SPEC Benchmark CINT95 Summary Base Base Base Peak Peak Peak Benchmarks Ref Time Run Time Ratio Ref Time Run Time Ratio ------------ -------- -------- -------- -------- -------- -------- 099.go 4600 744 6.19 4600 728 6.32 124.m88ksim 1900 488 3.89 1900 414 4.59 126.gcc 1700 373 4.56 1700 368 4.61 129.compress 1800 440 4.09 1800 344 5.24 130.li 1900 405 4.69 1900 363 5.23 132.ijpeg 2400 619 3.88 2400 566 4.24 134.perl 1900 424 4.48 1900 412 4.62 147.vortex 2700 564 4.79 2700 487 5.54 SPECint_base95 (Geom. Mean) 4.52 SPECint95 (Geom. Mean) 5.01 TESTER INFORMATION ------------------ SPEC License #: 3 Tested By: HP Cupertino, CA Test Date: Sep-95 Hardware Avail: Mar-95 Software Avail: Jul-96 HARDWARE -------- Model Name: HP 9000 Model D350 CPU: 100 MHz PA-RISC 7200 FPU: Integrated Number of CPU(s): 1 Primary Cache: 256KBI+ 256KBD off-chip Secondary Cache: None Other Cache: None Memory: 512MB Disk Subsystem: 1 Fast/Wide SCSI-2 1.0 GB Other Hardware: None SOFTWARE -------- Operating System: HP-UX B.10.20 Compiler: HP92453-01 A.10.32.03 HP C Compiler File System: HP-UX System State: Multi-user NOTES ------- Portability Flags (base & peak): All: -Ae Base Flags: All: fastmem.o +Oall +I/+P Linker Flag: All: -Wl,-aarchive Peak Flags: All: +ESfic +ESlit +O4 +I/+P 099: +Oentrysched +Olibcalls +nofastaccess +Onolimit +Onoloop_unroll +Optrs_strongly_typed +Ostaticprediction 124: +Oaggressive +Onoparmsoverlap +Optrs_strongly_typed +Ostaticprediction 126: -DSPEC +Olibcalls +Onolimit +Ostaticprediction 129: +Olibcalls +Onofltacc +Onolimit +Optrs_strongly_typed +Owhole_program_mode 130: -lm +ESsfc +Oentrysched +Olibcalls +Onolimit +Onoloop_unroll +Onoptrs_to_globals +Owhole_program_mode 132: +ESsfc +Olibcalls +Onolimit +Optrs_strongly_typed +Owhole_program_mode 134: fastmem.o -lm +Olibcalls +Onolimit +Owhole_program_mode 147: fastmem.o -lm +Oentrysched +Olibcalls +Onolimit +Onoloop_unroll +Optrs_strongly_typed +Ostaticprediction +Ofltacc +Owhole_program_mode +DC7200 Linker Flag: All: -Wl,-aarchive Note: The +I/+P indicates the use of profile based optimization.