Tested on A2000B 3MByte Mips Test (200000): ------------------- time before: 1104845134 seconds 280700 microseconds time after : 1104845135 seconds 440701 microseconds time diff : 1 seconds 160001 microseconds OR : 1.160001 seconds performance: 0.862068 MIPS SI Test : ------------------- System Information v2.0b Kramden Utilities (c) 1988,1989 Pregnant Badger Software Computer Name: Amiga Operating System: Kickstart v34.5, Workbench v34.20 Main Processor: Motorola 68000 Verical Blank Frequency: 50Hz Power Supply Frequency: 50Hz Custom Chips: Normal Agnus, Normal Denise Video Mode: PAL Normal Display Size: 640 x 256 Maximum Display Size: 466 x 312 Pixel Aspect Ratio: 1:0.944 Memory List: Address Range Pri Attr Size Description $00200020-$003FFFFF +0 $0005 2.0M expansion ram $00C004E8-$00C7E7FF +0 $0005 0.5M Fast Memory $00000420-$0007FFFF -10 $0003 0.5M Chip Memory Computing Performance relative to: A1000 IBM/XT Integer: 1.0 3.3 Floating Point: 1.0 7.6 Speed Test : ------------------- SPEED 2.00 - Amiga Performance Analyser by Jez San (c)1989 Argonaut Software. This tests two aspects of your Amiga system :- a) The approximate clockspeed the processor is running at. b) The approximate system performance in the form of a benchmark. Both figures a & b are important for different reasons eg: Despite having a fast clockspeed, your machine may not run at its full system performance, due to Waitstates, Cache's, Burstfetches etc Hence the need for a good measure of both clockspeed AND realworld performance when compared to a normally aspirated Amiga. The Amiga EXEC reckons that a 68000 processor is installed in this system. Analysing clockspeed... Took 240 ticks, which is 7.21 Mhz +-2% (fig A) Computing 10,000 SlightlyMoistSmallRocks in... 691 ticks. 1.01 times (fig B) the speed of a normal Amiga at 7.159 Mhz +-2%. 0.33 times the speed of an A2620 at 14.318 Mhz +-2%. Rating against an A2620 : Yawn.