Tiltevros

χμμμμμ δλδ πόσο να περιμένω εγώ στο 3dmark11??? θέλει win7sp1?

not my best score

can i try it????????????? need?????????

να σας κοντράρω και εγώ? :man_in_love:

για εμένα είναι bug... το πρόγραμμα έχει σχεδιαστεί να δουλεύει σε 4-6 thread. όταν γίνεται forced manual γιατί οι cpu δεν έχουν το AVX που το κάνει αυτόματα είναι bug... ναι.. στο 2ο υπάρχουν προγράμματα που κάνουν maximaze το παράθυρο με αποτέλεσμα να κάνει kickin το SLI only... όσο για το Windows image component μπορείς πολύ εύκολα με συνδυασμό codecs-patch-registry αντί για 2 threads να παίζουν μέχρι 48 cores...(96 threads)... γιαυτό λέω ότι με το task manager + force affinity το πιάνω σαν bug... δεν θα έπρεπε να σου δίνει κάν το δικαίωμα να ανοίγεις τπτ όταν τρέχει το bench.

thanks???? γιαυτό δεν ήθελα να δώσω τα bugs... αντί να γίνει προσπάθεια να διορθώσουμε το πρόγραμμα το χρησιμοποιούμε να καταχωρίσουμε σκορ... nice nice

+ LoD applications

bug list 1. task manager set affinity 2. set to maximum size όταν παίζει το παιχνίδι και τρέχα πάλι 3. όταν τρέχει το transcoder βάλε το priority high και απλά ξαναβάλε το affinity 4. codecs eg. k-lite κάνε σετάρισμα για μαξ επιδώσεις είναι κοροϊδία εντελώς image manipulation έφτασα να το κάνει να βγάζει 88Μpixels.....

θα προσπαθήσω να επικοινωνήσω με τον DJD να φτιάξουμε μια λίστα και να την στείλουμε σαν φόρουμ στην futuremark.

που να τρέξεις και το vantage για εμένα ούτε prime test, linx etc τρέξε vantage 3 φορές και άμα το βγάλει είσαι stable 24/4 το transcoding είναι το best stability test

yeah

ok.... 1. μπορείς να τρέξεις CF & SLI σε παράθυρο... θες κιάλλο???

σε 4 pc τα έχω τρέξει.

έχουμε κανέναν που να μιλάει με FM??? υπάρχουν τουλάχιστον 7 bugs...

για να δούμε αν μπορούμε να μπούμε στο 6.000points group

το transcoding έτρεξε σε 15 threads οπότε άσε τα προγράμματα για h264

Video playback and transcoding / Video transcoding - downscaling Video transcoding - downscaling iteration 1 9539.1 8507.74 kB/s Video transcoding - downscaling iteration 2 10741.88 11689.21 kB/s Video transcoding - downscaling iteration 3 10440.39 9993.03 kB/s το παιχνίδι θέλει ASAP fix αχχχ stelara μόνο στο AES με λιώνεις κρίμα κρίμα πρέπει να βρω cpu που να έχουν AES instructions

ότι είναι 32bit application emulate to 64bit

xmmmmmm ετσι με μια μέρα παιχνίδι κερδίσαμε 500 points Result

γιατί η βασική σουίτα έχει διαφορά απο την free και την πληρωμένη ?

θα διαφωνήσω και στο ότι μόνο έναν controller θέλεις και στο ότι πάει καλά με Acards. seek times, responces times, idle to full load and backword, είναι πολλά που κοιτάει το PCmark7. Storage workloads Storage workload category stresses mostly storage devices like HDDs or SSDs. Storage workloads use RankDisk to playback a pre-recorded trace of storage device activity. See the following section for details of the trace recordings. Storage – Windows Defender This workload uses a trace of Windows Defender’s Quick scan of the system. Recording of activity on system drive started just before clicking Quick scan on Windows Defender and lasted until the scan finished. Storage – importing pictures This workload uses a trace of importing a collection of images in Windows Live Photo Gallery. A USB stick with 68 images (434 MB total) was inserted and images were imported to Windows Live Photo Gallery. Recording of activity on system drive started at the beginning of importing pictures and lasted until thumbnail images appeared on the display. During the trace Windows Live Photo Gallery copied images from USB stick to Pictures library, indexed them and created thumbnails. Storage – video editing This workload uses a trace of compiling a home video from a set of video clips. The source videos were shot with a Sony HDR-HC3 and imported to the PC. The source video was 1080i MPEG-2 videos. A home video project was prepared with Windows Live Movie Maker. Recording of activity on system drive started just before clicking Publish (1080p video) and lasted until publishing finished. During the trace Movie Maker read parts of source files and wrote a single output file. Storage – Windows Media Center This workload uses a trace of Media Center activity. PC was equipped with a dual DVB-T tuner. A movie was recorded and after the recording had finished, two simultaneous recordings were started and playback of the first movie was started. While maintaining this setup of two movies streaming to storage and one being played back, activity on system drive was recorded for 4 minutes. During the trace Media Center read one file and wrote two others. Storage – adding music This workload uses a trace of adding music to media library. On another PC, a hard drive was filled with 68 GB of music files (lossless WMA). The hard drive was connected to the PC recording the trace. Windows Media Player was started and the music folder in the new drive was added to Music Library. Recording of activity on system drive started just before adding the folder to Library and lasted until Windows Media Player status bar read “Update Complete”. During the trace Media Player scanned music files on the added hard drive (which is not included in the trace since the activity did not happen in the system drive) and indexed them (which is included in the trace since index files are located in the system drive) Storage – starting applications This workload uses a trace of starting up home and office productivity applications. PCMark 7 specification 1.0 document was copied to Desktop. The document was opened by double clicking and few seconds later Internet Explorer was started from the toolbar. Recording of activity on system drive started just before double clicking the document and lasted until both applications had started and became responsive. During the trace Windows loaded the executables and related DLLs from the system drive. Storage – gaming This workload uses a trace of starting up World of Warcraft. World of Warcraft was installed. A new character was created in the game. The game was closed and started again. Recording of activity on system drive started just before logging in the game. Game loaded and the new character was selected as quickly as possible. The recording was stopped right after the game world had loaded so far that the character could move in the world. During the trace the game loaded game data from the system drive. The third step is to playback each storage trace as needed (using the same sandbox file):  The sandbox file is opened with Win32 CreateFile().  The trace file is processed in order, one IO at a time.  Read operations are executed using Win32 ReadFile() in overlapped mode.  Write operations are executed using Win32 WriteFile() in overlapped mode.  Original queue depth is maintained if possible. The trace contains begin and end timestamps of each IO, so it is possible to track queue depth and try to build equal queue lengths during playback.  Idle times (when queue depth is zero) are compressed. If idle time is longer than 10ms, it is shortened to 10ms. The reason for compression is to execute the playback in a short time. On the other hand, storage devices are offered a 20s idle time for internal maintenance tasks before each trace playback.

ότι και να κάνετε στα αφτιά σας ρίχνω στο storage part και εσύ ψηλά έχεις το transcoding

stelara τρέξε το και εσυ μια να δούμε τι σου βγάζει

αυτό που βλέπω πάντως είναι ότι το πιο γρήγορο array το έχουμε στο φορουμ μας στο PCmark7

τι να σου πω τωρα όλο LOD ακούω και LOD δεν βλέπω. μάλλον μυστικά των OC's