SSE3DNow Benchmark Results On PCs
See Results Index below
Description
SSE3DNow benchmark measures Single Precision (SP) and Double Precision (DP) Floating Point speeds, data streaming from caches and RAM. It uses SSE (SP) and/or SSE2 (DP) and/or AMD 3DNow (SP) Single Instruction Multiple Data (SIMD) floating point instructions. Tests using normal i386 single precision floating point are also included to demonstrate performance gains of the new functions.
Note: SSE instructions are available on Intel Pentium III onwards and SSE2 came with the Pentium 4. AMD Athlon 4 CPUs also incorporated SSE instructions and Athlon 64 has SSE2.
The procedures used are memory to register operations (r = r + x[m] * y[m]) and memory to register to memory (x[m] = x[m] + y[m]). SSE instructions use 128 bit registers for 4 single precision floating point words with SSE2 using them for 2 double precision words. 3DNow uses the 64 bit MMX registers with two single precision words. The tests are run with a range of data sizes to provide measurement via L1 cache, L2 cache and RAM, where up to 25% of main memory size is automatically selected.
A pre-compiled version of the benchmark can be found in SSE3DNow.zip which also contains the source code, providing further explanatory comments.
SSE64, a version compiled for 64 bit operation is in More64bit.zip, where i387 normal floating point and 3DNow instructions are not supported. The SSE/SSE2 assembly code is the same as the original (see results below).
Information on maximum speeds when less processing is involved can be obtained from BusSpd2K results.htm and RandMem results.htm .
Then there is My Main Page for other PC benchmarks and results.
Results are given as Millions of Bytes Per Second (MB/s) memory reading speed. The second set of figures can be multiplied by 1.5 for read/write speed. The results can be converted to Millions of Floating Point Operations Per Second (MFLOPS) - memory to register, divide SSE2 MB/s by 8 and others by 4 then memory to register to memory, divide SSE2 MB/s by 16 and others by 8. Test results output includes maximum MFLOPS speeds.
A variation of the benchmark has also been ported to 32-Bit and 64-Bit Linux using the supplied GCC compiler (all free software) - see
linux benchmarks.htm,
and download benchmark execution files, source code, compile and run instructions in
memory_benchmarks.tar.gz.
Using Windows the file downloaded wrongly as .tar.tar but is fine when renamed .tar.gz.
See Linux results below.
Following is an example output for a 2210 MHz Athlon 64 CPU. Variations in performance identify L1 and L2 cache sizes.
A second example probably represents the best performance that could be expected on a May 2014 desktop, assuming no overclocking.
Memory s=s+x[m]*y[m] x[m]=x[m]+y[m]
KBytes SSE2 SSE 3DNow Sngl SSE2 SSE 3DNow Sngl
Used MB/S MB/S MB/S MB/S MB/S MB/S MB/S MB/S
L1 4 15431 15023 13503 7732 17119 16934 14091 4072
8 16382 16280 14518 7678 17531 17320 13931 4020
16 16720 16915 15187 7838 17421 17212 14000 3925
32 16921 16867 15399 7723 17720 17435 14001 3741
64 17286 17279 15253 7605 17235 17545 13798 3787
L2 128 7822 7802 7522 4186 4792 4939 4851 2226
256 7331 7522 7262 4178 4728 4645 4656 2218
512 7366 7320 6962 4095 4597 4575 4540 2174
RAM 1024 3464 3357 3359 2928 2063 2104 2094 1791
2048 3385 3445 3351 2914 2054 2092 2053 1779
4096 3334 3281 3295 2853 2069 2107 2028 1780
8192 3325 3329 3339 2935 2074 2080 2071 1804
16384 3314 3320 3280 2830 2075 2077 2098 1781
32768 3298 3313 3273 2822 2074 2043 2040 1806
65536 3356 3352 3319 2827 2066 2049 2068 1821
131072 3303 3325 3329 2918 2059 2072 2105 1807
262144 3318 3326 3375 2880 2072 2071 2062 1808
SSE2 SSE 3DNow Norm SSE2 SSE 3DNow Norm
Maximum DP SP SP SP DP SP SP SP
MFLOPS 2161 4320 3850 1960 1108 2193 1761 509
Core i7 4820K mainly ruuning at 3.9 GHz using Turbo Boost
32 GB 1600 MHz RAM over 4 channels, Windows 8.1
Memory s=s+x[m]*y[m] x[m]=x[m]+y[m]
KBytes SSE2 SSE 3DNow Sngl SSE2 SSE 3DNow Sngl
Used MB/S MB/S MB/S MB/S MB/S MB/S MB/S MB/S
4 40800 40863 0 19658 80200 80443 0 12830
8 41176 41220 0 19265 78408 79958 0 12458
16 41395 41403 0 19262 80913 81351 0 12372
32 41457 41496 0 19097 81148 81959 0 12328
64 41384 41355 0 17867 46570 46650 0 12088
128 41456 41498 0 17722 49062 49192 0 12148
256 41198 41249 0 17749 47763 48167 0 12074
512 35492 35350 0 17968 30461 30443 0 11957
1024 35503 35502 0 17985 30385 30418 0 11945
2048 35809 35807 0 18098 30709 30392 0 12006
4096 35048 35043 0 17588 30166 30182 0 11798
8192 31740 32291 0 16997 27356 27306 0 11635
16384 20609 20109 0 13800 15237 15076 0 9988
32768 19916 19732 0 13448 14515 14535 0 9866
65536 19943 19678 0 13694 14531 14720 0 9889
131072 19962 19652 0 13433 14471 14497 0 10016
262144 19765 19716 0 13453 14696 14541 0 9917
524288 19809 19765 0 13479 14728 14542 0 9997
1048576 20093 19736 0 13588 14515 14688 0 9913
SSE2 SSE 3DNow Norm SSE2 SSE 3DNow Norm
Maximum DP SP SP SP DP SP SP SP
MFLOPS 5182 10375 0 4915 5072 10245 0 1604
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To Start
Results
Separate tables of speeds obtained via L1 cache, L2 cache and RAM are given below. Except when connected via the memory bus, performance via caches tends to be proportional to CPU MHz for a given type of processor. So, only a sample of results are provided. Details of cache sizes, speed and range of CPU MHz can be found in CPUSpeed.htm.
The latter also provides a range of performance comparisons based on %MFLOPS/MHz, which include SSE3DNow results.
The tables also show the highest value for each column of results and associated MFLOPS. This makes it easier to see that one CPU is not the fastest on all tests.
L1 Cache Results - Comparing Intel Pentium 4 results with those from AMD of similar MHz shows that the latter has superior floating point performance, particularly on old i386 instructions. This also applies to Pentium M and both have larger L1 caches. The results also show that the later Pentium 4E (Prescott) performs significantly faster than earlier P4s, on these tests. Also, AMD Athlon 64 CPUs produce similar performance to earlier Athlons of the same MHz. Later results for Core 2 Duo show that this has outstanding
performance on SSE and SSE2 tests relative to CPU MHz.
Results are sorted by the first i386 FP speeds (Sngl).
L2 Cache Results - These are sorted in the same order as for L1 cache. The i386 FP columns indicating relative improvements on Pentium 4 results, although AMD CPUs of the same MHz are still faster. The superior Pentium 4 (and Pentium M) L2 cache performance is reflected in SSE and SSE2 results where AMD CPUs of the same MHz are slower. Some Athlon 64/Opteron results are much better than their earlier processors. Again, Core 2 Duo results are outstanding.
RAM Speed Results - Result include four Pentium 4s at 2533 MHz, showing the impact of different types of RAM and variations due to different mainboards. Performance depends on CPU and RAM speed with Pentium 4s showing best scores on all tests. At least Athlon 64s take the lead on %MFLOPS/MHz. Later, the first Core 2 Duo results were via a board using the nForce 570 chipset, where most speeds were disappointing. Further results were via the Intel 965 chipset which produced the best performance.
Linux Results - The 64-Bit and 32-Bit versions, produced to run under Linux Ubuntu, do not have the 3DNow tests. Instead, SSE functions of the form s=(s+x[m])*y[m] and s=s+x[m]+y[m] are used instead, again using assembly code. This can lead to faster speed, as only memory to register calculations are used in the main timed loop.
To Start
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L1 Cache Results in MBytes/Second - sorted by Normal Single Precision
|---- s=s+x[m]*y[m] -----| |---- x[m]=x[m]+y[m] ----|
CPU MHz SSE2 SSE 3DNow Sngl SSE2 SSE 3DNow Sngl
80486 DX2 66 0 0 0 21 0 0 0 21
Pentium 200 0 0 0 259 0 0 0 143
Pentium MMX 200 0 0 0 314 0 0 0 178
Pentium Pro 200 0 0 0 523 0 0 0 273
AMD K62+ 500 0 0 1939 572 0 0 3325 344
Celeron A 450 0 0 0 1174 0 0 0 609
Pentium II 450 0 0 0 1197 0 0 0 636
Pentium III 550 0 3511 0 1451 0 3341 0 768
Pentium IIIEB 800 0 5029 0 2076 0 4792 0 1047
Atom M 1600 3015 7232 0 2099 6189 12168 0 1155
Pentium 4 1900 9285 9338 0 2583 9331 9350 0 1237
Duron 750 0 0 5001 2601 0 0 6200 1330
P4 Xeon 2200 10738 10729 0 2805 11499 11505 0 1392
Pentium 4 2533 12389 12440 0 3223 12922 12853 0 1640
Pentium 4 3066 15116 15035 0 3912 15397 15288 0 2099
Athlon Tbird 1200 0 0 7865 4082 0 0 9721 2084
Celeron M 1295 9257 9891 0 4675 10025 9634 0 2006
Pentium 4 3678 18107 18084 0 4688 19201 19269 0 2391
Athlon XP 1400 0 10671 9344 4866 0 10262 11641 2443
Pentium 4E 3000 17765 17511 0 5758 20830 20605 0 3197
Core 2 Duo M 1830 18704 18482 0 6074 28235 28306 0 3429
Athlon XP 1733 0 13466 11998 6090 0 13727 14566 3088
Ath4 Barton 1800 0 13470 11916 6245 0 13975 14791 3200
Turion 64 M 1900 13697 14236 11785 6347 14693 14563 11420 3317
Pentium M 1862 13363 14338 0 6730 14463 14460 0 2893
Celeron C2 M 2000 19513 19481 0 6877 30564 29729 0 4051
Opteron 1990 15240 15232 13616 6928 15670 15668 12589 3523
Athlon 64 1995 15355 15245 13722 6985 15796 15794 12614 3552
Athlon XP 2080 0 15635 13836 7267 0 16237 17303 3698
Athlon 64 64 bit 2210 15988 15993 0 0 16179 17121 0 0
Athlon 64 2210 16382 16280 14518 7678 17531 17320 13931 4020
Core 2 Duo 64 bit 2400 25326 25389 0 0 37440 37532 0 0
Core 2 Duo 1 CP 2400 25371 25340 0 8768 37973 37972 0 4717
Core i5 2467M @@@@ 23843 23716 0 11390 44512 44790 0 6805
Phenom II 64 bit 3000 22235 21441 0 0 34485 45329 0 0
Phenom II 3000 23213 23217 19426 11433 45662 45826 25700 5373
Core i7 **** 30731 30730 0 12116 45838 45849 0 6071
Core i7 #### 35467 36212 0 13633 53307 46427 0 4414
Core i7 64 bit $$$$ 41037 41038 0 0 78440 78254 0 0
Core i7 4820K $$$$ 40800 40863 0 19658 80200 80443 0 12830
Maximum 41037 41038 19426 19658 80200 80443 25700 12830
Maximum MFLOPS 5130 10260 4857 4915 5013 10955 3213 1604
$$$$ 3.7 GHz i7 4820K, running at up to 3.90 GHz using Turbo Boost
#### 2.8 GHz i7 860, running at up to 3.46 GHz using Turbo Boost
**** 2.8 GHz i7 930, running at up to 3.06 GHz using Turbo Boost
@@@@ 1.6 GHz i5 2467M, running at up to 2.30 GHz using Turbo Boost
To Start To Index
L2 Cache Results in MBytes/Second - same order as L1 speeds
|---- s=s+x[m]*y[m] -----| |---- x[m]=x[m]+y[m] ----|
CPU MHz SSE2 SSE 3DNow Sngl SSE2 SSE 3DNow Sngl
80486 DX2 66 0 0 0 13 0 0 0 11
Pentium 200 0 0 0 138 0 0 0 98
Pentium MMX 200 0 0 0 178 0 0 0 118
Pentium Pro 200 0 0 0 481 0 0 0 206
AMD K62+ 500 0 0 1180 467 0 0 1342 300
Celeron A 450 0 0 0 806 0 0 0 574
Pentium II 450 0 0 0 711 0 0 0 386
Pentium III 550 0 2338 0 1235 0 1830 0 739
Pentium IIIEB 800 0 3186 0 1874 0 2614 0 1016
Atom M 1600 2544 4303 0 1800 4441 4805 0 1053
Pentium 4 1900 9362 9149 0 2418 7206 7053 0 959
Duron 750 0 0 1916 1169 0 0 1579 730
P4 Xeon 2200 10168 10209 0 2624 7976 7991 0 1529
Pentium 4 2533 11791 11829 0 3086 9406 9383 0 1784
Pentium 4 3066 14187 13063 0 3624 11031 11020 0 2117
Athlon Tbird 1200 0 0 3258 2024 0 0 2530 1134
Celeron M 1295 5661 5686 0 3635 4319 4307 0 1641
Pentium 4 3678 16454 17103 0 4324 13092 13213 0 2642
Athlon XP 1400 0 2330 2474 1804 0 2403 2785 1320
Pentium 4E 3000 16562 16632 0 4839 13078 13045 0 3024
Core 2 Duo M 1830 12608 12777 0 5944 12157 11768 0 3067
Athlon XP 1733 0 4600 4671 2640 0 3476 3461 1708
Ath4 Barton 1800 0 4673 4779 2615 0 3537 3517 1754
Turion 64 M 1900 5267 5547 4876 3304 3239 3124 3270 1779
Pentium M 1862 8225 8222 0 5282 6027 5952 0 2435
Celeron C2 M 2000 14008 13687 0 6925 13565 13565 0 3098
Opteron 1990 7223 7409 6686 3819 4036 4038 4286 1953
Athlon 64 1995 7200 7467 6707 3849 3736 3742 4068 1891
Athlon XP 2080 0 5577 5828 3276 0 4227 4184 2065
Athlon 64 2210 7822 7802 7522 4186 4792 4939 4851 2226
Athlon 64 64 bit 2210 8471 7930 0 0 5940 5916 0 0
Core 2 Duo 1 CP 2400 16839 17072 0 8334 16389 15920 0 4111
Core 2 Duo 64 bit 2400 18281 18536 0 0 17041 17065 0 0
Core i5 2467M @@@@ 23974 23578 0 11131 27176 28358 0 6605
Phenom II 3000 23022 23039 16241 11246 17541 17394 14997 4965
Phenom II 64 bit 3000 23409 23357 0 0 18237 18163 0 0
Core i7 **** 27558 27566 0 11019 25457 25367 0 5509
Core i7 #### 31812 28222 0 12454 28270 29044 0 4818
Core i7 64 bit $$$$ 41560 41640 0 0 50611 50462 0 0
Core i7 4820K $$$$ 41456 41498 0 17722 49062 49192 0 12148
Maximum 41560 41640 16241 17722 50611 50462 14997 12148
Maximum MFLOPS 5195 10410 4060 4430 3163 6308 1875 1518
$$$$ 3.7 GHz i7 4820K, running at up to 3.90 GHz using Turbo Boost
#### 2.8 GHz i7 860, running at up to 3.46 GHz using Turbo Boost
**** 2.8 GHz i7 930, running at up to 3.06 GHz using Turbo Boost
@@@@ 1.6 GHz i5 2467M, running at up to 2.30 GHz using Turbo Boost
L3 Cache Results in MBytes/Second
|---- s=s+x[m]*y[m] -----| |---- x[m]=x[m]+y[m] ----|
CPU MHz SSE2 SSE 3DNow Sngl SSE2 SSE 3DNow Sngl
Core i5 2467M @@@@ 21091 20073 0 10959 18897 18205 0 6606
Phenom II 3000 10205 10746 8609 7401 9510 9535 8595 4673
Core i7 **** 22999 23037 0 10800 18395 18390 0 5472
Core i7 #### 25824 23662 0 12348 20689 21053 0 4525
Core i7 64 bit $$$$ 36080 36324 0 0 31720 31725 0 0
Core i7 4820K $$$$ 35048 35043 0 17588 30166 30182 0 11798
To Start To Index
RAM Speed Results in MBytes/Second - sorted by Normal Single Precision
|---- s=s+x[m]*y[m] -----| |---- x[m]=x[m]+y[m] ----|
CPU MHz SSE2 SSE 3DNow Sngl SSE2 SSE 3DNow Sngl
80486 DX2 66 0 0 0 13 0 0 0 9
Pentium 200 0 0 0 77 0 0 0 60
Pentium MMX 200 0 0 0 110 0 0 0 84
Pentium Pro 200 0 0 0 128 0 0 0 82
AMD K62+ 500 0 0 196 175 0 0 135 126
Athlon Tbird P2 1200 0 0 417 215 0 0 340 185
Duron P2 750 0 0 525 284 0 0 379 215
Pentium II P1 450 0 0 0 291 0 0 0 166
Celeron A P1 450 0 0 0 335 0 0 0 178
Pentium III P1 550 0 670 0 359 0 297 0 175
Pentium IIIEB P2 800 0 836 0 402 0 421 0 257
Ath4 Barton #D1 1800 0 592 582 553 0 399 385 395
Core 2 Duo A #DC3 2040 717 717 0 811 633 633 0 644
Athlon XP D1 1400 0 1118 1040 886 0 730 677 637
Pentium 4 P2 1900 974 975 0 945 594 595 0 588
Athlon XP D1 1733 0 1371 1381 1116 0 1061 921 928
Athlon XP D2 2080 0 1391 1364 1212 0 999 923 851
Athlon XP D2 2170 0 1631 1625 1338 0 1240 1093 1121
Celeron M 1295 1504 1517 0 1345 822 832 0 758
Pentium 4 D1 2533 1415 1386 0 1401 847 841 0 840
Atom M DD2 1600 2303 2854 0 1660 1697 1762 0 999
Pentium 4 D1 2533 1852 1843 0 1750 626 628 0 616
Pentium 4 D2 3066 1883 1878 0 1802 1034 1034 0 1000
P4 Xeon R1 2200 2427 2426 0 1968 1240 1240 0 1087
Pentium 4 DC1 2533 2187 2180 0 2018 1286 1280 0 1169
Opteron D3 1990 2601 2605 2548 2322 2061 2044 2112 1567
Pentium 4 R2 2533 3504 3494 0 2480 1743 1746 0 1440
Turion 64 M DC3 1900 2862 2858 2805 2419 2052 2118 2140 1507
Pentium M DC1 1862 2399 2331 0 2491 1380 1381 0 1340
Athlon 64 D3 1995 2688 2711 2656 2564 1564 1558 1559 1478
Athlon 64 64b DC2 2210 3166 3193 0 0 2044 2043 0 0
Athlon 64 DC2 2210 3325 3329 3339 2935 2074 2080 2071 1804
Celeron C2 M DC3 2000 3096 3100 0 3080 1926 1726 0 1901
Pentium 4E DC2 3000 3639 3672 0 3240 2383 2380 0 2259
Pentium 4 DC2 3678 4408 4389 0 3498 2648 2639 0 2102
Core 2 Duo M DC4 1830 4388 4425 0 4144 2422 2521 0 2320
Phenom 64 bit DC7 3000 6329 6279 0 0 4680 4460 0 0
Phenom II DC7 3000 6511 6538 5083 4308 4700 4773 4576 3572
Core 2 Duo B DC3 2400 4904 4895 0 4752 3131 3134 0 3015
Core 2 64 bit DC5 2400 5628 5630 0 0 3617 3713 0 0
Core 2 Duo C DC5 2400 5777 5749 0 5157 3866 3823 0 3371
Core i7 DC6 **** 9196 9191 0 6561 7035 7049 0 4454
Core i7 DC7 #### 12467 10690 0 7739 8357 8264 0 4486
Core i5 2467M DC7 @@@@ 14105 12928 0 8969 10917 10781 0 5933
Core i7 64 bit DC7 $$$$ 19410 19406 0 0 13895 13472 0 0
Core i7 4820K QC8 $$$$ 20093 19736 0 13588 14515 14688 0 9913
Maximum 20093 19736 5083 13588 14515 14688 4576 9913
Maximum MFLOPS 2512 4934 1271 3397 907 1836 572 1239
$$$$ 3.7 GHz i7 4820K, running at up to 3.90 GHz using Turbo Boost
#### 2.8 GHz i7 860, running at up to 3.46 GHz using Turbo Boost
**** 2.8 GHz i7 930, running at up to 3.06 GHz using Turbo Boost
@@@@ 1.6 GHz i5 2467M, running at up to 2.30 GHz using Turbo Boost
Key P1 100 MHz P2 133 MHz
D1 DDR 133 MHz D2 DDR 166 MHz
D3 DDR 200 MHz DC1 Dual Channel DDR 133 MHz
DC2 Dual Channel DDR 200 MHz DC3 DDR2 533 MHz
DC4 DDR2 666 MHz DC5 DDR2 800 MHz
DC6 DDR3 1066 MHz DC7 DDR3 1333 MHz
QC8 DDR3 1600 MHz 4 Channels
R1 RDRAM 400 MHz R2 RDRAM 533 MHz
# Slow speed example 64b 64 bit compilation
C2D A # nForce 570 chipset C2D B/C Intel 965 Chipset
To Start To Index
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Linux Ubuntu Results
The SSE and SSE2 tests are produced using assembly code so, at least, measured L1 cache speeds should be the same as those on Windows tests. The Sngl tests are produced by the C compiler and might be different. SSE type speeds at 32 and 64 bits should be similar, but the compiler uses the old x87 floating point instructions for the other tests at 32 bits and the 64 bit version has SSE functions (Inefficient Single Instruction Single not Multiple Data).
The last two columns demonstrate the benefit of calculations just from L1 cache to registers. The earlier speeds, in MFLOPS, represent less than three results per clock cycle but the last test leads to around four (a 128 bit register full) per Hz on the Phenom and Core 2 Duo. The former appears to link the add and multiply to generate over seven results per clock on the next to last test.
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Results in MBytes/Second
--s=s+x[m]*y[m]--- --x[m]=x[m]+y[m]-- (s+x[m])?y[m]
CPU SSE2 SSE Sngl SSE2 SSE Sngl +*SSE ++SSE
MHz MB/S MB/S MB/S MB/S MB/S MB/S MB/S MB/S
L1 Cache
Phenom II 32 bit 3000 23758 23792 6001 41980 40881 11611 86750 46663
Phenom II 64 bit 3000 23921 23918 6035 44686 45478 23823 85405 46897
Athlon 64 32 bit 2210 17383 17444 4416 17344 17331 8699 31882 17392
Athlon 64 64 bit 2210 17491 17495 4428 17530 17528 12855 32354 17441
Core 2 Duo 32 bit 2400 25099 25115 6430 37564 37527 9635 37706 37487
Core 2 Duo 64 bit 2400 25008 24944 6420 35744 36057 12820 35007 35109
Atom N455 32 bit 1667 3213 7710 2289 6385 12819 1391 14897 19004
Atom N455 64 bit 1667 3202 7685 2739 6367 12806 6989 14819 18896
DP SP SP DP SP SP SP SP
Maximum 25099 25115 6430 44686 45478 23823 86750 46897
MFLOPS 3137 6279 1608 2793 5685 2978 21688 11724
MFLOPS/MHz 1.3 2.6 0.7 0.9 1.9 1.0 7.2 3.9
L2 Cache
Phenom II 32 bit 3000 23509 23581 5995 21984 21943 9891 23755 23756
Phenom II 64 bit 3000 23821 23764 6027 21555 21535 18026 23888 23889
Athlon 64 32 bit 2210 9268 9296 4397 7265 7585 4040 8744 8724
Athlon 64 64 bit 2210 8874 8857 4416 7537 7609 7373 9008 8992
Core 2 Duo 32 bit 2400 17791 17835 6401 16916 16919 7666 18622 18710
Core 2 Duo 64 bit 2400 18490 18720 6405 17128 17132 12712 19781 19760
Atom N455 32 bit 1667 2824 5358 1944 5221 6652 1357 7956 8814
Atom N455 64 bit 1667 2838 5222 2258 5198 6653 4388 6980 7733
L3 Cache
Phenom II 32 bit 3000 10263 10269 5932 10071 10067 8671 10269 10270
Phenom II 64 bit 3000 10369 10372 5966 10163 10163 10236 10369 10368
RAM
Phenom II 32 bit 3000 8258 8276 5389 6680 6698 6098 7909 8091
Phenom II 64 bit 3000 8092 8159 5320 6585 6412 6484 7891 7936
Athlon 64 32 bit 2210 3361 3350 3485 2256 2262 2219 3289 3287
Athlon 64 64 bit 2210 3412 3411 3620 2330 2331 2331 3341 3317
Core 2 Duo 32 bit 2400 6458 6467 5442 3990 3994 3897 6393 6390
Core 2 Duo 64 bit 2400 6444 6419 5455 3955 3956 3863 6399 6393
Atom N455 32 bit 1667 2560 4228 1805 2093 2162 1280 4205 4386
Atom N455 64 bit 1667 2580 4114 2080 2143 2161 2130 4045 4342
To Start To Index
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Roy Longbottom May 2014
The Official Internet Home for my PC Benchmarks is via the link
Roy Longbottom's PC Benchmark Collection
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