17 Data Latency : 46.4ns
U16-c8 <> U26-c18 Data Latency : 47.1ns
U16-c8 <> U27-c19 Data Latency : 41.4ns
U16-c8 <> U28-c20 Data Latency : 46.7ns
U16-c8 <> U29-c21 Data Latency : 48.7ns
U16-c8 <> U30-c22 Data Latency : 48.6ns
U16-c8 <> U31-c23 Data Latency : 47.3ns
U16-c8 <> U1-C0T1 Data Latency : 41.6ns
U16-c8 <> U3-C1T1 Data Latency : 41.6ns
U16-c8 <> U5-C2T1 Data Latency : 41.8ns
U16-c8 <> U7-C3T1 Data Latency : 35.9ns
U16-c8 <> U9-C4T1 Data Latency : 35.1ns
U16-c8 <> U11-C5T1 Data Latency : 37.0ns
U16-c8 <> U13-C6T1 Data Latency : 36.7ns
U16-c8 <> U15-C7T1 Data Latency : 38.0ns
U17-c9 <> U18-c10 Data Latency : 47.2ns
U17-c9 <> U19-c11 Data Latency : 48.8ns
U17-c9 <> U20-c12 Data Latency : 46.7ns
U17-c9 <> U21-c13 Data Latency : 45.9ns
U17-c9 <> U22-c14 Data Latency : 42.3ns
U17-c9 <> U23-c15 Data Latency : 45.2ns
U17-c9 <> U24-c16 Data Latency : 47.7ns
U17-c9 <> U25-c17 Data Latency : 41.1ns
U17-c9 <> U26-c18 Data Latency : 45.2ns
U17-c9 <> U27-c19 Data Latency : 48.4ns
U17-c9 <> U28-c20 Data Latency : 47.9ns
U17-c9 <> U29-c21 Data Latency : 47.4ns
U17-c9 <> U30-c22 Data Latency : 43.4ns
U17-c9 <> U31-c23 Data Latency : 41.8ns
U17-c9 <> U1-C0T1 Data Latency : 41.5ns
U17-c9 <> U3-C1T1 Data Latency : 41.7ns
U17-c9 <> U5-C2T1 Data Latency : 42.4ns
U17-c9 <> U7-C3T1 Data Latency : 36.1ns
U17-c9 <> U9-C4T1 Data Latency : 36.0ns
U17-c9 <> U11-C5T1 Data Latency : 35.2ns
U17-c9 <> U13-C6T1 Data Latency : 36.8ns
U17-c9 <> U15-C7T1 Data Latency : 38.5ns
U18-c10 <> U19-c11 Data Latency : 48.5ns
U18-c10 <> U20-c12 Data Latency : 46.7ns
U18-c10 <> U21-c13 Data Latency : 46.3ns
U18-c10 <> U22-c14 Data Latency : 46.2ns
U18-c10 <> U23-c15 Data Latency : 46.2ns
U18-c10 <> U24-c16 Data Latency : 41.7ns
U18-c10 <> U25-c17 Data Latency : 41.0ns
U18-c10 <> U26-c18 Data Latency : 41.5ns
U18-c10 <> U27-c19 Data Latency : 42.4ns
U18-c10 <> U28-c20 Data Latency : 42.0ns
U18-c10 <> U29-c21 Data Latency : 41.6ns
U18-c10 <> U30-c22 Data Latency : 41.7ns
U18-c10 <> U31-c23 Data Latency : 45.1ns
U18-c10 <> U1-C0T1 Data Latency : 41.4ns
U18-c10 <> U3-C1T1 Data Latency : 41.6ns
U18-c10 <> U5-C2T1 Data Latency : 41.6ns
U18-c10 <> U7-C3T1 Data Latency : 36.3ns
U18-c10 <> U9-C4T1 Data Latency : 35.9ns
U18-c10 <> U11-C5T1 Data Latency : 36.3ns
U18-c10 <> U13-C6T1 Data Latency : 36.4ns
U18-c10 <> U15-C7T1 Data Latency : 37.9ns
U19-c11 <> U20-c12 Data Latency : 42.0ns
U19-c11 <> U21-c13 Data Latency : 45.3ns
U19-c11 <> U22-c14 Data Latency : 45.9ns
U19-c11 <> U23-c15 Data Latency : 45.5ns
U19-c11 <> U24-c16 Data Latency : 47.8ns
U19-c11 <> U25-c17 Data Latency : 48.3ns
U19-c11 <> U26-c18 Data Latency : 48.1ns
U19-c11 <> U27-c19 Data Latency : 40.8ns
U19-c11 <> U28-c20 Data Latency : 46.1ns
U19-c11 <> U29-c21 Data Latency : 47.4ns
U19-c11 <> U30-c22 Data Latency : 47.8ns
U19-c11 <> U31-c23 Data Latency : 42.7ns
U19-c11 <> U1-C0T1 Data Latency : 41.8ns
U19-c11 <> U3-C1T1 Data Latency : 41.8ns
U19-c11 <> U5-C2T1 Data Latency : 41.8ns
U19-c11 <> U7-C3T1 Data Latency : 36.2ns
U19-c11 <> U9-C4T1 Data Latency : 37.4ns
U19-c11 <> U11-C5T1 Data Latency : 38.0ns
U19-c11 <> U13-C6T1 Data Latency : 37.8ns
U19-c11 <> U15-C7T1 Data Latency : 39.0ns
U20-c12 <> U21-c13 Data Latency : 47.2ns
U20-c12 <> U22-c14 Data Latency : 47.8ns
U20-c12 <> U23-c15 Data Latency : 46.7ns
U20-c12 <> U24-c16 Data Latency : 41.0ns
U20-c12 <> U25-c17 Data Latency : 47.0ns
U20-c12 <> U26-c18 Data Latency : 47.4ns
U20-c12 <> U27-c19 Data Latency : 45.0ns
U20-c12 <> U28-c20 Data Latency : 48.1ns
U20-c12 <> U29-c21 Data Latency : 48.0ns
U20-c12 <> U30-c22 Data Latency : 48.2ns
U20-c12 <> U31-c23 Data Latency : 48.2ns
U20-c12 <> U1-C0T1 Data Latency : 42.0ns
U20-c12 <> U3-C1T1 Data Latency : 41.7ns
U20-c12 <> U5-C2T1 Data Latency : 42.0ns
U20-c12 <> U7-C3T1 Data Latency : 36.0ns
U20-c12 <> U9-C4T1 Data Latency : 35.5ns
U20-c12 <> U11-C5T1 Data Latency : 35.0ns
U20-c12 <> U13-C6T1 Data Latency : 38.2ns
U20-c12 <> U15-C7T1 Data Latency : 38.3ns
U21-c13 <> U22-c14 Data Latency : 45.4ns
U21-c13 <> U23-c15 Data Latency : 46.9ns
U21-c13 <> U24-c16 Data Latency : 48.3ns
U21-c13 <> U25-c17 Data Latency : 46.5ns
U21-c13 <> U26-c18 Data Latency : 41.2ns
U21-c13 <> U27-c19 Data Latency : 46.1ns
U21-c13 <> U28-c20 Data Latency : 48.5ns
U21-c13 <> U29-c21 Data Latency : 48.2ns
U21-c13 <> U30-c22 Data Latency : 48.3ns
U21-c13 <> U31-c23 Data Latency : 46.4ns
U21-c13 <> U1-C0T1 Data Latency : 42.0ns
U21-c13 <> U3-C1T1 Data Latency : 41.8ns
U21-c13 <> U5-C2T1 Data Latency : 41.9ns
U21-c13 <> U7-C3T1 Data Latency : 35.8ns
U21-c13 <> U9-C4T1 Data Latency : 35.3ns
U21-c13 <> U11-C5T1 Data Latency : 37.2ns
U21-c13 <> U13-C6T1 Data Latency : 37.9ns
U21-c13 <> U15-C7T1 Data Latency : 38.6ns
U22-c14 <> U23-c15 Data Latency : 47.5ns
U22-c14 <> U24-c16 Data Latency : 49.1ns
U22-c14 <> U25-c17 Data Latency : 48.2ns
U22-c14 <> U26-c18 Data Latency : 48.5ns
U22-c14 <> U27-c19 Data Latency : 47.4ns
U22-c14 <> U28-c20 Data Latency : 48.1ns
U22-c14 <> U29-c21 Data Latency : 42.3ns
U22-c14 <> U30-c22 Data Latency : 42.4ns
U22-c14 <> U31-c23 Data Latency : 42.3ns
U22-c14 <> U1-C0T1 Data Latency : 42.0ns
U22-c14 <> U3-C1T1 Data Latency : 41.9ns
U22-c14 <> U5-C2T1 Data Latency : 42.0ns
U22-c14 <> U7-C3T1 Data Latency : 35.7ns
U22-c14 <> U9-C4T1 Data Latency : 36.5ns
U22-c14 <> U11-C5T1 Data Latency : 36.6ns
U22-c14 <> U13-C6T1 Data Latency : 38.0ns
U22-c14 <> U15-C7T1 Data Latency : 38.2ns
U23-c15 <> U24-c16 Data Latency : 41.8ns
U23-c15 <> U25-c17 Data Latency : 46.5ns
U23-c15 <> U26-c18 Data Latency : 47.2ns
U23-c15 <> U27-c19 Data Latency : 48.2ns
U23-c15 <> U28-c20 Data Latency : 47.9ns
U23-c15 <> U29-c21 Data Latency : 47.6ns
U23-c15 <> U30-c22 Data Latency : 47.8ns
U23-c15 <> U31-c23 Data Latency : 48.2ns
U23-c15 <> U1-C0T1 Data Latency : 42.1ns
U23-c15 <> U3-C1T1 Data Latency : 41.9ns
U23-c15 <> U5-C2T1 Data Latency : 42.0ns
U23-c15 <> U7-C3T1 Data Latency : 34.9ns
U23-c15 <> U9-C4T1 Data Latency : 36.0ns
U23-c15 <> U11-C5T1 Data Latency : 37.3ns
U23-c15 <> U13-C6T1 Data Latency : 37.6ns
U23-c15 <> U15-C7T1 Data Latency : 38.5ns
U24-c16 <> U25-c17 Data Latency : 52.3ns
U24-c16 <> U26-c18 Data Latency : 52.3ns
U24-c16 <> U27-c19 Data Latency : 53.3ns
U24-c16 <> U28-c20 Data Latency : 48.8ns
U24-c16 <> U29-c21 Data Latency : 43.9ns
U24-c16 <> U30-c22 Data Latency : 47.4ns
U24-c16 <> U31-c23 Data Latency : 49.3ns
U24-c16 <> U1-C0T1 Data Latency : 44.5ns
U24-c16 <> U3-C1T1 Data Latency : 44.3ns
U24-c16 <> U5-C2T1 Data Latency : 44.2ns
U24-c16 <> U7-C3T1 Data Latency : 37.8ns
U24-c16 <> U9-C4T1 Data Latency : 38.0ns
U24-c16 <> U11-C5T1 Data Latency : 37.8ns
U24-c16 <> U13-C6T1 Data Latency : 40.2ns
U24-c16 <> U15-C7T1 Data Latency : 39.2ns
U25-c17 <> U26-c18 Data Latency : 52.7ns
U25-c17 <> U27-c19 Data Latency : 52.6ns
U25-c17 <> U28-c20 Data Latency : 49.0ns
U25-c17 <> U29-c21 Data Latency : 49.4ns
U25-c17 <> U30-c22 Data Latency : 49.4ns
U25-c17 <> U31-c23 Data Latency : 44.2ns
U25-c17 <> U1-C0T1 Data Latency : 44.1ns
U25-c17 <> U3-C1T1 Data Latency : 43.9ns
U25-c17 <> U5-C2T1 Data Latency : 44.2ns
U25-c17 <> U7-C3T1 Data Latency : 37.9ns
U25-c17 <> U9-C4T1 Data Latency : 38.9ns
U25-c17 <> U11-C5T1 Data Latency : 39.3ns
U25-c17 <> U13-C6T1 Data Latency : 39.8ns
U25-c17 <> U15-C7T1 Data Latency : 39.8ns
U26-c18 <> U27-c19 Data Latency : 51.4ns
U26-c18 <> U28-c20 Data Latency : 48.3ns
U26-c18 <> U29-c21 Data Latency : 43.7ns
U26-c18 <> U30-c22 Data Latency : 44.1ns
U26-c18 <> U31-c23 Data Latency : 43.9ns
U26-c18 <> U1-C0T1 Data Latency : 44.1ns
U26-c18 <> U3-C1T1 Data Latency : 44.3ns
U26-c18 <> U5-C2T1 Data Latency : 44.1ns
U26-c18 <> U7-C3T1 Data Latency : 37.3ns
U26-c18 <> U9-C4T1 Data Latency : 37.4ns
U26-c18 <> U11-C5T1 Data Latency : 39.7ns
U26-c18 <> U13-C6T1 Data Latency : 39.3ns
U26-c18 <> U15-C7T1 Data Latency : 39.2ns
U27-c19 <> U28-c20 Data Latency : 49.2ns
U27-c19 <> U29-c21 Data Latency : 49.9ns
U27-c19 <> U30-c22 Data Latency : 48.7ns
U27-c19 <> U31-c23 Data Latency : 49.6ns
U27-c19 <> U1-C0T1 Data Latency : 44.4ns
U27-c19 <> U3-C1T1 Data Latency : 44.1ns
U27-c19 <> U5-C2T1 Data Latency : 44.3ns
U27-c19 <> U7-C3T1 Data Latency : 37.4ns
U27-c19 <> U9-C4T1 Data Latency : 39.2ns
U27-c19 <> U11-C5T1 Data Latency : 38.8ns
U27-c19 <> U13-C6T1 Data Latency : 39.1ns
U27-c19 <> U15-C7T1 Data Latency : 39.4ns
U28-c20 <> U29-c21 Data Latency : 53.2ns
U28-c20 <> U30-c22 Data Latency : 54.0ns
U28-c20 <> U31-c23 Data Latency : 49.2ns
U28-c20 <> U1-C0T1 Data Latency : 44.0ns
U28-c20 <> U3-C1T1 Data Latency : 44.0ns
U28-c20 <> U5-C2T1 Data Latency : 44.5ns
U28-c20 <> U7-C3T1 Data Latency : 37.8ns
U28-c20 <> U9-C4T1 Data Latency : 38.9ns
U28-c20 <> U11-C5T1 Data Latency : 40.4ns
U28-c20 <> U13-C6T1 Data Latency : 40.8ns
U28-c20 <> U15-C7T1 Data Latency : 41.1ns
U29-c21 <> U30-c22 Data Latency : 53.2ns
U29-c21 <> U31-c23 Data Latency : 53.6ns
U29-c21 <> U1-C0T1 Data Latency : 43.8ns
U29-c21 <> U3-C1T1 Data Latency : 44.0ns
U29-c21 <> U5-C2T1 Data Latency : 44.5ns
U29-c21 <> U7-C3T1 Data Latency : 37.7ns
U29-c21 <> U9-C4T1 Data Latency : 39.4ns
U29-c21 <> U11-C5T1 Data Latency : 40.2ns
U29-c21 <> U13-C6T1 Data Latency : 40.6ns
U29-c21 <> U15-C7T1 Data Latency : 39.4ns
U30-c22 <> U31-c23 Data Latency : 53.4ns
U30-c22 <> U1-C0T1 Data Latency : 43.9ns
U30-c22 <> U3-C1T1 Data Latency : 44.1ns
U30-c22 <> U5-C2T1 Data Latency : 44.4ns
U30-c22 <> U7-C3T1 Data Latency : 37.7ns
U30-c22 <> U9-C4T1 Data Latency : 39.3ns
U30-c22 <> U11-C5T1 Data Latency : 40.5ns
U30-c22 <> U13-C6T1 Data Latency : 40.6ns
U30-c22 <> U15-C7T1 Data Latency : 40.9ns
U31-c23 <> U1-C0T1 Data Latency : 43.8ns
U31-c23 <> U3-C1T1 Data Latency : 44.1ns
U31-c23 <> U5-C2T1 Data Latency : 44.7ns
U31-c23 <> U7-C3T1 Data Latency : 38.3ns
U31-c23 <> U9-C4T1 Data Latency : 38.5ns
U31-c23 <> U11-C5T1 Data Latency : 40.3ns
U31-c23 <> U13-C6T1 Data Latency : 41.1ns
U31-c23 <> U15-C7T1 Data Latency : 41.1ns
U1-C0T1 <> U3-C1T1 Data Latency : 31.5ns
U1-C0T1 <> U5-C2T1 Data Latency : 31.4ns
U1-C0T1 <> U7-C3T1 Data Latency : 30.8ns
U1-C0T1 <> U9-C4T1 Data Latency : 31.9ns
U1-C0T1 <> U11-C5T1 Data Latency : 32.5ns
U1-C0T1 <> U13-C6T1 Data Latency : 33.5ns
U1-C0T1 <> U15-C7T1 Data Latency : 33.8ns
U3-C1T1 <> U5-C2T1 Data Latency : 31.3ns
U3-C1T1 <> U7-C3T1 Data Latency : 31.3ns
U3-C1T1 <> U9-C4T1 Data Latency : 32.2ns
U3-C1T1 <> U11-C5T1 Data Latency : 33.2ns
U3-C1T1 <> U13-C6T1 Data Latency : 33.9ns
U3-C1T1 <> U15-C7T1 Data Latency : 33.5ns
U5-C2T1 <> U7-C3T1 Data Latency : 31.5ns
U5-C2T1 <> U9-C4T1 Data Latency : 32.1ns
U5-C2T1 <> U11-C5T1 Data Latency : 32.8ns
U5-C2T1 <> U13-C6T1 Data Latency : 33.7ns
U5-C2T1 <> U15-C7T1 Data Latency : 33.8ns
U7-C3T1 <> U9-C4T1 Data Latency : 28.4ns
U7-C3T1 <> U11-C5T1 Data Latency : 28.9ns
U7-C3T1 <> U13-C6T1 Data Latency : 29.7ns
U7-C3T1 <> U15-C7T1 Data Latency : 30.0ns
U9-C4T1 <> U11-C5T1 Data Latency : 29.5ns
U9-C4T1 <> U13-C6T1 Data Latency : 30.2ns
U9-C4T1 <> U15-C7T1 Data Latency : 30.9ns
U11-C5T1 <> U13-C6T1 Data Latency : 30.4ns
U11-C5T1 <> U15-C7T1 Data Latency : 31.3ns
U13-C6T1 <> U15-C7T1 Data Latency : 32.0ns
1x 64bytes Blocks Bandwidth : 12.32GB/s
4x 64bytes Blocks Bandwidth : 23.48GB/s
4x 256bytes Blocks Bandwidth : 96.68GB/s
4x 1kB Blocks Bandwidth : 370GB/s
4x 4kB Blocks Bandwidth : 867GB/s
16x 4kB Blocks Bandwidth : 552.64GB/s
4x 64kB Blocks Bandwidth : 615.07GB/s
16x 64kB Blocks Bandwidth : 608.81GB/s
8x 256kB Blocks Bandwidth : 621.77GB/s
4x 1MB Blocks Bandwidth : 189.22GB/s
16x 1MB Blocks Bandwidth : 44.66GB/s
8x 4MB Blocks Bandwidth : 42.93GB/s
Benchmark Status
Result ID : Intel(R) Core(TM) i9-14900K (8C + 16c 32T 5.78GHz + 4.38GHz, 4.9GHz IMC, 8x 2MB + 4x 4MB L2, 36MB L3)
Microcode : 0B0671-11F
Computer : ASUS System Product Name (ASUS ROG MAXIMUS Z790 APEX)
Platform Compliance : x64
No. Threads : 32
System Timer : 10MHz
Page Size : 2MB
Processor
Model : Intel(R) Core(TM) i9-14900K
URL : https://www.intel.com
Revision/Stepping : B7 / 1
Microcode : 0B0671-11F
Front-Side Bus Speed : 100MHz
Rated Power (TDP) : 150.00W
Min/Max/Turbo Power : N/A - 150.00W - 290.00W
Power/Current/Voltage Unlocked : Yes
big Cores Cluster
Cores per Processor : 8 Unit(s)
Threads per Core : 2 Unit(s)
Speed : 5.78GHz
Supported Speed(s) : 800MHz - 3.2GHz - 5.8GHz
Multiplier Unlocked : Yes
L1D (1st Level) Data Cache : 8x 48kB, 12-Way, Exclusive, 64bytes Line Size, 2 Thread(s)
L1I (1st Level) Code Cache : 8x 32kB, 8-Way, Exclusive, 64bytes Line Size, 2 Thread(s)
L2 (2nd Level) Unified/Data Cache : 8x 2MB, ECC, 16-Way, Exclusive, 64bytes Line Size, 8 Thread(s)
L3 (3rd Level) Unified/Data Cache : 36MB, ECC, 12-Way, Exclusive, 64bytes Line Size, 128 Thread(s)
Rated Voltage (DV) : 1.28V
Min/Max/Turbo Voltage : N/A - 1.28V
LITTLE cores Cluster
Cores per Processor : 16 Unit(s)
Speed : 4.38GHz
Supported Speed(s) : 800MHz - 3.2GHz - 4.4GHz
Multiplier Unlocked : Yes
L1D (1st Level) Data Cache : 16x 32kB, 8-Way, Exclusive, 64bytes Line Size, 2 Thread(s)
L1I (1st Level) Code Cache : 16x 64kB, 8-Way, Exclusive, 64bytes Line Size, 2 Thread(s)
L2 (2nd Level) Unified/Data Cache : 4x 4MB, ECC, 16-Way, Exclusive, 64bytes Line Size, 8 Thread(s)
L3 (3rd Level) Unified/Data Cache : 36MB, ECC, 12-Way, Exclusive, 64bytes Line Size, 128 Thread(s)
Rated Voltage (DV) : 1.30V
Min/Max/Turbo Voltage : N/A - 1.50V - 1.30V
Memory Controller
Speed : 4.9GHz
Min/Max/Turbo Speed : 800MHz - 4.9GHz
Performance Enhancing Tips
Warning 208 : Hybrid processor with big/LITTLE cores. Performance may vary with type of cores used.
Notice 241 : Dynamic OverClocking/Turbo enabled. Performance may vary when engaged.
Warning 205 : Turbo Power/Voltage/Current is low. Performance may be constrained.
Tip 3 : Double-click tip or press Enter while a tip is selected for more information about the tip.
Warning habe ich genug...
Anhänge
Marcus@ddr4
Profi
- Mitglied seit
- 06.08.2023
- Beiträge
- 48
Thanks, I will play with filtering, running the benchmarks.It is that yes
Anhang anzeigen 965617Anhang anzeigen 965618
How do you filter?
It's just visual, the data is for building a visual picture
but @RedF is the person for such.
It's still under WIP
Make 2 results, and then press the refresh circle button
Can do it when/if you change some drastic values and see if on the CPU side you improve anything whatsoever
This curve is the average of internal usable bandwidth and will also scale by timings a bit.
Tested memory this morning with TM5, 8200 CL36 profile is good to go
tibcsi0407
Semiprofi
Try increasing (in mem) delta
by 30mV
is that without RX-DFE ?
Actually ignore that
increase VPP_MEM first.
Beitrag automatisch zusammengeführt:
retest pls
need help to decide what it is
Zuletzt bearbeitet:
CarSalesman
Semiprofi
- Mitglied seit
- 26.12.2023
- Beiträge
- 53
I'm jelly that your RTLs train correctly. Mine only train correctly at 8400, no other frequencies train RTLs correctly. The funny thing is, 8400 won't stabilize on my CPU.Thanks, I will play with filtering, running the benchmarks.
Tested memory this morning with TM5, 8200 CL36 profile is good to go
Anhang anzeigen 965667