Pretty Interesting, at least for me. I ran the RC5 Long Benchmark on three of my systems and the results are as follows:
Intel OR840 Motherboard
Dual Slot-1 PIII 667EB
Windows NT 4.0 SP6a
1,917,410.74 KEYS/SEC - 6.9572 KEYS per MHZ per SECOND
ECS D6VAA
Dual Socket-370 PIII 933EB
Windows XP Professional
2,684,275.04 KEYS/SEC - 6.9515 KEYS per MHZ per SECOND
Tyan S2460
Dual Socket-A AMD Athlon 1600+ MP (1400 MHZ)
Windows XP Professional
5,172,332.39 KEYS/SEC - 5.4134 KEYS per MHZ per SECOND
So I could technically calculate 9,774,118.17 KEYS per SECOND. Additionally, the Intel OR840 Motherboard with the dual Slot-1 PIII 667EB processors manages to calculate the most efficient per MHZ, although this could be in relationship to the Operating System. Nevertheless, the Athlon MP setup seems to be the least efficient per MHZ, but easily wins with raw speed.
Any comments or questions?
UB
Intel OR840 Motherboard
Dual Slot-1 PIII 667EB
Windows NT 4.0 SP6a
1,917,410.74 KEYS/SEC - 6.9572 KEYS per MHZ per SECOND
ECS D6VAA
Dual Socket-370 PIII 933EB
Windows XP Professional
2,684,275.04 KEYS/SEC - 6.9515 KEYS per MHZ per SECOND
Tyan S2460
Dual Socket-A AMD Athlon 1600+ MP (1400 MHZ)
Windows XP Professional
5,172,332.39 KEYS/SEC - 5.4134 KEYS per MHZ per SECOND
So I could technically calculate 9,774,118.17 KEYS per SECOND. Additionally, the Intel OR840 Motherboard with the dual Slot-1 PIII 667EB processors manages to calculate the most efficient per MHZ, although this could be in relationship to the Operating System. Nevertheless, the Athlon MP setup seems to be the least efficient per MHZ, but easily wins with raw speed.
Any comments or questions?
UB