Can i make (how can i make) «non-standard» options for this benchmark?
Can i make (how can i make) «non-standard» options for this benchmark?
You cannot.
Spoon
www.dbpoweramp.com
PLS, add this ability in future releases.
Results, running on a stock speed AMD FX-8120 8-core machine (Asus Sabertooth FX990) with Win7/64:
FLAC:
362x Combined Realtime Encoding Speed
Time to Encode: 22 seconds
LAME:
151x Combined Realtime Encoding Speed
Time to Encode: 52,8 seconds
ogg vorbis:
99x Combined Realtime Encoding Speed
Time to Encode: 1 minute 20 seconds
Last edited by mafiltenborg; 11-10-2011 at 11:56 AM.
I thought I would run it on the main AudioSAFE server (2x 6 core 2.8GHz Xeons 96GB of Memory)
Using 16 CPU Cores
Encoding To:
mp3 (Lame)
Outputting Results To: Screen
Working................Finished Bench Mark
375x Combined Realtime Encoding Speed
Time to Encode: 21.3 seconds
Last edited by Spoon; 11-10-2011 at 02:27 PM.
Spoon
www.dbpoweramp.com
1 980x Extreme overclocked to 4.1GHZ
Using 12 CPU Cores
Encoding To:
mp3 (Lame)
Outputting Results To: Screen
Working................Finished Bench Mark
307x Combined Realtime Encoding Speed
Time to Encode: 26 seconds
Just tried this on a new workstation. Twin 3.1Ghz Xeon E5-2687W CPUs, 32G RAM and a Samsung SATA3 250GB SSD
To LAME
549x Combined Realtime Encoding Speed
Time to Encode: 14.6 seconds
To FLAC
778x Combined Realtime Encoding Speed
Time to Encode: 10.3 seconds
Awesome
hi, the benchmark is successfully completed but i cant find ''result.txt''
It should show automatically at the end.
Spoon
www.dbpoweramp.com
Thinking about a Mac version?
It is not currently planned, sorry.
Spoon
www.dbpoweramp.com
Because nothing like showing how much computers have changed in almost 12 years:My results:
Intel Q9650 (quad-core 3.0GHz), 8GB RAM, Vista 64
mp3 (LAME)
109x Combined Realtime Encoding Speed
Time to Encode: 1 minute 13 seconds
FLAC:
242x Combined Realtime Encoding Speed
Time to Encode: 33 seconds
Ryzen 9 3900X, 64GB RAM, Windows 10
mp3 (Lame)
14,234x Combined Realtime Encoding Speed
Time to Encode: 562 mili-seconds
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