Contents
Download Benchmark Apps
A Settings, Security option may need changing to allow installation of non-Market applications
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MP-MFLOPS.apk
CPU, Cache, RAM MFLOPS
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MP-MFLOPS-v5.apk
MFLOPS older CPUs
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MP-WHETS.apk
Whetstone Benchmark
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MP-Dhry.apk
Dhrystone Benchmark
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MP-v7-BusSpd.apk
Bus, Cache Memory Speed
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MP-v5-BusSpd.apk
Bus Speed older CPUs
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MP-v7-RndMem.apk
Serial/Random Memory Speed
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MP-v5-RndMem.apk
RandMem older CPUs
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All have option to save results via Email
WARNING - Most of the benchmarks provide two libraries. Early versions of Android 4, Ice Cream Sandwich, can sometimes fail to select the one to use faster hardware instructions, resulting in extremely slow performance -
See # above.
For maximum and consistent performance, some units might need setting of a CPU Mode (example ICS Settings, Developer Options, CPU Mode, Change Normal to Performance).
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Versions that will run on both ARM and Intel CPUs, in Native Mode, are available via
Android Native ARM-Intel Benchmarks.htm.
Besides running on x86 and the latest armeabi-v7a CPUs, code is included for the older armeabi, arm64-v8a, x86-64, mips and mips64 processors, automatically selected at run time.
Latest, from August 2015, are measurements on a 64 bit ARM CPU. Details are in
Android 64 Bit Benchmarks.htm.
Results are also below.
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Some of these benchmarks produce poor performance, influenced by Power Saving options and short running time. For versions that run for extended periods see
Android Long MP Benchmarks.htm.
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To Start
General
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Roy Longbottom’s PC Benchmark Collection comprises numerous FREE benchmarks and reliability testing programs, for processors, caches, memory, buses, disks, flash drives, graphics, local area networks and Internet. Original ones run under DOS and later ones under all varieties of Windows. Most have also been converted to run under Linux and now many as Android Apps.
Android Benchmarks.htm
provides details, results and links to download the apps and source code. The latter are written in Java or in C with a Java front end. A standard screen layout is used, an example being shown on the right.
The same methods and display are being used for the new multithreading programs.
So far, the C code for multithreading in the Linux benchmarks compiles and works with Android.
As indicated above, early versions of Android 4, Ice Cream Sandwich, can sometimes fail to select library to use fast vfpv3 hardware, resulting in extremely slow performance.
In this case, two versions of the programs have being produced, one to use vfpv3 (v7) and the other for older CPUs (v5).
These benchmarks were developed on a Linux Ubuntu PC, using Eclipse Integrated Development Environment for Java, Android Software Development Kit and compiled C/C++ code from Native Development Kit (all free software). Eclipse projects for the benchmarks, with source code, can be downloaded from
www.roylongbottom.org.uk/Android MP Benchmarks.zip.
Versions 1.1 January 2013 - Coloured display instead of black and white,
background image,
wider format for HD displays.
See also www.roylongbottom.org.uk/Android NEON Benchmarks.htm.
CPU MHz over 23 seconds
T11 Cortex-A15 Android 4.2.2 Linux 3.4.35
P11 Cortex-A9 Android 4.2.2 Linux 3.4.35
T7 Cortex-A9 Android 4.3 Linux 3.1.10
Results are now included for a Tablet (A1) using an Intel Atom CPU. Android versions have a compatibility layer called Houdini that maps ARM instructions into X86 instructions.
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Standard Layout
This has right/left scroll to see all details. The Save button Emails results to me AND/OR whoever is desired.
Unpredictable
On multithreading these processor benchmarks, using a particular device, CPU MHz is expected to be constant at the maximum value, subject to Power Saving settings. This is not always the case on later devices. For example, tablet T11 normally runs at 1700 MHz or 1000 MHz with the Saving option selected but, with some benchmarks, it will not run at the higher frequency when individual test running time is low.
The graph shows
measured MHz
whilst running MP-RandMem, with longer test times, on three devices, also MP-Whets on T11 where it runs continuously at 1700 MHz.
See results below for more details, particularly MP-RandMem and MP-MFLOPS.
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To Start
CPU, Cache and RAM MFLOPS Benchmark
This benchmark uses the same multithreading programming code as my
Linux MultiThreading Benchmarks,
where the latter executes identical functions as my CUDA and OpenMP performance tests. Details and results of these can be found in
Linux CUDA MFLOPS.htm and
OpenMP Speeds.htm.
The arithmetic operations executed are of the form x[i] = (x[i] + a) * b - (x[i] + c) * d + (x[i] + e) * f with 2, 8 or 32 operations per input data word. Array sizes used are 0.1, 1 or 10 million 4 byte single precision floating point words. The program checks for consistent numeric results, primarily to show that all calculations are carried out and can be run using between 1 and 64 threads. Each thread uses the same calculations but accessing different segments of the data.
The Android version uses the functions with 2 and 32 operations per word with 1, 2, 4 and 8 threads. Data sizes are also limited to three to use L1 cache, L2 cache and RAM at 12.8, 128 and 12800 KB (3200, 32000 and 3200000 single precision floating point words). In a v7 version, for faster hardware, these are accessed 5000, 500 and 5 times respectively (for constant 32 million and 512 million arithmetic operations). This means that numeric results at given data sizes should be the same at all thread sizes.
The i5 version, for older CPUs, uses 1000, 100 and 1 repeat passes.
Below is an example of results, with system information as included in Emailed results from all benchmarks. Numeric results are provided for both i7 and i5 versions, showing differences between them due to differing pass counts, but consistent across threads.
To Start
Android MP-MFLOPS v7 Benchmark V1.0 28-Sep-2012 18.21
FPU Add & Multiply using 1, 2, 4 and 8 Threads
2 Ops/Word 32 Ops/Word
KB 12.8 128 12800 12.8 128 12800
MFLOPS
1T 183 159 90 588 539 524
2T 340 310 152 1117 1108 1048
4T 348 341 158 1144 1099 1067
8T 330 346 160 1129 1141 1055
Results x 100000, 0 indicates ERRORS
1T 86735 98519 99984 79897 97638 99975
2T 86735 98519 99984 79897 97638 99975
4T 86735 98519 99984 79897 97638 99975
8T 86735 98519 99984 79897 97638 99975
Total Elapsed Time 9.6 seconds
#####################################################
Android MP-MFLOPS v5 Benchmark V1.0 Results x 100000
1T 97075 99700 99996 95363 99520 99995
2T 97075 99700 99996 95363 99520 99995
4T 97075 99700 99996 95363 99520 99995
8T 97075 99700 99996 95363 99520 99995
#####################################################
System Information
Screen pixels w x h 1024 x 552
Android Build Version 4.0.3
Processor : ARMv7 Processor rev 0 (v7l)
processor : 0
BogoMIPS : 2393.70
processor : 1
BogoMIPS : 2393.70
Features : swp half thumb fastmult vfp edsp neon vfpv3
CPU implementer : 0x41
CPU architecture: 7
CPU variant : 0x3
CPU part : 0xc09
CPU revision : 0
Hardware : Amlogic Meson6 g04 customer platform
Revision : 0020
Serial : 000000000000000c
Linux version 3.0.8+ (zuguo.chen@droid02-sz) (gcc version 4.4.1
(Sourcery G++ Lite 2010q1-202) ) #13 SMP PREEMPT Wed Apr 25
20:41:16 CST 2012
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To Start
MP-MFLOPS Results
For maximum performance Tablet T4 requires the CPU Mode to be set to Performance, via Settings. This has a dual core CPU, where two or more threads produce appropriate performance gains using caches and, surprisingly, also using shared RAM. As for other v7 results, tests using 32 operations per word are CPU limited, with the dual core producing more than 1 GFLOPS. An example of poor initial performance using Normal CPU mode is also shown along with v5 results, not using vfpv3 hardware.
Tablet T2 could be expected to produce the same MFLOPS speeds at all thread sizes using the same data KB. It looks as though this device does not start in the CPU Mode for Performance. No manual settings are available. Tablet T1 has an older CPU, where the v7 benchmark cannot be installed and, maybe, is always running at 300 MHz.
As indicted in
Android Benchmarks.htm
the Cortex-A9 CPUs in tablets T7 and T4 both appear to be running at around 1200 MHz, lower than that specified. Then T7 appears to use the same frequency with two and four threads, providing a linear increase in performance. Although this benchmark is more CPU limited, P11 still provides a significant performance increase in the two operations tests using RAM. The P11 phone might have some background tasks running as it appears reluctant to fully utilise all CPUs with four threads.
August 2013 - Tablet T11 has a dual core Cortex-A15 CPU (Samsung Exynos 5250) and performs well, compared to P11, with the earlier fastest Cortex-A9. First results indicate that single and dual thread results are 1.9 to 3.0 times faster or 1.5 to 2.5 times faster, assuming the same CPU MHz. However, as T11 system appeared to run twice as fast using four threads, compared to two, further investigation was carried out.
The benchmark was run with Power Saving option enabled, when the CPU runs at 1000 MHz. As shown in the results below, cache based single and two thread results were the same as with the option disabled. Running a variation of my
Measure CPU MHz App (100 ms sampling),
with this and other benchmarks, showed that multi-threaded programs ran at the lower MHz when elapsed time for test functions was short. Next, MP_MFLOPS was modified to run the tests 100 times longer and results are shown below. This was also run on T4 and T7 where performance was the same as from the unmodified benchmark. Note that the new results on T11 are about 1.7 times faster than the 1000 MHz results, for cached data. Full speed was also confirmed with the MHz program.
The 100x version was also run on P11, where performance also improved, but not as much as T11. With these, T11 is 2.3 to 4.7 times faster, using one or two threads, and 1.9 to 3.9 times faster, assuming the same CPU MHz.
February 2015 - Results for Atom system A1, and others, show that the ARM to Intel mapping conversion takes into account threaded programs, and appropriate gains from using four cores can be demonstrated. Performance is relatively good on the old V5 instructions version but is variable on the V7 variety. It is not good on the CPU limited part, with 32 operations per word, but the fast memory can provide apparent high speeds, on the first part, compared with such as the Nexus 7.
On tablet A1, the later native code ARM/Intel version produced performance gains of up to nearly twice as fast as the ARM converted test run. In both cases, with 2 operations per word, maximum MP gains were on using L2 cache based data, with RAM speed performance limitations, where two threads were needed for maximum speed (See
Android Native ARM-Intel Benchmarks.htm).
July 2015 - T21, with the Qualcomm Snapdragon 800, produces the fastest overall performance so far, using four cores. On a single core T11, with a Cortex-A15, is faster, typically by 50% on a per MHz basis.
August 2015 - Results provided for T22, with 64 bit CPU and 64 bit Android 5.0, showing that, at 32 operations per word, it was just over twice as fast at 64 bits, then up to 3.7 times, at 2 operations per word, with cache based data. The reason is that 64 bit vector SIMD instructions were produced, instead of scalars.
October 2015 - T7 Nexus 7, Android 5.0.2, then up to 5.1.1, upgrades, similar speeds (not shown).
T22 Android 5.0.2 to 5.1 (ARM-v8 CPU), as with other benchmarks, practically all results were a little faster, average around 3% for both 32 bit and 64 bit compilations (see below).
For a version using NEON functions see www.roylongbottom.org.uk/Android NEON Benchmarks.htm.
*****************************************************
A1 Quad Core 1.86 GHz Intel Atom Z3745, Android 4.4
Dual Channel LPDDR3-1066 Bandwidth 17.1 GB/s
Android MP-MFLOPS v7 Benchmark V1.1 04-Feb-2015 10.59
FPU Add & Multiply using 1, 2, 4 and 8 Threads
2 Ops/Word 32 Ops/Word
KB 12.8 128 12800 12.8 128 12800
MFLOPS
1T 413 495 467 556 529 562
2T 919 937 888 1141 1148 1084
4T 1513 937 869 1841 2141 2183
8T 1077 1163 910 1983 2066 2175
Total Elapsed Time 6.7 seconds
Longer Tests - 100 Times
Android MP-MFLOPS2 Benchmark V2.1 04-Feb-2015 11.03
FPU Add & Multiply using 1, 2, 4 and 8 Threads
2 Ops/Word 32 Ops/Word
KB 12.8 128 12800 12.8 128 12800
MFLOPS
1T 502 501 476 575 575 573
2T 1012 975 921 1133 1140 1115
4T 1571 1627 979 2238 2255 2258
8T 1550 1890 1007 2235 2239 2217
Total Elapsed Time 117.4 seconds
Measured CPU MHz - 1862
ARM/Intel MP-MFLOPS2 Benchmark V2.1 28-Apr-2015 17.24
FPU Add & Multiply using 1, 2, 4 and 8 Threads
2 Ops/Word 32 Ops/Word
KB 12.8 128 12800 12.8 128 12800
MFLOPS
1T 695 696 661 1061 1061 1055
2T 1335 1382 1058 2088 2086 2102
4T 1832 2635 979 3993 4125 4145
8T 2026 2557 1007 3842 4044 4110
Total Elapsed Time 65.8 seconds
Old V5 Instructions
Android MP-MFLOPS v5 Benchmark V1.1 04-Feb-2015 11.18
FPU Add & Multiply using 1, 2, 4 and 8 Threads
2 Ops/Word 32 Ops/Word
KB 12.8 128 12800 12.8 128 12800
MFLOPS
1T 175 171 190 198 203 192
2T 357 345 379 405 401 393
4T 645 369 441 524 702 698
8T 362 292 339 719 634 688
Total Elapsed Time 4.8 seconds
*****************************************************
T11 Samsung EXYNOS 5250 Dual 2.0 GHz Cortex-A15, Android 4.2.2
Android MP-MFLOPS v7 Benchmark V1.1 09-Aug-2013 17.14
FPU Add & Multiply using 1, 2, 4 and 8 Threads
2 Ops/Word 32 Ops/Word
KB 12.8 128 12800 12.8 128 12800
MFLOPS
1T 619 475 429 1106 1481 1438
2T 1195 935 654 2420 2992 2986
4T 2010 1924 635 3054 3134 2573
8T 1128 1197 640 2259 2796 2981
Total Elapsed Time 3.7 seconds
Measured CPU MHz - 1700
Power Saving Mode - 1000 MHz
FPU Add & Multiply using 1, 2, 4 and 8 Threads
2 Ops/Word 32 Ops/Word
KB 12.8 128 12800 12.8 128 12800
MFLOPS
1T 616 469 423 917 889 864
2T 1169 943 651 1830 1787 1751
4T 1178 1203 513 1828 1833 1757
8T 1139 1122 645 1800 1836 1756
Total Elapsed Time 5.3 seconds
Longer Tests - 100 Times
FPU Add & Multiply using 1, 2, 4 and 8 Threads
2 Ops/Word 32 Ops/Word
KB 12.8 128 12800 12.8 128 12800
MFLOPS
1T 1004 816 578 1565 1528 1502
2T 1958 1633 643 3151 3060 2757
4T 1467 1152 608 2925 2844 2743
8T 1731 1666 596 2832 2870 2504
Total Elapsed Time 303.3 seconds
Old V5 Instructions
Android MP-MFLOPS v5 Benchmark V1.1 04-Feb-2015 11.26
FPU Add & Multiply using 1, 2, 4 and 8 Threads
2 Ops/Word 32 Ops/Word
KB 12.8 128 12800 12.8 128 12800
MFLOPS
1T 42 50 41 59 58 54
2T 86 100 83 122 127 114
4T 126 130 82 113 126 117
8T 142 140 116 123 128 117
Total Elapsed Time 14.4 seconds
*****************************************************
T21 Qualcomm Snapdragon 800 2150 MHz, Android 4.4.4
Android MP-MFLOPS v7 Benchmark V1.1 05-Jul-2015 14.56
FPU Add & Multiply using 1, 2, 4 and 8 Threads
2 Ops/Word 32 Ops/Word
KB 12.8 128 12800 12.8 128 12800
MFLOPS
1T 367 754 536 1212 1245 1243
2T 1341 1153 1040 2426 2422 2403
4T 1576 1048 1048 2941 4076 4165
8T 2648 2140 1309 4559 4885 4571
Total Elapsed Time 3.3 seconds
Longer Tests
Android MP-MFLOPS2 Benchmark V2.1 05-Jul-2015 15.35
FPU Add & Multiply using 1, 2, 4 and 8 Threads
2 Ops/Word 32 Ops/Word
KB 12.8 128 12800 12.8 128 12800
MFLOPS
1T 718 781 590 1214 1220 1228
2T 1572 1583 1118 2406 2436 2442
4T 2338 2959 1836 4867 4911 4859
8T 3148 3266 1866 4870 4916 4888
Total Elapsed Time 56.4 seconds
Old V5 Instructions
Android MP-MFLOPS v5 Benchmark V1.1 05-Jul-2015 14.52
FPU Add & Multiply using 1, 2, 4 and 8 Threads
2 Ops/Word 32 Ops/Word
KB 12.8 128 12800 12.8 128 12800
MFLOPS
1T 49 69 69 63 66 61
2T 147 146 136 129 126 121
4T 122 145 150 221 247 241
8T 262 255 272 261 246 242
Total Elapsed Time 10.8 seconds
********************* T22 32 Bit ********************
T22, Quad Core ARM Cortex-A53 1300 MHz, Android 5.0.2
ARM/Intel MP-MFLOPS2 Benchmark V2.2 09-Aug-2015 21.17
Compiled for 32 bit ARM v7a
FPU Add & Multiply using 1, 2, 4 and 8 Threads
2 Ops/Word 32 Ops/Word
KB 12.8 128 12800 12.8 128 12800
MFLOPS
1T 190 190 184 670 672 664
2T 377 378 370 1343 1345 1329
4T 707 755 725 2657 2669 2621
8T 722 736 714 2640 2672 2631
Total Elapsed Time 113.0 seconds
*************** T22 Android 5.1 32 Bit **************
ARM/Intel MP-MFLOPS2 Benchmark V2.2 28-Sep-2015 21.11
Compiled for 32 bit ARM v7a
FPU Add & Multiply using 1, 2, 4 and 8 Threads
2 Ops/Word 32 Ops/Word
KB 12.8 128 12800 12.8 128 12800
MFLOPS
1T 196 196 190 692 692 687
2T 391 393 385 1387 1387 1371
4T 683 768 745 2746 2754 2705
8T 752 763 742 2724 2743 2705
Total Elapsed Time 109.6 seconds
********************* T22 64 Bit ********************
ARM/Intel MP-MFLOPS2 Benchmark V2.2 09-Aug-2015 21.24
Compiled for 64 bit ARM v8a
FPU Add & Multiply using 1, 2, 4 and 8 Threads
2 Ops/Word 32 Ops/Word
KB 12.8 128 12800 12.8 128 12800
MFLOPS
1T 705 701 636 1398 1394 1362
2T 1376 1395 942 2794 2797 2757
4T 2063 2602 962 5491 5546 5336
8T 2474 2611 957 5367 5500 5417
Total Elapsed Time 51.6 seconds
*************** T22 Android 5.1 64 Bit **************
ARM/Intel MP-MFLOPS2 Benchmark V2.2 28-Sep-2015 22.16
Compiled for 64 bit ARM v8a
FPU Add & Multiply using 1, 2, 4 and 8 Threads
2 Ops/Word 32 Ops/Word
KB 12.8 128 12800 12.8 128 12800
MFLOPS
1T 730 727 668 1436 1440 1411
2T 1411 1434 963 2884 2889 2840
4T 1959 2749 979 5614 5460 5606
8T 2540 2661 1024 5583 5700 5576
Total Elapsed Time 50.1 seconds
*****************************************************
P11 Galaxy SIII, Quad Cortex-A9 1.4 GHz, Android 4.0.4
Android MP-MFLOPS v7 Benchmark V1.0 23-Dec-2012 14.12
FPU Add & Multiply using 1, 2, 4 and 8 Threads
2 Ops/Word 32 Ops/Word
KB 12.8 128 12800 12.8 128 12800
MFLOPS
1T 208 188 172 588 675 643
2T 392 375 302 1323 1342 1311
4T 472 439 321 1824 1758 1645
8T 619 608 381 2666 2537 2645
Total Elapsed Time 6.7 seconds
Longer Tests - 100 Times
FPU Add & Multiply using 1, 2, 4 and 8 Threads
2 Ops/Word 32 Ops/Word
KB 12.8 128 12800 12.8 128 12800
MFLOPS
1T 212 191 186 692 626 664
2T 311 380 367 1390 1365 1051
4T 615 771 520 2678 2678 2600
8T 836 817 536 2692 2261 2595
Total Elapsed Time 580.8 seconds
Measured CPU MHz - 1400
Old V5 Instructions
Android MP-MFLOPS v5 Benchmark V1.0 23-Dec-2012 14.48
FPU Add & Multiply using 1, 2, 4 and 8 Threads
2 Ops/Word 32 Ops/Word
KB 12.8 128 12800 12.8 128 12800
MFLOPS
1T 38 44 35 38 38 37
2T 88 88 77 76 76 74
4T 92 90 78 98 103 145
8T 177 174 146 153 148 148
Total Elapsed Time 18.6 seconds
*****************************************************
P20 MediaTec MT6589, Quad Cortex A7 1.5 GHz, Android 4.2.1
Android MP-MFLOPS v7 Benchmark V1.1 05-11-2013 10.17
FPU Add & Multiply using 1, 2, 4 and 8 Threads
2 Ops/Word 32 Ops/Word
KB 12.8 128 12800 12.8 128 12800
MFLOPS
1T 270 268 223 740 737 701
2T 541 531 447 1478 1476 1393
4T 1070 1035 633 2935 2912 2773
8T 1051 1075 579 2909 2946 2636
Total Elapsed Time 5.4 seconds
*****************************************************
T7 Nexus 7 Quad 1300 MHz Cortex-A9, Android 4.1.2
Android MP-MFLOPS v7 Benchmark V1.0 17-Oct-2012 16.49
FPU Add & Multiply using 1, 2, 4 and 8 Threads
2 Ops/Word 32 Ops/Word
KB 12.8 128 12800 12.8 128 12800
MFLOPS
1T 180 170 118 643 581 573
2T 365 323 199 1193 1164 1145
4T 726 700 241 2355 2374 2280
8T 623 724 229 2178 2385 2182
Total Elapsed Time 7.2 seconds
Longer Tests - Similar speed Android 5.0.2
Android MP-MFLOPS2 Benchmark V2.1 05-Feb-2015 11.37
FPU Add & Multiply using 1, 2, 4 and 8 Threads
2 Ops/Word 32 Ops/Word
KB 12.8 128 12800 12.8 128 12800
MFLOPS
1T 182 156 114 598 578 572
2T 365 321 194 1194 1163 1141
4T 716 655 233 2367 2316 2240
8T 717 682 233 2347 2371 2246
Total Elapsed Time 135.5 seconds
Old V5 Instructions
Android MP-MFLOPS v5 Benchmark V1.0 17-Oct-2012 14.00
FPU Add & Multiply using 1, 2, 4 and 8 Threads
2 Ops/Word 32 Ops/Word
KB 12.8 128 12800 12.8 128 12800
MFLOPS
1T 36 37 34 33 33 32
2T 77 75 68 66 66 65
4T 157 157 134 133 129 127
8T 128 122 111 130 122 128
Total Elapsed Time 20.5 seconds
Measured CPU MHz - 1200
*****************************************************
T4 Miumiu w17 Pro 7 inch tablet, dual 1500 MHz Cortex-A9
Android MP-MFLOPS v7 Benchmark V1.0 28-Sep-2012 18.21
FPU Add & Multiply using 1, 2, 4 and 8 Threads
2 Ops/Word 32 Ops/Word
KB 12.8 128 12800 12.8 128 12800
MFLOPS
1T 183 159 90 588 539 524
2T 340 310 152 1117 1108 1048
4T 348 341 158 1144 1099 1067
8T 330 346 160 1129 1141 1055
Total Elapsed Time 9.6 seconds
Settings CPU Mode Normal, not Performance
1T 23 67 65 307 135 172
2T 99 128 136 800 1015 1017
4T 345 343 153 1133 1150 1069
8T 348 351 159 1134 1148 1054
Total Elapsed Time 17.6 seconds
Android MP-MFLOPS v5 Benchmark V1.0 28-Sep-2012 17.50
1T 39 36 31 32 32 32
2T 74 71 57 63 62 60
4T 75 71 63 64 64 61
8T 75 75 61 64 64 62
Total Elapsed Time 26.3 seconds
Measured CPU MHz - 1200
*****************************************************
P15 Lava Xolo A1000 1GHz Dual-core Cortex A9 processor
Android MP-MFLOPS v7 Benchmark V1.1 14-Mar-2013 07.49
FPU Add & Multiply using 1, 2, 4 and 8 Threads
2 Ops/Word 32 Ops/Word
KB 12.8 128 12800 12.8 128 12800
MFLOPS
1T 139 133 134 487 477 471
2T 299 280 215 977 937 939
4T 289 279 194 974 970 910
8T 297 298 221 975 963 936
Total Elapsed Time 10.3 seconds
*****************************************************
T2 WayTeq xTAB-70 7 inch tablet, 800 MHz Cortex-A9
Android MP-MFLOPS v7 Benchmark V1.0 28-Sep-2012 18.38
FPU Add & Multiply using 1, 2, 4 and 8 Threads
2 Ops/Word 32 Ops/Word
KB 12.8 128 12800 12.8 128 12800
MFLOPS
1T 70 94 69 393 388 386
2T 113 113 67 395 386 384
4T 116 118 67 390 390 384
8T 120 114 68 389 392 377
Total Elapsed Time 21.0 seconds
Android MP-MFLOPS v5 Benchmark V1.0 28-Sep-2012 18.35
1T 10 25 23 21 21 21
2T 25 24 22 22 22 21
4T 26 26 23 22 22 21
8T 26 26 22 21 21 21
Total Elapsed Time 60.9 seconds
*****************************************************
T1 TTFone M013S 10.1 inch tablet, 300-800 MHz VIA 8650
Android MP-MFLOPS v5 Benchmark V1.0 28-Sep-2012 18.34
FPU Add & Multiply using 1, 2, 4 and 8 Threads
2 Ops/Word 32 Ops/Word
KB 12.8 128 12800 12.8 128 12800
MFLOPS
1T 10 9 9 10 10 10
2T 10 9 9 10 10 10
4T 10 9 9 10 9 10
8T 10 10 9 10 10 10
Total Elapsed Time 132.1 seconds
*****************************************************
T9 ARM 926EJ 800 MHz, Android 2.2
Android MP-MFLOPS v5 Benchmark V1.1 09-jul-2013 22.44
FPU Add & Multiply using 1, 2, 4 and 8 Threads
2 Ops/Word 32 Ops/Word
KB 12.8 128 12800 12.8 128 12800
MFLOPS
1T 10 9 9 10 9 10
2T 10 9 9 10 10 10
4T 10 9 9 10 10 9
8T 10 10 9 10 10 9
Total Elapsed Time 134,9 seconds
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To Start
MP Whetstone Benchmark
The Whetstone programs, initially used in 1972, were the first general purpose benchmarks that set industry standards of computer system performance. Details and performance of early to modern systems can be found in
Whetstone Benchmark History And Results and
Results On PCs.
The overall performance rating is in Millions of Whetstone Instructions Per Second (MWIPS). Later, it was found necessary to measure the speed of the eight different test functions used, to demonstrate that compilers were not over optimising and to allow code tweaks to avoid this situation. The additional measurements are in terms of Millions of Operations Per Second (MOPS) or MFLOPS for straight floating point calculations.
As the design authority, nominated by the original author, I have to say that versions that do not provide these separate measurements cannot be taken as valid.
This multithreading benchmark runs using 1, 2, 4 and 8 threads, executing multiple copies of the same program. An initial calibration, using a single thread, determines the number of passes needed for an overall execution time of 5 seconds. Then all threads are run using the same pass count, running time being extended when there are more threads than CPUs. The same calculations are carried out on each thread but using dedicated variables. The numeric results of calculations are noted for the first thread with others checked for the same values and an error message displayed if they are inconsistent.
An example of displayed results is shown below. Configuration details, as shown above for the first MP program, are included in Emailed details.
Android MP-Whetstone Benchmark V1.0 02-Oct-2012 17.11
Using 1, 2, 4 and 8 Threads
MWIPS MFLOPS MFLOPS MFLOPS Cos Exp Fixpt If Equal
1 2 3 MOPS MOPS MOPS MOPS MOPS
1T 985.5 209.9 219.5 245.5 23.9 15.0 442.1 556.0 479.8
2T 2005.9 445.8 449.9 512.4 49.7 29.1 869.0 1158.6 987.2
4T 2060.7 445.8 463.6 523.1 51.8 29.5 885.2 1282.8 1005.9
8T 2036.8 461.0 469.1 513.6 50.7 29.4 890.8 1181.8 998.0
Overall Seconds 4.83 1T, 4.88 2T, 9.46 4T, 18.90 8T
All calculations produced consistent numeric results
Total Elapsed Time 38.6 seconds
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To Start
MP-WHETS Results
This benchmark works on both v7 vfpv3 floating point and older v5 hardware, using the two different libraries generated on compilation. Note the slow floating point performance on Tablet T1.
Tablets T7 and T4 again appear to be running slower than expected. The first two MFLOPS tests use limited cached data and, unlike the other tests, might be why P11's four thread performance is lower than expected.
August 2013 - Results for Tablet T11, with the dual core Cortex-A15 CPU, are disappointing, as with the single processor Whetstone Benchmark. P11’s Cortex-A9 is faster on some test functions on a per MHz basis.
On the first time of running, performance was even worse, but this was with the CPU running at 1000 MHz due to the Power Saving option being on (see results below).
On T11, the timer with 100 ms sampling, showed that the CPU was running at 1700 MHz virtually all of the time.
February 2015 - Atom system A1 performed quite well on the simple floating point calculations but fell down using mathematical functions.
The new ARM/Intel version, running on the Intel Atom tablet, is rated at twice the speed of the original, due to the use of native code. The fixed point results indicate overoptimisation, but the test uses little of the overall time, this being mainly dependent on the Cos, Exp and third MFLOPS tests (See
Android Native ARM-Intel Benchmarks.htm).
July 2015 - T21, with the Qualcomm Snapdragon 800, obtains similar performance as the native code version running on tablet A1, with the Intel Atom CPU.
August 2015 - Results provided for 64 bit T22 showing that, at 64 bits, the Fixpt test was clearly nearly optimised out, but this makes little difference to the overall MWIPS rating, at 2.25 times faster than the 32 bit benchmark.
October 2015 - T7 Nexus 7, Android 5.0.2, up to 5.1.1, upgrades produced similar speeds as via Android 4.
As for the stand alone version, the ARM/Intel compilation, via the later gcc 4.8 compilation, produced a slower overall rating. This was due to excessive time taken by the Exp test. T7 example from Android 5.1.1 provided below.
T22 Android 5.0.2 to 5.1 (ARM-v8 CPU), as with other benchmarks, practically all results were a little faster, average around 6% for both 32 bit and 64 bit compilations (see below).
Each thread executes the same test functions at the same time, running time and speed calculations being based on the last thread to finish. As with the later MP-RandMem program, Mutex functions are used to avoid the updating conflict by only allowing one thread at a time to access common data. This has little effect and performance of each test can be proportional to the number of cores.
*****************************************************
A1 Quad Core 1.86 GHz Intel Atom Z3745, Android 4.4
Dual Channel LPDDR3-1066 Bandwidth 17.1 GB/s
Android MP-Whetstone Benchmark V1.1 04-Feb-2015 11.39
Using 1, 2, 4 and 8 Threads
MWIPS MFLOPS MFLOPS MFLOPS Cos Exp Fixpt If Equal
1 2 3 MOPS MOPS MOPS MOPS MOPS
1T 953.7 363.0 382.4 267.8 21.0 13.2 413.1 1842.4 392.3
2T 1921.2 726.0 663.5 541.4 42.6 27.0 816.1 3662.6 793.3
4T 3820.6 1419.2 1514.6 1081.5 84.1 54.0 1543.8 6292.4 1588.5
8T 4003.8 1912.9 1872.4 1114.1 86.5 56.4 2053.1 8292.6 1599.7
Overall Seconds 4.88 1T, 4.87 2T, 4.96 4T, 10.05 8T
#################### A1 ARM-Intel ######################
ARM/Intel MP-Whetstone Benchmark V1.1 30-Apr-2015 17.35
Using 1, 2, 4 and 8 Threads
MWIPS MFLOPS MFLOPS MFLOPS Cos Exp Fixpt If Equal
1 2 3 MOPS MOPS MOPS MOPS MOPS
1T 1916.9 691.4 691.3 497.2 35.3 27.6 10209.8 2787.3 1351.8
2T 3800.3 1377.6 1381.2 980.0 70.1 54.7 20248.0 5252.8 2748.7
4T 7604.9 2713.2 2711.8 1977.1 140.2 110.0 33906.3 9526.5 5550.8
8T 7798.1 3141.5 3627.2 2064.2 141.2 110.2 59590.6 12743.7 5711.5
Overall Seconds 4.94 1T, 5.00 2T, 5.06 4T, 10.11 8T
*****************************************************
P23 Huawei ?? Octa-core Cortex A17, ?? GHz, Android 4.2.2
Android MP-Whetstone Benchmark V1.1 24-9 ?-2014 10.53
Using 1, 2, 4 and 8 Threads
MWIPS MFLOPS MFLOPS MFLOPS Cos Exp Fixpt If Equal
1 2 3 MOPS MOPS MOPS MOPS MOPS
1T 1129.8 282.6 286.2 340.4 24.6 15.6 600.3 1360.1 509.7
2T 2251.0 553.9 569.8 680.0 48.9 31.1 1201.4 2722.3 1017.2
4T 4516.5 956.9 1145.5 1361.5 98.7 62.4 2402.0 5441.9 2038.8
8T 8982.5 1713.2 2262.3 2716.7 196.9 123.9 4788.410771.3 4070.7
Overall Seconds 4.93 1T, 4.97 2T, 5.03 4T, 5.20 8T
*****************************************************
T11 Samsung EXYNOS 5250 Dual 2.0 GHz Cortex-A15, Android 4.2.2
Android MP-Whetstone Benchmark V1.1 06-Sep-2013 12.49
Using 1, 2, 4 and 8 Threads
MWIPS MFLOPS MFLOPS MFLOPS Cos Exp Fixpt If Equal
1 2 3 MOPS MOPS MOPS MOPS MOPS
1T 1308.2 345.9 379.0 294.1 30.8 17.2 1351.4 1265.7 843.1
2T 2886.6 782.1 782.6 614.0 80.1 34.3 2775.2 2463.7 1667.5
4T 3086.0 998.6 788.1 610.6 79.2 44.5 3472.0 2526.4 2191.4
8T 2930.0 788.2 843.5 616.5 80.5 35.0 2846.0 2799.1 1686.2
Overall Seconds 3.54 1T, 3.30 2T, 6.62 4T, 13.16 8T
Measured CPU MHz - 1700
Power Saving On
Using 1, 2, 4 and 8 Threads
MWIPS MFLOPS MFLOPS MFLOPS Cos Exp Fixpt If Equal
1 2 3 MOPS MOPS MOPS MOPS MOPS
1T 840.7 228.7 224.7 178.2 23.4 10.0 822.1 740.9 488.6
2T 1676.3 448.5 443.4 357.2 46.5 19.9 1642.8 1483.0 978.8
4T 1716.7 445.4 448.7 365.6 47.5 20.3 2092.6 1667.0 990.8
8T 1695.9 459.7 463.0 358.9 46.8 20.1 1647.9 1484.5 1116.2
Overall Seconds 4.92 1T, 4.94 2T, 9.94 4T, 19.68 8T
Measured CPU MHz - 1000
*****************************************************
T21 Qualcomm Snapdragon 800 2150 MHz, Android 4.4.4
Android MP-Whetstone Benchmark V1.1 06-Jul-2015 10.42
Using 1, 2, 4 and 8 Threads
MWIPS MFLOPS MFLOPS MFLOPS Cos Exp Fixpt If Equal
1 2 3 MOPS MOPS MOPS MOPS MOPS
1T 1877.1 645.2 642.6 524.1 44.0 22.3 1364.7 1572.1 898.9
2T 3668.6 1220.2 1262.4 1021.9 85.9 43.8 2663.5 3078.4 1753.4
4T 7426.9 2375.5 2474.7 2097.7 175.7 88.2 5052.6 6240.4 3555.0
8T 7706.6 2692.2 2746.2 2186.9 180.1 90.3 5822.5 6902.7 3681.3
Overall Seconds 4.44 1T, 4.62 2T, 4.64 4T, 9.00 8T
Total Elapsed Time 24.1 seconds
********************* T22 32 Bit ********************
T22, Quad Core ARM Cortex-A53 1300 MHz, Android 5.0.2
ARM/Intel MP-Whetstone Benchmark V1.2 10-Aug-2015 11.30
Compiled for 32 bit ARM v7a
Using 1, 2, 4 and 8 Threads
MWIPS MFLOPS MFLOPS MFLOPS Cos Exp Fixpt If Equal
1 2 3 MOPS MOPS MOPS MOPS MOPS
1T 676.4 275.9 281.9 147.9 35.4 5.3 600.3 901.0 285.5
2T 1362.5 533.8 561.7 298.0 70.9 10.8 1203.1 1838.9 574.0
4T 2698.6 903.9 1071.7 594.4 141.2 21.5 2346.1 3305.5 1138.5
8T 2830.1 1463.2 1393.0 614.2 152.5 21.9 3243.9 4418.3 1171.4
Overall Seconds 4.95 1T, 4.94 2T, 5.11 4T, 10.09 8T
*************** T22 Andoid 5.1 32 Bit ***************
ARM/Intel MP-Whetstone Benchmark V1.2 28-Sep-2015 21.18
Compiled for 32 bit ARM v7a
Using 1, 2, 4 and 8 Threads
MWIPS MFLOPS MFLOPS MFLOPS Cos Exp Fixpt If Equal
1 2 3 MOPS MOPS MOPS MOPS MOPS
1T 706.1 284.7 286.8 154.2 37.6 5.6 618.9 1114.8 294.0
2T 1411.9 552.0 553.1 307.6 75.3 11.2 1240.1 2362.1 592.5
4T 2779.8 948.4 1140.7 613.4 147.4 21.8 2418.0 4651.7 1170.3
8T 2913.1 1386.6 1434.9 631.2 157.2 22.6 3142.5 5860.6 1187.8
Overall Seconds 4.91 1T, 4.91 2T, 5.12 4T, 10.02 8T
********************* T22 64 Bit ********************
ARM/Intel MP-Whetstone Benchmark V1.2 10-Aug-2015 11.34
Compiled for 64 bit ARM v8a
Using 1, 2, 4 and 8 Threads
MWIPS MFLOPS MFLOPS MFLOPS Cos Exp Fixpt If Equal
1 2 3 MOPS MOPS MOPS MOPS MOPS
1T 1524.8 328.6 348.8 297.6 37.3 19.9 1462579 1867.2 1238.0
2T 3062.5 688.8 697.9 596.0 75.5 39.8 2097113 3726.7 2481.3
4T 6085.4 1214.9 1360.5 1185.4 150.5 79.4 2449153 7055.0 4951.8
8T 6222.4 1495.2 1545.6 1204.2 152.2 80.6 3869846 9218.8 5154.1
Overall Seconds 4.92 1T, 4.90 2T, 5.05 4T, 9.97 8T
*************** T22 Andoid 5.1 64 Bit ***************
ARM/Intel MP-Whetstone Benchmark V1.2 28-Sep-2015 22.22
Compiled for 64 bit ARM v8a
Using 1, 2, 4 and 8 Threads
MWIPS MFLOPS MFLOPS MFLOPS Cos Exp Fixpt If Equal
1 2 3 MOPS MOPS MOPS MOPS MOPS
1T 1634.8 360.2 360.0 307.0 41.9 21.31708797.2 1923.6 1278.3
2T 3270.5 713.8 720.1 615.2 83.7 42.62426910.3 3847.3 2563.3
4T 6466.7 1312.0 1395.8 1224.3 167.6 83.13224807.7 7403.4 5078.8
8T 6683.1 1466.7 1485.2 1253.2 171.4 86.74732245.1 9177.6 5315.0
Overall Seconds 4.90 1T, 4.91 2T, 5.08 4T, 10.06 8T
*****************************************************
P11 Galaxy SIII, Quad Cortex-A9 1.4 GHz, Android 4.0.4
Android MP-Whetstone Benchmark V1.0 23-Dec-2012 14.36
Using 1, 2, 4 and 8 Threads
MWIPS MFLOPS MFLOPS MFLOPS Cos Exp Fixpt If Equal
1 2 3 MOPS MOPS MOPS MOPS MOPS
1T 1206.4 266.3 269.4 310.1 30.1 17.6 522.8 551.8 597.9
2T 2411.7 520.5 530.0 619.1 60.0 35.1 1026.4 1359.2 1195.9
4T 4719.0 874.2 881.7 1231.1 119.1 69.6 2072.8 2779.4 2369.0
8T 4676.4 1227.1 1105.1 1182.4 120.0 63.2 2254.4 2821.8 2299.5
Overall Seconds 4.84 1T, 4.82 2T, 5.14 4T, 10.25 8T
*****************************************************
T7 Nexus 7 Quad 1300 MHz Cortex-A9, Android 4.1.2
Android MP-Whetstone Benchmark V1.0 17-Oct-2012 13.49
Using 1, 2, 4 and 8 Threads
MWIPS MFLOPS MFLOPS MFLOPS Cos Exp Fixpt If Equal
1 2 3 MOPS MOPS MOPS MOPS MOPS
1T 1033.7 247.4 235.4 266.0 25.3 15.0 448.4 630.9 513.5
2T 2058.1 456.3 473.0 532.4 50.0 30.1 898.1 1198.4 1026.6
4T 4122.8 831.9 944.7 1064.6 100.7 60.1 1797.0 2392.2 2053.4
8T 4163.2 1016.0 948.2 1069.5 101.8 60.9 1808.0 2414.2 2051.5
Overall Seconds 5.28 1T, 5.34 2T, 5.42 4T, 10.81 8T
Later GCC 4.8 Compilation
ARM/Intel MP-Whetstone Benchmark V1.1 01-Oct-2015 12.45
Using 1, 2, 4 and 8 Threads
MWIPS MFLOPS MFLOPS MFLOPS Cos Exp Fixpt If Equal
1 2 3 MOPS MOPS MOPS MOPS MOPS
1T 621.0 235.6 238.6 139.2 27.9 5.3 479.5 1415.1 235.7
2T 1253.5 483.8 483.6 281.6 56.3 10.6 969.6 2863.6 478.2
4T 2489.3 826.2 963.1 560.7 112.8 21.0 1933.3 5709.1 934.9
8T 2497.9 980.7 973.1 562.7 112.9 20.9 1961.2 5771.0 959.7
Overall Seconds 4.96 1T, 4.92 2T, 5.08 4T, 9.96 8T
Measured CPU MHz - 1200
*****************************************************
T4 Miumiu w17 Pro 7 inch tablet, dual 1500 MHz Cortex-A9
Android MP-Whetstone Benchmark V1.0 02-Oct-2012 17.11
Using 1, 2, 4 and 8 Threads
MWIPS MFLOPS MFLOPS MFLOPS Cos Exp Fixpt If Equal
1 2 3 MOPS MOPS MOPS MOPS MOPS
1T 985.5 209.9 219.5 245.5 23.9 15.0 442.1 556.0 479.8
2T 2005.9 445.8 449.9 512.4 49.7 29.1 869.0 1158.6 987.2
4T 2060.7 445.8 463.6 523.1 51.8 29.5 885.2 1282.8 1005.9
8T 2036.8 461.0 469.1 513.6 50.7 29.4 890.8 1181.8 998.0
Overall Seconds 4.83 1T, 4.88 2T, 9.46 4T, 18.90 8T
Measured CPU MHz - 1200
*****************************************************
T2 WayTeq xTAB-70 7 inch tablet, 800 MHz Cortex-A9
Android MP-Whetstone Benchmark V1.0 02-Oct-2012 17.14
Using 1, 2, 4 and 8 Threads
MWIPS MFLOPS MFLOPS MFLOPS Cos Exp Fixpt If Equal
1 2 3 MOPS MOPS MOPS MOPS MOPS
1T 607.9 143.3 132.4 151.3 15.2 8.8 277.5 367.0 301.2
2T 631.8 144.1 136.4 164.1 15.7 9.1 272.1 369.3 316.0
4T 643.3 144.6 141.0 168.5 15.7 9.3 282.4 376.5 323.9
8T 627.5 132.7 130.5 153.1 15.7 9.4 287.1 353.1 313.1
Overall Seconds 4.86 1T, 9.38 2T, 18.44 4T, 38.08 8T
*****************************************************
T1 TTFone M013S 10.1 inch tablet, 300-800 MHz VIA 8650
Android MP-Whetstone Benchmark V1.0 02-Oct-2012 17.19
Using 1, 2, 4 and 8 Threads
MWIPS MFLOPS MFLOPS MFLOPS Cos Exp Fixpt If Equal
1 2 3 MOPS MOPS MOPS MOPS MOPS
1T 30.2 9.6 10.1 11.4 0.6 0.3 77.1 193.9 145.7
2T 30.4 9.8 9.9 11.4 0.6 0.3 78.9 174.2 146.3
4T 30.5 9.9 10.5 11.5 0.6 0.3 77.9 214.6 147.4
8T 30.9 9.9 10.4 11.2 0.6 0.3 78.7 200.7 147.8
Overall Seconds 4.71 1T, 9.40 2T, 18.81 4T, 37.16 8T
*****************************************************
ET1 Device ARM Emulator 2.4 GHz Core 2 Duo
Android MP-Whetstone Benchmark V1.0 02-Oct-2012 15.27
Using 1, 2, 4 and 8 Threads
MWIPS MFLOPS MFLOPS MFLOPS Cos Exp Fixpt If Equal
1 2 3 MOPS MOPS MOPS MOPS MOPS
1T 90.7 28.2 27.5 34.9 1.5 1.2 143.4 214.4 174.5
2T 90.4 27.3 27.8 34.9 1.5 1.2 145.8 216.4 174.2
4T 89.5 28.6 27.7 34.8 1.5 1.2 145.1 213.4 173.8
8T 89.6 28.4 27.8 35.0 1.5 1.2 145.6 213.8 174.7
Overall Seconds 4.86 1T, 9.78 2T, 19.69 4T, 39.42 8T
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To Start
MP Dhrystone Benchmark
The Dhrystone "C" benchmark provides a measure of integer performance (no floating point instructions). It became the key standard benchmark from 1984. Speed was originally measured in Dhrystones per second. This was later changed to VAX MIPS by dividing Dhrystones per second by 1757, the DEC VAX 11/780 result, the latter being regarded as the first 1 MIPS minicomputer.
Details and results from Windows and Linux based PCs, can be found in
Dhrystone Results.htm.
This multithreading benchmark runs using 1, 2, 4 and 8 threads, executing multiple copies of the same program. An initial calibration, using a single thread, determines the number of passes needed for an overall execution time of 1 second. Then all threads are run using the same pass count, running time being extended when there are more threads than CPUs. The same calculations are carried out on each thread.
Some variables can be used by all threads and it might be foreseen that this could cause the program to crash. Data arrays have been moved so that different RAM will be allocated for each thread. One of the locations is used to count the number passes used be each thread and these are checked for consistency.
An example of displayed results is shown below. Configuration details, as shown above for the first MP program, are included in Emailed details.
Android MP-Dhrystone 2 Benchmark V1.0 06-Oct-2012 12.40
Using 1, 2, 4 and 8 Threads
Threads 1 2 4 8
Seconds 0.91 1.01 2.01 4.06
Dhrystones per Second 2185814 3970026 3975949 3938332
VAX MIPS rating 1244 2260 2263 2242
Internal pass count correct all threads
Total Elapsed Time 8.5 seconds
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To Start
MP-Dhry Results
This benchmark also works on both v7 and v5 hardware, using the two different libraries generated on compilation. Again, tablet T4 demonstrates a significant performance gain of up to 1.82 times, using two cores. Tablet T7 gains are 1.74 times with two cores and 2.42 using all four cores.
It seems that these are degraded by shared data forced to reside in RAM or L2 cache. Again, P11 has lower gains using four cores.
Results from emulators include some from the newer BlueStack software. This and the Android NDK tool only use one of multiple cores and each typically runs at 5% speed of Windows or Linux natively compiled versions of the same benchmark,
or sometimes 10% of a 1.5 GHz Cortex-A9 tablet CPU. On the other hand, all Java benchmarks can run at the same speed as the 1.5 GHz tablet. - See
Android Benchmarks.htm.
Using BlueStacks, this Dhrystone benchmark can produce results at 38% of the speed of a single 1.5 GHz Cortex-A9 CPU.
Below are results from http://gamma0burst.tistory.com in Korea (including some of mine). These provide better identification of the processors used. There are wide variations in results of what should be identical CPUs but, as with all benchmarks reported here, the systems might not be running at the specified clock frequency or might need a Setting to run at maximum speed.
August 2013 - Results for Tablet T11, with the dual core Cortex-A15 CPU, are the best so far running this MP-Dhrystone Benchmark. Note, results are provided for this CPU running at 1.0 and 1.7 GHz.
Continuous 1.7 MHz was confirmed with the 100 ms timer.
February 2015 - The benchmark failed run on Atom system A1 but, for some reason, ran later.
Unlike other systems, performance was worse using multiple threads. The later conversion, to a native ARM/Intel version, produced similar speeds on all Android devices tested. Then, running on a PC, via the BlueStacks emulator, showed that Intel native code ran ten times faster (See
Android Native ARM-Intel Benchmarks.htm).
July 2015 - T21, with the Qualcomm Snapdragon 800, sometimes crashes running this benchmark and apparently every time, trying the ARM-Intel version. When running, the eight thread performance is also highly suspect.
August 2015 - Results provided for 64 bit T22 showing that the 64 bit version was much faster than via the 32 bit variety.
October 2015 - T7 Nexus 7, Android 5.0.2 and up to 5.1.1 upgrades produced similar speeds (not shown).
T22 Android 5.0.2 to 5.1 (ARM-v8 CPU), all results were a little faster, average around 3% for both 32 bit and 64 bit compilations (see below).
VAX MIPS Rating
Threads 1 2 4 8
T11 Dual ARM-A15 1700 MHz 3086 4371 4335 4341
T11 Dual ARM-A15 1000 MHz 2271 4281 4326 4171
T11$ Dual ARM-A15 1000 MHz 2295 4057 3902 4096
P22 Quad ARM-A9 1600 MHz 2044 3762 5973 5682
P11 Quad ARM-A92 1400 MHz 1814 3178 3399 4775
P12 Dual QU-S4 1500 MHz 1737 3719 3308 3729
T7 Quad ARM-A9 1300 MHz 1584 2749 3836 3569
T7 $ Quad ARM-A9 1300 MHz 1464 2399 3575 3737
P13 Dual ARM-A9 1200 MHz 1572 2749 2778 2744
P23 Octa AER-A17 ???? MHz 1491 2554 2040 1505
T4 Dual ARM-A9 1500 MHz 1244 2260 2263 2242
T2 ARM-A9 800 MHz 767 790 790 807
T1 ARM926E 300-800 MHz 336 321 338 328
T9 ARM926E 800 MHz 296 291 326 324
A1 Atom Z3745 1866 MHz 2360 1394 1334 1321
A1$ Atom Z3745 1866 MHz 2365 1322 1323 1319
P19 Dual QU-S4 1500 MHz? 2404 4564 4544 4895
T21 Quad QU-800 2150 MHz 2850 4395 7736 11821
32 bit
T22 ARM v8-A53 1300 MHz 1412 2559 4038 4291
T22+ ARM v8-A53 1300 MHz 1449 2610 4264 4442
64 bit
T22 ARM v8-A53 1300 MHz 2548 4311 5560 5613
T22+ ARM v8-A53 1300 MHz 2623 4477 5734 5797
ET1 Emul Core2D 2400 MHz 255 253 255 254
BS1 Emul Phenx4 3000 MHz 474 465 453 449
BS1$ Emul Phenx4 3000 MHz 4844 4670 4623 4724
QU = Qualcomm CPU. $ ARM/Intel Version, + Android 5.1
Measured CPU MHz - T4 and T7 1200, T11 spec 2000
VAX MIPS via threads
Processor CPUs x MHz 1 2 4 8
Sam Exynos 4210 Cortex-A9 2x1200 1588 2771 2778 2733
1784 3209 3137 3165
Sam Exynos 4412 Cortex-A9 4x1400 1838 3108 4492 5244
4x1600 2065 3656 4619 5903
TI OMAP4460 Cortex-A9 2x1200 1328 2420 2594 2689
2x1200 1558 2779 2800 2708
nV Tegra 3 Cortex-A9 4x1400 1511 1951 3581 5154
Sam Exynos 5250 Cortex-A15 2x1700 3078 4342 4382 4396
QSn S3 MSM 8660 Scorpian 2x1500 1633 2339 2365 2419
QSn S4 MSM8960 Krait 2x1500 2105 3918 3517 4419
QSn S4 APQ8064 Krait 4x1500 2177 3868 6783 7242
QSn S4 Snap600 Krait300 4x1700 2353 3702 5954 5231
QSn - Qualcomm Snapdragon, Sam - Samsung, Aml - Amlogic,
Ti - Texas Instruments, nV - nVidia
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To Start
MP BusSpeed Benchmark
This uses the same calculations as my original
BusSpeed2K Benchmark ,
the link providing data and results, including Windows and Linux MP varieties.
Data is read using AND instructions at a range of data sizes covering caches and RAM.
The program starts by reading words with 32 word address increments, then reduces the increment to eventually read all words sequentially. Speed reductions of around 50% at each higher increment suggests reading in bursts over the bus. This is normal for reading from RAM and is sometimes found reading cached data.
In this case, only 12.3 KB, 123KB and 12.3 MB memory sizes are used via 1, 2, 4 and 8 threads.
Two versions are provided again for separate vfpv3 (v7) hardware and older CPUs (v5). An initial calibration phase for each test normally results in about 13 seconds overall running time. All threads read the same data sequentially. The results of all tests and all threads should be identical (Hex 55555555, where 5 is binary 0101) and this is checked and reported if incorrect.
An example of displayed results is shown below. Configuration details, as shown above for the first MP program, are included in Emailed details.
Android MP-BusSpd v7 Benchmark V1.0 11-Oct-2012 20.02
MB/Second Reading Data, 1, 2, 4 and 8 Threads
KB Inc32 Inc16 Inc8 Inc4 Inc2 RdAll
12.3 1T 2790 3123 3464 3516 3384 3250
2T 3948 5858 6466 6641 6764 6832
4T 5165 5915 6405 6097 6805 6700
8T 5444 5585 6488 6729 6876 6977
122.9 1T 484 497 481 579 644 1028
2T 927 929 923 1201 1264 1930
4T 916 940 926 1197 1175 1772
8T 932 929 937 1214 1285 1892
12288 1T 34 34 60 124 237 435
2T 49 47 85 162 295 650
4T 46 55 79 174 306 509
8T 46 50 103 176 345 698
No Errors Found
Total Elapsed Time 12.7 seconds
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To Start
MP-BusSpd Results
This benchmark is intended to demonstrate maximum speeds executing integer arithmetic, using the AND instruction.
As explained in
details for the single processor BusSpeed,
the RdAll tests at 12.3 KB provide measures of CPU speed and of RAM speed at 12.288 MB. Also, a measure of maximum possible data transfer rate can be estimated from burst measurements, typically 16 times the Inc16 results.
Calculated estimates of CPU and maximum potential RAM speeds are provided below for the quad core devices P11 and T7. On measured RAM speeds, both show that multiple cores are needed to obtain the highest throughput and the dual channel P11 performance is quite good.
As reflected in single processor BusSpeed results, the upgraded Cortex-A9 CPU in P11 provides significant performance gains using L2 cache and RAM.
August 2013 - Comparing Cortex-A15 Tablet T11 results, with those for Cortex-A9 Phone P11, suggests a difference in burst reading from L2 cache, reducing relative speed of T11 with the larger address increments. Other than this, cache based reading data is generally faster on T11 by 20% to 30%, after assuming the same MHz. In both cases, memory throughput can be doubled, using two cores, with P11’s improvement continuing with four cores.
In this case, T11 was running at 1700 MHz for most of the time.
February 2015 - Results for Atom system A1 are the best so far, the Intel to ARM instruction mapping not appearing to impose severe performance degradation. The Atom has a 64 bit memory bus, where maximum speed is 533 (MHz) x 2 (DDR) x 16 (bus bytes) = 17.06 GB/second.
The new ARM/Intel version, running on tablet A1, produced some gains using four threads and on estimated maximum RAM speed (See
Android Native ARM-Intel Benchmarks.htm).
July 2015 - T21, with the Qualcomm Snapdragon 800, has similar L1 cache based performance characteristic as Cortex-A9, assuming the same clock MHz, but significantly faster using L2 cache and RAM. Then, on the same basis, Cortex-A15 is faster from L1 but otherwise slower, particularly using RAM data trannsfers. The A1 Atom tablet is the closest match, via native Intel code.
August 2015 - Results included for T22 with 64 bit CPU and 64 bit Android 5.0. Just considering the Read All data tests, A53 64/32 bit L1 cache, L2 cache and RAM performance ratios averaged 2.2, 1.8 and 1.0.
October 2015 - T7 Nexus 7, Android 5.0.2 and up to 5.1.1 upgrades indicated similar speeds (not shown).
T22 Android 5.0.2 to 5.1 (ARM-v8 CPU), reading all data with 64 bit compilation indicated that most results were a little faster, average around 3%. Results were not as good at 32 bits, particularly with data in RAM (see below).
Tests via BlueStacks Emulator, and the one that installs with Eclipse, do not use multiple cores but the faster RAM on PCs can produce much better performance than Android devices at the 12.3 MB level, with BlueStacks being the quickest, but in turn, much slower than Windows and Linux versions reported on in
BusSpeed2K Results.htm.
NOTE: Originally, an estimate of maximum RAM data transfer speed could be calculated from such as Inc32 MB/second x 32 or Inc16 speed x 16. With the latest systems, this could indicate throughput faster than the specified maximum bandwidth. The reason for this that shared L2 caches are now being provided. In the benchmark, each thread reads all the data, starting a the beginning, whereby some will be read from L2 cache, rather than RAM. This also occurred on desktop PCs with shared L3 caches, where a revised version was produced with staggered starting addresses.
MP-BusSpd2i.apk is a similar revised version for Android and can be found in
Android Native ARM-Intel Benchmarks.htm.
*****************************************************
A1 Quad Core 1.86 GHz Intel Atom Z3745, Android 4.4
Dual Channel LPDDR3-1066 Bandwidth 17.1 GB/s
4 x 24 KB L1 cache, 2 x 1024 KB shared L2 caches
Android MP-BusSpd v7 Benchmark V1.1 04-Feb-2015 10.38
MB/Second Reading Data, 1, 2, 4 and 8 Threads
KB Inc32 Inc16 Inc8 Inc4 Inc2 RdAll
12.3 1T 4218 4461 6019 6448 6116 6474
2T 3917 5061 7652 8058 11346 12554
4T 4190 6955 11380 12327 15436 16020
8T 4254 7528 12364 16735 17407 16880
122.9 1T 1306 1598 2278 2667 3740 5017
2T 2560 3149 4490 5370 7468 10154
4T 3990 4052 5542 6504 10279 16331
8T 3070 5106 6376 9289 11898 17355
12288 1T 196 267 599 1199 2315 3815
2T 248 447 843 1658 3312 6625
4T 352 716 741 2114 4024 7280
8T 376 454 835 1780 3414 6622
Total Elapsed Time 13.6 seconds
Max CPU estimate 16880/1.92 = 8792 MIPS
#################### A1 ARM-Intel ######################
ARM/Intel MP-BusSpd v7 Benchmark V1.1 05-May-2015 14.28
MB/Second Reading Data, 1, 2, 4 and 8 Threads
KB Inc32 Inc16 Inc8 Inc4 Inc2 RdAll
12.3 1T 5925 6494 6778 6979 7047 7026
2T 3966 7029 9689 11689 12856 13654
4T 4438 8698 16739 22057 23946 25729
8T 4455 8619 15787 19934 22576 20804
122.9 1T 1490 1975 2360 2802 3818 5330
2T 2881 3798 4647 5531 7536 10546
4T 4452 6338 5910 10217 14650 19903
8T 4096 5075 6264 9213 12610 15821
12288 1T 206 273 593 1198 2343 3935
2T 276 455 842 1821 3319 6591
4T 445 730 1401 2076 4457 7525
8T 424 539 954 1829 3688 7064
Total Elapsed Time 13.0 second
Max CPU estimate 25729/1.92 = 13400 MIPS
########## A1 New Long Version
ARM/Intel MP-BusSpd2 Benchmark V1.0 24-Jul-2015 15.50
MB/Second Reading Data, 1, 2, 4 and 8 Threads
KB Inc32 Inc16 Inc8 Inc4 Inc2 RdAll
12.3 1T 5431 6110 6780 6262 6655 7313
2T 3550 4464 7375 9825 11777 12442
4T 2027 4442 4399 8841 17611 23509
8T 983 2477 5063 4433 8568 15867
122.9 1T 1499 1991 2357 2839 3818 5382
2T 2816 3808 4708 5592 7557 10677
4T 4316 6313 7991 9816 14335 19993
8T 4235 5610 7917 8791 12828 19661
49152 1T 215 275 611 1183 2328 3922
2T 276 435 787 1671 3323 6507
4T 398 455 884 1754 3490 6971
8T 376 511 867 1746 3512 7510
Total Elapsed Time 48.6 seconds
*****************************************************
T11 Samsung EXYNOS 5250 Dual 2.0 GHz Cortex-A15, Android 4.2.2
RAM 12.8 GB/sec, L1 2 x 32 KB, L2 shared 1024 KB
Android MP-BusSpd v7 Benchmark V1.1 09-Aug-2013 17.16
MB/Second Reading Data, 1, 2, 4 and 8 Threads
KB Inc32 Inc16 Inc8 Inc4 Inc2 RdAll
12.3 1T 3192 4183 3734 4797 5393 6190
2T 9165 10043 11654 12215 12606 12926
4T 7811 9174 10998 12110 12584 11769
8T 7009 9026 11033 12043 12587 12791
122.9 1T 667 776 1198 2916 3164 2028
2T 419 938 2036 4556 5943 6111
4T 593 1011 1899 4250 5955 5829
8T 472 1015 2031 4499 5872 5460
12288 1T 125 134 197 582 988 1382
2T 277 281 349 1097 1377 2347
4T 180 228 335 795 1524 2411
8T 274 243 354 824 1467 2468
Total Elapsed Time 12.5 seconds
Measured CPU MHz - 1700
Android MP-BusSpd2 Benchmark V2.1 24-Sep-2013 12.00
MB/Second Reading Data, 1, 2, 4 and 8 Threads
KB Inc32 Inc16 Inc8 Inc4 Inc2 RdAll
12.3 1T 5505 4738 4318 6406 6492 6569
2T 9163 9897 11365 11924 12137 12524
4T 7532 8876 11093 12046 12199 12328
8T 7164 9020 11451 12037 12384 12689
122.9 1T 692 898 1191 2684 2612 3325
2T 606 1010 2029 4569 6066 6312
4T 604 923 2063 4396 6234 6361
8T 600 1024 2059 4613 6269 6460
12288 1T 128 134 185 548 926 1335
2T 280 278 346 1103 1385 2445
4T 239 239 353 828 1362 2410
8T 236 245 354 810 1416 2418
Total Elapsed Time 49.8 seconds
ARM/Intel MP-BusSpd v7 Benchmark V1.1 05-May-2015 14.45
MB/Second Reading Data, 1, 2, 4 and 8 Threads
KB Inc32 Inc16 Inc8 Inc4 Inc2 RdAll
12.3 1T 2165 3591 4256 5587 5998 6109
2T 4121 6469 9530 11381 11846 11936
4T 4106 6438 8827 6793 9802 12080
8T 4098 6390 9534 10141 10996 11603
122.9 1T 464 740 1173 2395 3276 3340
2T 579 989 1934 3994 5431 5792
4T 579 988 1930 3873 5469 5821
8T 580 985 1915 3999 5408 5812
12288 1T 134 172 211 462 602 1904
2T 269 343 387 934 1217 2685
4T 252 231 374 768 991 2625
8T 231 254 367 781 1104 2782
Total Elapsed Time 12.1 seconds
########## T11 New Long Version
ARM/Intel MP-BusSpd2 Benchmark V1.0 24-Jul-2015 17.07
MB/Second Reading Data, 1, 2, 4 and 8 Threads
KB Inc32 Inc16 Inc8 Inc4 Inc2 RdAll
12.3 1T 3499 4539 5499 5505 6134 6045
2T 3775 7202 8377 10605 10457 11319
4T 3982 6676 7687 9326 9707 10807
8T 2546 3643 7891 8003 10725 11097
122.9 1T 672 901 1336 2784 3274 3334
2T 568 969 1931 3894 5427 5221
4T 574 971 1912 3831 5256 4811
8T 559 971 1917 3878 5387 5162
49152 1T 140 142 193 575 989 1499
2T 221 223 342 769 1379 2355
4T 228 223 344 783 1382 2376
8T 223 223 342 787 1385 2352
Total Elapsed Time 49.9 second
BusSpd v7 Power Saving Mode - 1000 MHz
MB/Second Reading Data, 1, 2, 4 and 8 Threads
KB Inc32 Inc16 Inc8 Inc4 Inc2 RdAll
12.3 1T 3238 3528 3740 3831 3807 3851
2T 5515 5930 6866 7126 7403 6979
4T 4197 5291 6901 7132 7383 7349
8T 4209 5207 6898 6662 7258 7538
122.9 1T 411 450 699 1692 1964 1970
2T 354 542 1171 2645 3525 3897
4T 353 586 1160 2750 3777 3874
8T 354 595 1110 2733 3742 3668
12288 1T 124 131 184 483 870 1118
2T 229 255 336 771 1351 2120
4T 207 220 344 749 1249 2084
8T 204 229 333 753 1331 2056
Total Elapsed Time 12.7 seconds
*****************************************************
T21 Qualcomm Snapdragon 800 2150 MHz, Android 4.4.4
Dual Channel 32 Bit LPDDR3-1866 RAM 14.9 GB/s
L1 caches 4 x 32 KB, L2 cache shared 2048 KB
Android MP-BusSpd v7 Benchmark V1.1 29-Jun-2015 18.37
MB/Second Reading Data, 1, 2, 4 and 8 Threads
KB Inc32 Inc16 Inc8 Inc4 Inc2 RdAll
12.3 1T 2580 2206 5048 5176 5679 5989
2T 4062 5175 9340 9868 10971 11281
4T 4688 10324 16552 17196 21714 23708
8T 8467 9834 16698 18183 21936 23693
122.9 1T 1152 1052 2068 3035 3927 5723
2T 1710 1840 3094 5001 7963 11475
4T 2047 2002 5031 9267 14698 22920
8T 2235 2275 5223 9348 14234 21783
12288 1T 262 382 508 867 1466 2661
2T 464 766 1049 1754 3186 5735
4T 612 1018 1796 3149 5892 9095
8T 575 680 1277 2308 4987 7948
Total Elapsed Time 12.7 seconds
Android MP-BusSpd2 Benchmark V2.1 08-Jul-2015 16.31
MB/Second Reading Data, 1, 2, 4 and 8 Threads
KB Inc32 Inc16 Inc8 Inc4 Inc2 RdAll
12.3 1T 2439 2540 4468 5029 5108 5906
2T 4815 5217 9151 9909 10915 11830
4T 8621 9985 16468 18446 21068 22775
8T 9162 10268 16345 18483 21565 23821
122.9 1T 1171 1239 2220 3084 4024 5762
2T 1865 1828 3317 5545 7924 11479
4T 2181 2334 5305 9126 14409 21786
8T 2294 2321 5211 9064 14322 22029
12288 1T 249 393 534 904 1619 2839
2T 449 595 1083 1747 3266 5872
4T 895 1102 1904 3206 6116 11116
8T 721 871 1548 2805 4860 9417
Total Elapsed Time 52.0 seconds
ARM/Intel MP-BusSpd v7 Benchmark V1.1 23-May-2015 17.05
MB/Second Reading Data, 1, 2, 4 and 8 Threads
KB Inc32 Inc16 Inc8 Inc4 Inc2 RdAll
12.3 1T 1840 2073 3512 3554 4829 5243
2T 3432 4591 7128 7651 9120 9821
4T 4398 7855 13752 15428 18530 20235
8T 6692 9507 13857 16110 18143 18796
122.9 1T 860 753 2011 2841 3205 5282
2T 1505 1609 3076 5038 8089 10421
4T 1924 1981 4299 7588 14614 20754
8T 1909 1988 4264 7980 13884 19027
12288 1T 270 379 538 856 1626 2859
2T 471 677 1098 1849 3304 5924
4T 549 787 1066 1874 6274 10781
8T 713 853 1649 2258 4664 8321
Total Elapsed Time 13.1 seconds
########## T21 New Long Version
ARM/Intel MP-BusSpd2 Benchmark V1.0 24-Jul-2015 15.39
MB/Second Reading Data, 1, 2, 4 and 8 Threads
KB Inc32 Inc16 Inc8 Inc4 Inc2 RdAll
12.3 1T 2247 2616 4010 4443 4909 5614
2T 3558 4725 7241 9048 9747 10892
4T 6074 8303 13442 16937 18525 21068
8T 3998 5106 14314 13615 18200 20740
122.9 1T 874 1198 2024 2935 4529 5345
2T 1686 1702 3174 5357 7688 10545
4T 1988 2139 4465 8171 14969 21169
8T 1972 2139 4468 8195 15261 21132
49152 1T 292 406 516 899 1663 2929
2T 449 541 962 1569 2851 4776
4T 495 605 1109 2439 4161 8243
8T 530 564 1156 2149 4172 7907
Total Elapsed Time 48.0 seconds
Android MP-BusSpd v5 Benchmark V1.1 28-Jun-2015 16.22
MB/Second Reading Data, 1, 2, 4 and 8 Threads
KB Inc32 Inc16 Inc8 Inc4 Inc2 RdAll
12.3 1T 1580 2111 2197 2423 2106 2983
2T 3126 4066 4337 4906 4304 5978
4T 2973 7669 8596 9524 7180 12217
8T 6187 7529 8588 9479 8503 12328
122.9 1T 1240 1056 2030 2351 2234 3063
2T 2128 2064 3482 4645 4465 6350
4T 2292 2017 4843 7664 8769 12642
8T 2513 2283 5301 8989 7723 12660
12288 1T 273 393 495 876 1499 2133
2T 414 622 1011 1597 3043 4974
4T 500 1178 1696 3074 5668 9861
8T 678 834 1526 2586 4359 7446
Total Elapsed Time 13.3 seconds
********************* T22 32 Bit ********************
T22, Tab 2 A8-50, 1.3 GHz quad core 64 bit ARM Cortex-A53
Single Channel RAM, LPDDR3 666 MHz, 5.3 GB/second
ARM/Intel MP-BusSpd2 Benchmark V1.2 12-Aug-2015 16.14
Compiled for 32 bit ARM v7a
MB/Second Reading Data, 1, 2, 4 and 8 Threads
KB Inc32 Inc16 Inc8 Inc4 Inc2 RdAll
12.3 1T 1877 2124 2176 2266 2296 2343
2T 3625 4198 4341 4468 4536 4613
4T 5733 7541 8293 8830 8024 9042
8T 2985 3829 7438 6117 8108 8923
122.9 1T 604 625 1142 1846 2150 2284
2T 924 950 1793 3277 4270 4504
4T 962 989 1939 3765 6798 8862
8T 965 993 1933 3748 6651 8239
49152 1T 165 175 344 677 1285 1979
2T 234 238 482 961 1907 3547
4T 266 298 562 1224 2296 4478
8T 272 275 538 1098 2149 4282
Total Elapsed Time 48.8 seconds
*************** T22 Android 5.1 32 Bit **************
ARM/Intel MP-BusSpd2 Benchmark V1.2 28-Sep-2015 21.14
Compiled for 32 bit ARM v7a
MB/Second Reading Data, 1, 2, 4 and 8 Threads
KB Inc32 Inc16 Inc8 Inc4 Inc2 RdAll
12.3 1T 1949 2228 2244 2314 2370 2415
2T 3747 4316 4471 4528 4644 4772
4T 6289 7870 8486 8892 9079 9217
8T 2986 3811 7641 6447 8594 8995
122.9 1T 622 612 1181 1897 2202 2352
2T 947 980 1871 3376 4396 4652
4T 992 1024 2001 3912 6836 8790
8T 996 1022 1998 3852 6916 8770
49152 1T 163 174 344 680 1293 2050
2T 264 245 487 937 1912 3613
4T 294 288 547 1105 2223 4216
8T 277 285 603 1082 2180 4103
Total Elapsed Time 49.9 seconds
********************* T22 64 Bit ********************
ARM/Intel MP-BusSpd2 Benchmark V1.2 12-Aug-2015 16.18
Compiled for 64 bit ARM v8a
MB/Second Reading Data, 1, 2, 4 and 8 Threads
KB Inc32 Inc16 Inc8 Inc4 Inc2 RdAll
12.3 1T 2610 2472 2586 2727 2748 5841
2T 4404 4681 4994 5369 5420 11297
4T 6546 8125 9105 10243 10319 20610
8T 3380 4023 7919 7146 9871 19852
122.9 1T 604 621 1110 1872 2446 5100
2T 919 948 1855 3433 4853 10037
4T 961 974 1984 3924 7491 14935
8T 963 942 1931 3915 7572 14689
49152 1T 173 177 340 692 1300 2653
2T 266 241 479 968 1883 3724
4T 304 277 556 1130 2126 4328
8T 279 278 544 1138 2179 4275
Total Elapsed Time 49.4 seconds
*************** T22 Android 5.1 64 Bit **************
ARM/Intel MP-BusSpd2 Benchmark V1.2 28-Sep-2015 22.18
Compiled for 64 bit ARM v8a
MB/Second Reading Data, 1, 2, 4 and 8 Threads
KB Inc32 Inc16 Inc8 Inc4 Inc2 RdAll
12.3 1T 2675 2586 2661 2787 2833 6014
2T 4705 4816 5023 5508 5603 11702
4T 6808 8393 9504 10556 10844 21329
8T 3518 4058 8373 7451 9900 19970
122.9 1T 625 639 1149 1955 2532 5265
2T 953 976 1906 3536 4986 10405
4T 991 999 2037 4048 7754 15457
8T 991 1000 2045 3987 7604 15243
49152 1T 171 177 343 673 1259 2602
2T 251 252 500 1132 1993 3877
4T 294 297 555 1021 2250 4424
8T 277 279 572 1117 2204 4501
Total Elapsed Time 48.8 seconds
*****************************************************
P11 Galaxy SIII, Quad Cortex-A9 1.4 GHz, Android 4.0.4
LPDDR2 1066 MHz RAM, dual channel, 8.53 GB/sec
Android MP-BusSpd v7 Benchmark V1.0 23-Dec-2012 14.42
MB/Second Reading Data, 1, 2, 4 and 8 Threads
KB Inc32 Inc16 Inc8 Inc4 Inc2 RdAll
12.3 1T 3452 3697 4088 4122 3860 4183
2T 6616 7251 8016 8179 8307 8191
4T 8108 7430 10052 8511 8305 8404
8T 8729 10701 11687 12938 15297 15116
122.9 1T 747 762 746 966 992 1401
2T 1132 1161 1155 1554 1873 2668
4T 1127 1133 1137 2193 2987 4614
8T 1134 1145 1133 2210 3153 4231
12288 1T 82 89 200 376 739 1184
2T 204 179 407 797 1449 2205
4T 399 359 334 1227 1183 4038
8T 134 123 226 502 1378 3718
Total Elapsed Time 13.4 seconds
Max RAM estimate 359*16 = 5744 MB/second
Max CPU estimate 15116/1.92 = 7873 MIPS
Android MP-BusSpd v5 Benchmark V1.0 23-Dec-2012 14.45
MB/Second Reading Data, 1, 2, 4 and 8 Threads
KB Inc32 Inc16 Inc8 Inc4 Inc2 RdAll
12.3 1T 1041 1008 1308 1321 1836 2090
2T 2028 2010 2558 2649 3650 4213
4T 2185 2431 3019 3111 3960 4684
8T 2900 3928 4829 5289 7141 7866
122.9 1T 244 253 265 425 731 1118
2T 467 485 501 784 1237 2139
4T 794 834 842 1341 2103 3914
8T 789 830 809 1331 2308 3581
12288 1T 79 108 185 311 547 955
2T 157 219 238 603 1027 1812
4T 278 124 346 1013 1064 3383
8T 202 111 308 443 1081 2680
Total Elapsed Time 13.5 seconds
*****************************************************
T7 Nexus 7 Quad 1300 MHz Cortex-A9, Android 4.1.2
DDR3L-1333 MHz RAM, single channel, 5.3 GB/sec
Android MP-BusSpd v7 Benchmark V1.0 17-Oct-2012 13.53
MB/Second Reading Data, 1, 2, 4 and 8 Threads
KB Inc32 Inc16 Inc8 Inc4 Inc2 RdAll
12.3 1T 2967 3169 3497 3535 3595 3567
2T 5729 6277 6857 6995 7030 7175
4T 7326 12132 13295 13757 14133 13780
8T 9770 12362 12224 12470 12259 12466
122.9 1T 351 353 337 544 637 980
2T 540 543 518 733 1260 1901
4T 642 750 753 1188 1542 2729
8T 728 748 746 1186 1459 2553
12288 1T 57 57 83 125 174 337
2T 111 114 186 250 346 673
4T 82 216 334 228 695 1351
8T 108 103 326 302 561 1127
Total Elapsed Time 13.6 seconds
Max RAM estimate 216*16 = 3456 MB/second
Max CPU estimate 12466/1.92 = 6492 MIPS
ARM/Intel MP-BusSpd v7 Benchmark V1.1 05-May-2015 14.35
MB/Second Reading Data, 1, 2, 4 and 8 Threads
KB Inc32 Inc16 Inc8 Inc4 Inc2 RdAll
12.3 1T 2853 3392 3376 3511 3551 3494
2T 2857 3389 3542 5540 5730 5595
4T 7257 10326 10289 10997 11373 11100
8T 6584 10325 10485 11175 11322 11189
122.9 1T 362 379 347 546 623 978
2T 516 530 508 726 1227 1840
4T 598 658 548 1181 1556 2657
8T 721 733 736 1181 1548 2653
12288 1T 58 57 84 123 173 334
2T 111 111 182 248 348 664
4T 87 85 276 463 687 1290
8T 154 107 147 429 441 1242
Total Elapsed Time 12.7 seconds
########## T7 New Long Version
ARM/Intel MP-BusSpd2 Benchmark V1.0 24-Jul-2015 15.59
MB/Second Reading Data, 1, 2, 4 and 8 Threads
KB Inc32 Inc16 Inc8 Inc4 Inc2 RdAll
12.3 1T 2166 2774 3181 3307 3377 3263
2T 3924 5188 5207 5754 5759 5805
4T 7570 10011 10252 11165 11375 11777
8T 3510 4786 9011 8318 11351 11544
122.9 1T 383 409 359 558 663 983
2T 525 541 520 741 1241 1814
4T 739 752 753 1219 1590 2776
8T 735 741 753 1218 1607 2737
49152 1T 56 51 81 126 172 330
2T 65 67 107 196 335 620
4T 70 68 108 215 426 835
8T 70 68 109 215 428 851
Total Elapsed Time 48.2 seconds
Android MP-BusSpd v5 Benchmark V1.0 17-Oct-2012 13.58
MB/Second Reading Data, 1, 2, 4 and 8 Threads
KB Inc32 Inc16 Inc8 Inc4 Inc2 RdAll
12.3 1T 966 941 1211 1267 1692 1922
2T 1739 1725 2236 2257 3141 3624
4T 3427 3406 4011 4611 6200 4553
8T 3033 2790 3896 4588 6256 6347
122.9 1T 153 159 165 280 499 812
2T 300 312 309 515 872 1512
4T 372 453 399 717 1344 2592
8T 410 452 388 715 1240 2595
12288 1T 27 28 46 86 168 322
2T 54 56 93 175 331 645
4T 68 112 186 306 645 882
8T 68 114 190 360 675 1126
Total Elapsed Time 12.8 seconds
Measured CPU MHz - 1200
*****************************************************
T4 Miumiu w17 Pro 7 inch tablet, dual 1500 MHz Cortex-A9
Android MP-BusSpd v7 Benchmark V1.0 11-Oct-2012 20.02
MB/Second Reading Data, 1, 2, 4 and 8 Threads
KB Inc32 Inc16 Inc8 Inc4 Inc2 RdAll
12.3 1T 2790 3123 3464 3516 3384 3250
2T 3948 5858 6466 6641 6764 6832
4T 5165 5915 6405 6097 6805 6700
8T 5444 5585 6488 6729 6876 6977
122.9 1T 484 497 481 579 644 1028
2T 927 929 923 1201 1264 1930
4T 916 940 926 1197 1175 1772
8T 932 929 937 1214 1285 1892
12288 1T 34 34 60 124 237 435
2T 49 47 85 162 295 650
4T 46 55 79 174 306 509
8T 46 50 103 176 345 698
Total Elapsed Time 12.7 seconds
Android MP-BusSpd v5 Benchmark V1.0 11-Oct-2012 20.04
MB/Second Reading Data, 1, 2, 4 and 8 Threads
KB Inc32 Inc16 Inc8 Inc4 Inc2 RdAll
12.3 1T 838 817 1052 1045 1474 1688
2T 1590 1618 2082 2102 2953 3411
4T 1654 1664 1783 2159 2855 3408
8T 1671 1667 2131 2197 2987 3458
122.9 1T 154 155 166 271 455 803
2T 308 318 332 518 865 1523
4T 299 317 339 519 876 1552
8T 314 322 338 528 883 1522
12288 1T 16 17 53 99 178 338
2T 37 38 75 154 363 596
4T 35 30 90 192 462 802
8T 37 36 101 171 325 791
Total Elapsed Time 12.9 seconds
Measured CPU MHz - 1200
*****************************************************
T2 WayTeq xTAB-70 7 inch tablet, 800 MHz Cortex-A9
Android MP-BusSpd v7 Benchmark V1.0 11-Oct-2012 20.35
MB/Second Reading Data, 1, 2, 4 and 8 Threads
KB Inc32 Inc16 Inc8 Inc4 Inc2 RdAll
12.3 1T 1857 1791 2061 2031 2003 2264
2T 1739 2005 1896 2230 2239 2254
4T 1776 2016 2151 2011 2254 2270
8T 1866 1875 2194 1981 2244 2270
122.9 1T 229 197 222 267 245 537
2T 211 217 191 296 314 534
4T 222 228 220 294 312 519
8T 205 226 215 257 300 503
12288 1T 32 33 59 62 59 132
2T 37 32 59 69 66 130
4T 36 36 56 68 65 127
8T 36 37 58 69 66 133
Total Elapsed Time 15.1 seconds
Android MP-BusSpd v5 Benchmark V1.0 11-Oct-2012 20.36
MB/Second Reading Data, 1, 2, 4 and 8 Threads
KB Inc32 Inc16 Inc8 Inc4 Inc2 RdAll
12.3 1T 129 551 709 738 991 1170
2T 562 552 707 728 983 1179
4T 564 557 522 722 967 1189
8T 562 512 685 719 966 1161
122.9 1T 76 70 72 131 230 410
2T 76 75 67 129 222 403
4T 75 75 72 128 224 400
8T 75 72 56 121 193 387
12288 1T 15 17 18 35 65 115
2T 16 18 19 38 64 130
4T 17 18 19 37 65 131
8T 18 17 19 38 65 132
Total Elapsed Time 15.7 seconds
*****************************************************
T1 TTFone M013S 10.1 inch tablet, 300-800 MHz VIA 8650
Android MP-BusSpd v5 Benchmark V1.0 11-Oct-2012 20.47
MB/Second Reading Data, 1, 2, 4 and 8 Threads
KB Inc32 Inc16 Inc8 Inc4 Inc2 RdAll
12.3 1T 383 393 387 458 489 523
2T 397 404 407 460 495 490
4T 396 388 395 450 491 472
8T 386 393 395 444 478 500
122.9 1T 28 25 29 55 99 177
2T 29 28 29 53 103 165
4T 28 28 27 55 102 174
8T 26 28 28 54 100 171
12288 1T 27 27 28 55 99 177
2T 27 28 29 54 97 173
4T 26 28 28 53 101 172
8T 27 28 28 54 100 174
Total Elapsed Time 13.8 seconds
*****************************************************
BS1 BlueStacks Emulator on 3 GHz Phenom
Android MP-BusSpd v7 Benchmark V1.0 11-Oct-2012 23.12
MB/Second Reading Data, 1, 2, 4 and 8 Threads
KB Inc32 Inc16 Inc8 Inc4 Inc2 RdAll
12.3 1T 1600 1714 1714 1745 1706 1828
2T 1600 1745 1745 1745 1706 1755
4T 1535 1706 1745 1828 1755 1861
8T 1600 1600 1687 1778 1861 1862
122.9 1T 1090 1246 1477 1745 1714 1688
2T 1054 1154 1477 1746 1746 1755
4T 1025 1163 1476 1688 1638 1720
8T 1026 1164 1477 1538 1644 1762
12288 1T 349 403 744 1172 1512 1638
2T 345 403 726 1141 1563 1720
4T 363 446 716 1117 1445 1638
8T 354 390 716 1075 1445 1552
Total Elapsed Time 13.2 seconds
*****************************************************
ET1 Emulator on 2.4 GHz Core 2 Duo
Android MP-BusSpd v7 Benchmark V1.0 11-Oct-2012 16.34
MB/Second Reading Data, 1, 2, 4 and 8 Threads
KB Inc32 Inc16 Inc8 Inc4 Inc2 RdAll
12.3 1T 753 699 846 860 863 864
2T 750 700 820 864 724 854
4T 750 685 828 862 850 853
8T 738 669 826 843 824 847
122.9 1T 656 600 756 817 844 848
2T 645 590 753 810 832 847
4T 634 596 750 804 826 314
8T 428 313 591 738 789 626
12288 1T 98 204 342 499 460 765
2T 98 202 339 499 675 757
4T 96 199 318 498 654 743
8T 94 171 334 491 660 738
Total Elapsed Time 12.8 seconds
|
To Start
MP RandMem Benchmark
RandMem benchmark carries out four tests at increasing data sizes to produce data transfer speeds in MBytes Per Second from caches and memory. Serial and random address selections are employed, using the same program structure, with read and read/write tests using 32 bit integers. The main purpose is to demonstrate how much slower performance can be through using random access. Here, speed can be considerably influenced by reading and writing in bursts, where much of the data is not used, and by the size of preceding caches.
Details and results for Windows and Linux versions can be found in
RandMem Results.htm.
This benchmark uses data from the same array for all threads, but starting at different points. Again, two versions are provided again for separate vfpv3 (v7) hardware and older CPUs (v5). Results of the Serial Reading tests are checked for the same result on all threads. An example of displayed results is shown below. Configuration details, as shown above for the first MP program, are included in Emailed details.
Android MP-RndMem v7 Benchmark V1.0 16-Oct-2012 12.25
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 3098 2998 3107 3032
2T 5245 2942 5287 2954
4T 4889 2834 3536 2528
8T 4849 2720 5570 2415
122.9 1T 871 978 758 745
2T 1393 1006 1487 468
4T 1517 960 1291 721
8T 1484 941 1407 631
12288 1T 352 225 48 47
2T 560 233 71 44
4T 568 228 72 45
8T 581 233 72 44
Total Elapsed Time 10.0 seconds
|
To Start
MP-RandMem Results
The original Windows version produces extremely slow speeds with read/write tests, particularly with random access. Later Linux varieties included Mutex, or mutual exclusion, functions avoid the updating conflict by only allowing one thread at a time to access common data. This can still lead to using multiple threads being slower than one but, with random access, there can be a significant improvement compared with untethered multiple thread speeds, except when accessing RAM
(see linux%20multithreading%20benchmarks.htm).
These Android benchmarks also use Mutex and some speeds continue to be unpredictable. The surprise is that there is little variation using an increasing number of threads.
Tablet T2, again, sometimes seems to start running at a slower (power saving?) mode and BlueStacks performance is relatively fast using RAM.
August 2013 - T11 with the Cortex-A15 was tested with the Power Saving option on and off, with corresponding expected CPU speeds of 1000 and 1700 MHz. A surprise was that measured MB/second results were virtually the same for the two runs. The benchmark was modified to spend five times longer on each test, producing some results 1.7 times faster than those at 1000 MHz (see MHz graph). Then, a further modification for 100 times longer lead to all cache based tests effectively running at 1700 MHz.
Phone P11 also suffered from the same short test effects, but not to the same extent, with some tests being faster than T11, using the unmodified benchmark. On running tests five times longer, T11/P11 one and two thread cache based performance ratios averaged a mere 1.25 times, after adjusting for the same MHz. T7 also suffered from the slowdown, but ran continuously at 1200 MHz, with the 5 times longer running time, but comparisons with this did not help much as L2 and RAM speeds are much slower than those in P11.
The extended running time made little difference on tablet T4.
February 2015 - Atom system A1 produced more difficult to explain strange results.
The new ARM/Intel version produced btter performance, with cache based speeds up to 3.6 times faster on reading tests and 1.3 times with reading/writing (See
Android Native ARM-Intel Benchmarks.htm).
July 2015 - The ARM/Intel compilation for T21, with the Qualcomm Snapdragon 800, is slower than the original version by an average of 14%. It is also slower than tablet A1, with the Intel Atom, on the 122.9 KB L2 cache tests but can be faster in other areas, on read only functions.
August 2015 - Results provided for 64 bit T22 with Cortex-A53 CPU. Probably as performance is dependent on the complex indexing used, performance is not significantly faster at 64 bits.
October 2015 - T7 Nexus 7, Android 5.0.2 and up to 5.1.1 upgrades produced similar speeds (not shown).
T22 Android 5.0.2 to 5.1 (ARM-v8 CPU) produced average performance increases of more than 2%, with some RAM based results no faster.
*****************************************************
A1 Quad Core 1.86 GHz Intel Atom Z3745, Android 4.4
Dual Channel LPDDR3-1066 Bandwidth 17.1 GB/s
Android MP-RndMem v7 Benchmark V1.1 04-Feb-2015 11.54
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 1069 1935 842 1895
2T 1516 2063 1809 2056
4T 1035 1959 1659 1453
8T 1204 665 800 763
122.9 1T 531 972 470 839
2T 1034 1181 971 1691
4T 2435 2155 1770 1614
8T 2548 2057 2009 1428
12288 1T 1147 1842 101 231
2T 1750 1926 187 222
4T 1787 1757 311 210
8T 2176 1840 302 212
Total Elapsed Time 5.2 seconds
Longer Tests
Android MP-RndMem2 Benchmark V2.1 04-Feb-2015 12.27
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 1337 2397 1348 2555
2T 2735 2410 2534 2508
4T 3552 2398 3379 2426
8T 3175 2321 3052 2360
122.9 1T 1299 2248 956 1721
2T 2630 2250 1852 1733
4T 3406 2143 2825 1728
8T 3114 2212 2718 1715
12288 1T 1243 1960 101 212
2T 2479 1871 180 212
4T 3431 1924 297 212
8T 3105 1907 292 205
Total Elapsed Time 43.4 seconds
ARM/Intel Version
ARM/Intel MP-RndMem Benchmark V1.1 06-May-2015 11.54
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 4643 3593 4710 3641
2T 8583 3552 8761 3564
4T 12707 3450 12496 3384
8T 10410 3389 10796 3408
122.9 1T 3733 2874 2408 2150
2T 7259 2871 4781 2165
4T 11726 2897 7656 2133
8T 11673 2853 7100 2113
12288 1T 3153 2087 226 238
2T 5782 2073 327 238
4T 6451 1997 447 236
8T 6471 2071 446 233
Total Elapsed Time 41.5 seconds
Old V5 Instructions
Android MP-RndMem v5 Benchmark V1.1 04-Feb-2015 12.06
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 2364 2585 2261 3688
2T 5218 2757 4833 2783
4T 4909 2218 3799 1873
8T 2579 912 2316 1158
122.9 1T 1543 1866 791 913
2T 2121 1004 1745 861
4T 3083 928 2110 720
8T 1838 711 730 462
12288 1T 2316 2068 202 184
2T 2258 1624 307 209
4T 3692 1802 361 197
8T 3203 1823 385 208
Total Elapsed Time 6.3 seconds
*****************************************************
T11 Samsung EXYNOS 5250 Dual 2.0 GHz Cortex-A15, Android 4.2.2
Android MP-RndMem v7 Benchmark V1.1 09-Aug-2013 23.19
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 3906 2582 3742 2599
2T 7107 2469 6813 2520
4T 7231 2482 6825 2475
8T 6909 2366 6705 2361
122.9 1T 1979 1651 969 1003
2T 3555 1679 1107 932
4T 3549 1654 1146 983
8T 3577 1617 1150 969
12288 1T 1184 940 119 121
2T 1644 966 218 119
4T 1842 957 208 120
8T 1675 951 217 121
Total Elapsed Time 4.4 seconds
Not running at expected 1700 MHz
Power Saving Mode - 1000 MHz
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 3733 2600 3882 2542
2T 7321 2473 7287 2501
4T 7071 2442 7176 2486
8T 5725 2400 6380 2394
122.9 1T 1934 1677 945 1012
2T 3530 1667 941 997
4T 3585 1655 1166 974
8T 3608 1617 1171 974
12288 1T 1129 894 122 122
2T 1866 943 219 121
4T 1855 906 217 121
8T 1959 956 218 120
Total Elapsed Time 4.3 seconds
Longer Tests - 5 Times
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 4169 2869 6407 4422
2T 12250 2680 12325 2804
4T 11023 2660 10793 2388
8T 12287 3034 12046 2860
122.9 1T 2187 2653 1582 1679
2T 6118 1786 2008 974
4T 6136 1828 1725 1036
8T 6353 1778 1784 1179
12288 1T 1372 1040 123 130
2T 2174 915 251 122
4T 2269 925 273 123
8T 2185 957 243 130
Total Elapsed Time 22.7 seconds
Longest Tests - 100 Times
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 6527 4454 6618 4475
2T 12829 4163 12880 4067
4T 12796 4082 12870 4119
8T 12749 4047 12465 4042
122.9 1T 3385 2888 1673 1751
2T 6277 2760 2059 1648
4T 6249 2734 2055 1357
8T 6356 1668 2064 1473
12288 1T 1316 921 145 113
2T 2141 963 264 139
4T 2160 892 262 137
8T 2202 938 267 137
Total Elapsed Time 415.6 seconds
CPU MHz mainly 1700
ARM/Intel MP-RndMem Benchmark V1.1 06-May-2015 12.07
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 6315 4486 6345 4484
2T 11837 2910 11846 3112
4T 11864 2835 11553 2858
8T 11821 3003 11805 3198
122.9 1T 3963 2681 1670 1704
2T 6672 1782 2040 1125
4T 6493 1817 2033 1218
8T 6673 1738 2038 1303
12288 1T 1805 1081 177 145
2T 2543 1066 279 137
4T 2600 1065 276 136
8T 2662 1073 281 138
Total Elapsed Time 43.7 seconds
Old V5 Instructions
Android MP-RndMem v5 Benchmark V1.1 04-Feb-2015 12.08
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 1942 1552 1943 1532
2T 3686 1488 3652 1524
4T 3676 1495 3639 1505
8T 3512 1460 2889 1411
122.9 1T 1140 1120 729 908
2T 2204 1108 923 913
4T 2177 1098 1031 894
8T 2101 1073 1014 859
12288 1T 876 755 82 127
2T 1490 705 149 125
4T 1517 749 175 129
8T 1916 771 182 140
Total Elapsed Time 6.4 seconds
*****************************************************
T21 Qualcomm Snapdragon 800 2150 MHz, Android 4.4.4
Dual Channel 32 Bit LPDDR3-1866 RAM 14.9 GB/s
Android MP-RndMem v7 Benchmark V1.1 29-Jun-2015 18.40
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 4586 3050 2867 2886
2T 4859 4681 4409 4357
4T 4530 4327 8776 4283
8T 8746 4706 11130 3761
122.9 1T 2726 2461 1515 2129
2T 3750 2010 2408 1548
4T 7593 2288 2996 1760
8T 4981 2279 2608 1901
12288 1T 1657 799 166 176
2T 2827 814 287 181
4T 2605 884 339 188
8T 3097 897 436 185
Total Elapsed Time 3.1 seconds
Android MP-RndMem2 Benchmark V2.1 08-Jul-2015 16.33
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 5088 5325 4262 4711
2T 9752 4902 8895 4570
4T 17379 4653 17434 4096
8T 19771 4698 17358 4424
122.9 1T 2714 2578 1923 2163
2T 5614 2502 3483 2107
4T 10859 2219 4835 1972
8T 10654 2410 4904 1923
12288 1T 1798 952 186 204
2T 3489 974 341 195
4T 6515 943 563 196
8T 6218 922 563 187
Total Elapsed Time 42.3 seconds
ARM/Intel MP-RndMem Benchmark V1.1 09-Jul-2015 11.48
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 4186 3777 4055 3933
2T 9324 3541 7710 3619
4T 16594 3350 15731 3142
8T 18117 3291 16187 3262
122.9 1T 2423 2043 1610 1683
2T 5235 2029 3013 1641
4T 10148 1935 4662 1565
8T 10015 1834 4611 1474
12288 1T 1363 886 171 186
2T 2643 845 325 187
4T 5197 823 534 184
8T 4801 835 542 184
Total Elapsed Time 42.6 seconds
Android MP-RndMem v5 Benchmark V1.1 08-Jul-2015 16.28
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 1035 786 645 3547
2T 3137 3532 2641 3122
4T 5280 3565 3163 3341
8T 5859 3705 4347 3516
122.9 1T 1859 2012 741 1720
2T 1671 1982 1348 1817
4T 3594 1949 1050 1651
8T 2846 1862 1037 1639
12288 1T 984 739 84 187
2T 1989 873 145 166
4T 2107 840 213 181
8T 2072 901 248 182
Total Elapsed Time 5.3 seconds
********************* T22 32 Bit ********************
T22, Quad Core ARM Cortex-A53 1300 MHz, Android 5.0.2
ARM/Intel MP-RndMem Benchmark V1.2 12-Aug-2015 17.13
Compiled for 32 bit ARM v7a
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 2894 2438 2887 2433
2T 5665 2402 5663 2403
4T 10922 2369 11100 2310
8T 10065 2293 10648 2265
122.9 1T 2681 2368 757 758
2T 5351 2360 1398 769
4T 10056 2308 2121 772
8T 8838 2351 1916 742
12288 1T 2309 1662 80 78
2T 3986 1683 164 73
4T 5419 1684 283 82
8T 4658 1694 279 82
Total Elapsed Time 44.6 seconds
*************** T22 Android 5.1 32 Bit **************
ARM/Intel MP-RndMem Benchmark V1.2 28-Sep-2015 21.17
Compiled for 32 bit ARM v7a
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 2897 2503 2973 2513
2T 5840 2481 5841 2388
4T 11351 2439 9284 2411
8T 11264 2369 9121 2365
122.9 1T 2829 2426 774 781
2T 5519 2402 1438 759
4T 10003 2429 2174 797
8T 9768 2424 2153 793
12288 1T 2403 1705 82 84
2T 3901 1679 166 83
4T 6020 1703 285 83
8T 4632 1690 274 83
Total Elapsed Time 46.7 seconds
********************* T22 64 Bit ********************
ARM/Intel MP-RndMem Benchmark V1.2 12-Aug-2015 17.15
Compiled for 64 bit ARM v8a
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 4445 3109 4455 3089
2T 8010 3100 8072 3105
4T 15909 3057 14711 3040
8T 14764 3036 14570 3037
122.9 1T 3457 2888 842 876
2T 6537 2924 1524 876
4T 11095 2892 2119 861
8T 11729 2916 2080 874
12288 1T 2475 1679 81 78
2T 4155 1713 163 73
4T 5503 1711 285 89
8T 4519 1717 281 89
Total Elapsed Time 48.1 seconds
*************** T22 Android 5.1 64 Bit **************
ARM/Intel MP-RndMem Benchmark V1.2 28-Sep-2015 22.21
Compiled for 64 bit ARM v8a
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 4620 3220 4637 3206
2T 8183 3193 8343 3147
4T 16205 3146 16692 3150
8T 15950 3130 14491 3129
122.9 1T 3568 2979 871 888
2T 6743 2985 1553 892
4T 11639 2990 2178 896
8T 11401 3015 2186 889
12288 1T 2524 1691 82 80
2T 3863 1656 160 89
4T 4786 1701 283 91
8T 4821 1705 276 90
Total Elapsed Time 46.8 seconds
*****************************************************
P11 Galaxy SIII, Quad Cortex-A9 1.4 GHz, Android 4.0.4
Android MP-RndMem v7 Benchmark V1.0 23-Dec-2012 14.40
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 2043 2028 2066 2027
2T 6788 3058 6835 3346
4T 6251 3104 6478 3376
8T 6635 3244 5408 3242
122.9 1T 1365 1392 1150 1151
2T 2415 1386 1927 1159
4T 2495 1374 1870 1117
8T 2470 1352 1772 1013
12288 1T 581 351 71 77
2T 1674 934 143 96
4T 1675 882 143 95
8T 1838 939 142 96
Total Elapsed Time 5.5 seconds
Longer Tests - 5 Times
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 2858 2844 3419 3044
2T 4162 2861 6614 3360
4T 8352 3082 9055 3352
8T 10021 3209 9708 3272
122.9 1T 1389 1315 1151 1137
2T 2513 1357 1890 1122
4T 3070 1375 1941 1134
8T 3548 1276 2000 951
12288 1T 1046 928 96 96
2T 1732 926 141 94
4T 1610 938 163 94
8T 1654 942 163 95
Total Elapsed Time 22.6 seconds
Old V5 Instructions
Android MP-RndMem v5 Benchmark V1.0 23-Dec-2012 14.41
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 761 817 625 811
2T 2742 1779 3262 2268
4T 3429 2224 2920 2231
8T 3324 2169 3354 2160
122.9 1T 980 1154 661 1051
2T 1911 1136 1052 1011
4T 1788 1053 1139 1047
8T 1881 1117 1220 1064
12288 1T 354 352 53 83
2T 854 883 114 84
4T 1623 879 108 91
8T 1611 911 115 95
Total Elapsed Time 8.1 seconds
*****************************************************
T7 Nexus 7 Quad 1300 MHz Cortex-A9, Android 4.1.2
Android MP-RndMem v7 Benchmark V1.0 22-Oct-2012 21.04
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 2019 3243 3347 3266
2T 3098 3155 3252 2981
4T 3160 2875 3167 2816
8T 2934 2862 2984 2811
122.9 1T 966 971 678 649
2T 948 988 685 708
4T 937 956 685 642
8T 980 983 624 538
12288 1T 311 304 87 79
2T 329 288 103 80
4T 640 286 123 80
8T 795 288 129 80
Total Elapsed Time 6.6 seconds
Longer Tests - 5 Times
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 3190 3123 3113 3069
2T 5923 3000 5937 3002
4T 11435 2761 11207 2888
8T 11400 2855 11371 2797
122.9 1T 952 955 652 670
2T 1737 953 988 673
4T 2526 947 1239 665
8T 2575 955 1473 668
12288 1T 329 279 85 77
2T 621 279 105 77
4T 934 275 113 77
8T 879 277 125 77
Total Elapsed Time 23.1 seconds
ARM/Intel MP-RndMem Benchmark V1.1 06-May-2015 11.59
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 3060 2001 2867 1904
2T 5459 1879 5463 1867
4T 10797 1852 10537 1856
8T 10090 1802 10608 1813
122.9 1T 968 823 588 547
2T 1749 785 902 618
4T 2716 812 1328 672
8T 2733 810 1407 673
12288 1T 329 274 90 82
2T 636 272 112 82
4T 849 271 128 82
8T 869 271 126 81
Total Elapsed Time 45.4 seconds
Old V5 Instructions
Android MP-RndMem v5 Benchmark V1.0 22-Oct-2012 21.06
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 1283 2113 1528 2116
2T 1602 2070 1487 2064
4T 1604 2031 1591 1895
8T 1149 1804 1450 1914
122.9 1T 781 905 458 722
2T 799 879 431 714
4T 791 870 408 704
8T 759 835 440 680
12288 1T 316 289 69 80
2T 592 267 102 81
4T 818 275 113 80
8T 815 272 115 81
Total Elapsed Time 9.2 seconds
12.29 1T 658 2120 1616 2133
2T 1618 2076 1606 2071
Measured CPU MHz - 1200
*****************************************************
T4 Miumiu w17 Pro 7 inch tablet, dual 1500 MHz Cortex-A9
Android MP-RndMem v7 Benchmark V1.0 16-Oct-2012 12.25
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 3098 2998 3107 3032
2T 5245 2942 5287 2954
4T 4889 2834 3536 2528
8T 4849 2720 5570 2415
122.9 1T 871 978 758 745
2T 1393 1006 1487 468
4T 1517 960 1291 721
8T 1484 941 1407 631
12288 1T 352 225 48 47
2T 560 233 71 44
4T 568 228 72 45
8T 581 233 72 44
Total Elapsed Time 10.0 seconds
Longer Tests - 5 Times
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 3069 3040 3097 3039
2T 5520 2900 5556 2896
4T 5623 2783 5713 2799
8T 5672 2719 5695 2761
122.9 1T 900 1023 768 767
2T 1595 978 1430 752
4T 1651 980 1445 763
8T 1659 956 1458 728
12288 1T 363 223 48 48
2T 609 226 72 48
4T 593 224 73 47
8T 603 235 73 47
Total Elapsed Time 24.8 seconds
Android MP-RndMem v5 Benchmark V1.0 16-Oct-2012 12.27
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 1513 1967 1497 1973
2T 2703 1924 2969 1264
4T 2677 1860 1997 1879
8T 2607 1833 2329 1602
122.9 1T 774 767 407 660
2T 1481 838 836 723
4T 1340 841 828 709
8T 1402 822 791 585
12288 1T 316 238 43 43
2T 550 227 63 47
4T 587 227 66 46
8T 605 220 66 47
Total Elapsed Time 12.6 seconds
Measured CPU MHz - 1200
*****************************************************
T2 WayTeq xTAB-70 7 inch tablet, 800 MHz Cortex-A9
Android MP-RndMem v7 Benchmark V1.0 16-Oct-2012 13.53
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 1969 1801 1995 1995
2T 1781 1863 962 1850
4T 1863 1863 1863 1720
8T 1572 1048 1656 1613
122.9 1T 358 357 279 102
2T 294 335 266 290
4T 280 312 223 223
8T 245 196 210 210
12288 1T 133 122 51 50
2T 133 115 53 50
4T 127 127 53 49
8T 130 126 53 50
Total Elapsed Time 13.3 seconds
12.29 1T 409 427 427 427
2T 386 372 403 395
4T 1903 1708 1863 1863
8T 1810 1613 1712 1613
122.9 1T 333 357 266 290
Android MP-RndMem v5 Benchmark V1.0 16-Oct-2012 12.36
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 646 1281 877 1117
2T 602 1181 931 1181
4T 790 1187 921 1183
8T 884 1081 925 1081
122.9 1T 170 419 234 396
2T 357 389 225 389
4T 223 286 131 357
8T 226 226 163 268
12288 1T 119 130 45 45
2T 127 132 43 50
4T 133 126 44 50
8T 132 129 44 49
Total Elapsed Time 17.9 seconds
*****************************************************
T1 TTFone M013S 10.1 inch tablet, 300-800 MHz VIA 8650
Android MP-RndMem v5 Benchmark V1.0 16-Oct-2012 14.11
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 619 887 593 818
2T 521 862 570 751
4T 638 728 538 693
8T 521 500 325 509
122.9 1T 166 173 47 57
2T 180 172 45 55
4T 168 158 38 53
8T 152 137 44 49
12288 1T 190 176 19 23
2T 189 173 19 23
4T 189 180 19 22
8T 191 178 19 23
Total Elapsed Time 38.6 seconds
*****************************************************
T9 ARM 926EJ 800 MHz, Android 2.2
Android MP-RndMem v5 Benchmark V1.1 09-jul-2013 22.54
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 0 909 620 796
2T 580 825 589 734
4T 228 722 540 685
8T 27 592 456 497
122.9 1T 102 183 48 5
2T 182 164 47 57
4T 165 107 43 24
8T 152 143 43 51
12288 1T 145 188 16 19
2T 193 164 17 20
4T 187 106 18 20
8T 178 158 19 19
Total Elapsed Time 43,9 seconds
*****************************************************
BS1 BlueStacks Emulator on 3 GHz Phenom
Android MP-RndMem v7 Benchmark V1.0 16-Oct-2012 14.31
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 2048 1921 1921 1755
2T 1921 1228 2457 1228
4T 1638 1638 1638 1638
8T 1528 1946 1528 1218
122.9 1T 2211 2047 1523 1935
2T 1228 1548 1548 1548
4T 1638 1638 1638 1638
8T 1825 1638 1638 1376
12288 1T 1843 1755 307 409
2T 1638 1638 351 351
4T 1638 2457 327 378
8T 1966 1966 327 393
Total Elapsed Time 11.1 seconds
*****************************************************
ET1 Emulator on 2.4 GHz Core 2 Duo
Android MP-RndMem v7 Benchmark V1.0 16-Oct-2012 12.44
MB/Second Using 1, 2, 4 and 8 Threads
KB SerRD SerRDWR RndRD RndRDWR
12.29 1T 737 853 744 884
2T 707 815 709 796
4T 634 772 644 728
8T 508 476 440 483
122.9 1T 738 864 704 840
2T 709 835 753 805
4T 666 720 611 726
8T 517 290 483 559
12288 1T 682 778 41 48
2T 696 773 41 47
4T 690 785 41 48
8T 707 783 41 48
Total Elapsed Time 20.3 seconds
|
To Start
Systems Used
T1 Device TTFone M013S 10.1 inch tablet, 300-800 MHz VIA 8650
Screen pixels w x h 600 x 1024
Android Build Version 2.2
Processor : ARM926EJ-S rev 5 (v5l)
BogoMIPS : 797.97
Features : swp half thumb fastmult edsp java
CPU part : 0x926
Linux version 2.6.32.9
T2 Device WayTeq xTAB-70 7 inch tablet, 800 MHz Cortex-A9
Screen pixels w x h 600 x 800
Android Build Version 2.3.4
Processor : ARMv7 Processor rev 1 (v7l)
BogoMIPS : 2035.71
Features : swp half thumb fastmult vfp edsp neon vfpv3
CPU part : 0xc09 - Cortex-A9
Linux version 2.6.34
T4 Device Miumiu w17 Pro 7 inch tablet, dual 1500 MHz Cortex-A9
Screen pixels w x h 600 x 976
Android Build Version 4.0.3 - Ice Cream Sandwich
Processor : ARMv7 Processor rev 0 (v7l)
processor : 0 BogoMIPS : 2393.70
processor : 1 BogoMIPS : 2393.70
Features : swp half thumb fastmult vfp edsp neon vfpv3
CPU part : 0xc09 - Cortex-A9
Hardware : Amlogic Meson6 g04 customer platform
Linux version 3.0.8
T7 Device Google Nexus 7 quad core CPU 1.3, GHz 1.2 GHz > 1 core
RAM 1 GB DDR3L-1333 Bandwidth 5.3 GB/sec
Screen pixels w x h 1280 x 736 MHz
Twelve-core Nvidia GeForce ULP graphics 416 MHz
Android Build Version 4.1.2
Processor : ARMv7 Processor rev 9 (v7l)
processor : 0 BogoMIPS : 1993.93
processor : 1 BogoMIPS : 1993.93
processor : 2 BogoMIPS : 1993.93
processor : 3 BogoMIPS : 1993.93
Features : swp half thumb fastmult vfp edsp neon vfpv3 tls
CPU implementer : 0x41
CPU architecture: 7
CPU variant : 0x2
CPU part : 0xc09 - Cortex-A9
CPU revision : 9
Hardware : grouper - nVidia Tegra 3 T30L
Revision : 0000
Linux version 3.1.10
T9 Device WM8650 800 MHz
Screen pixels w x h 800 x 480
Android Build Version 2.2
Processor : ARM926EJ-S rev 5 (v5l)
BogoMIPS : 797.97
Features : swp half thumb fastmult edsp java
CPU implementer : 0x41
CPU architecture: 5TEJ
CPU variant : 0x0
CPU part : 0x926
Hardware : WMT
Linux version 2.6.32.9
T11 Voyo A15, Samsung EXYNOS 5250 Dual core 2.0 GHz Cortex-A15,
Mali-T604 GPU, 2 GB DDR3-1600 RAM, dual channel, 12.8 GB/s
Screen pixels w x h 1920 x 1032
Android Build Version 4.2.2 - Jelly Bean
Processor : ARMv7 Processor rev 4 (v7l)
processor : 0
BogoMIPS : 992.87
processor : 1
BogoMIPS : 997.78
Features : swp half thumb fastmult vfp edsp neon vfpv3 tls vfpv4
idiva idivt
CPU implementer : 0x41
CPU architecture: 7
CPU variant : 0x0
CPU part : 0xc0f
CPU revision : 4
Hardware : SMDK5250
Linux version 3.4.35Ut
T21 Kindle Fire HDX 7, 2.2 GHz Quad Core Qualcomm Snapdragon 800 (Krait 400)
2 x 32 Bit LPDDR3-1866 Memory, 14.9 GB/s, GPU Qualcomm Adreno 330, 578 MHz
Device Amazon KFTHWI
Screen pixels w x h 1200 x 1803
Android Build Version 4.4.3
Processor : ARMv7 Processor rev 0 (v7l)
processor : 0, 1, 2, 3
BogoMIPS : 38.40
Features : swp half thumb fastmult vfp edsp neon vfpv3 tls vfpv4 idiva idivt
CPU implementer : 0x51
CPU architecture: 7
CPU variant : 0x2
CPU part : 0x06f
CPU revision : 0
Hardware : Qualcomm MSM8974
Revision : 0000
Linux version 3.4.0-perf (gcc version 4.7)
T22 Lenovo Tab 2 A8-50, 1.3 GHz quad core 64 bit MediaTek ARM Cortex-A53
1 GB LPDDR3, GPU Mali T720 MP2
Device LENOVO Lenovo TAB 2 A8-50F
Screen pixels w x h 800 x 1216
Android Build Version 5.0.2
Processor : AArch64 Processor rev 3 (aarch64)
processor : 0, 1, 2
BogoMIPS : 26.0
Features : fp asimd aes pmull sha1 sha2 crc32
CPU implementer : 0x41
CPU architecture: AArch64
CPU variant : 0x0
CPU part : 0xd03
CPU revision : 3
Hardware : MT8161
Linux version 3.10.65
P11 Samsung Galaxy SIII, Quad Core 1.4 GHz Cortex-A9
Dual Channel DDR2 RAM
Screen pixels w x h 720 x 1280
Android Build Version 4.0.4
Processor : ARMv7 Processor rev 0 (v7l)
processor : 0 BogoMIPS : 1592.52
processor : 1 BogoMIPS : 2786.91
processor : 3 BogoMIPS : 398.13
Features : swp half thumb fastmult vfp edsp neon vfpv3 tls
CPU implementer : 0x41
CPU architecture: 7
CPU variant : 0x3
CPU part : 0xc09
CPU revision : 0
Hardware : SMDK4x12
Revision : 000c
Serial : 3b065f3d4df1bb2d
Linux version 3.0.15
P12 Qualcomm Snapdragon S4, 1500 MHz
Device Vega S5 - Dual Core
CPU MSM8960
Screen pixels w x h 720 x 1184
Android Build Version 4.0.3
Processor : ARMv7 Processor rev 0 (v7l)
processor : 0
BogoMIPS : 13.53
processor : 1
BogoMIPS : 13.53
Features : swp half thumb fastmult vfp edsp neon vfpv3 tls vfpv4
CPU implementer : 0x51
CPU architecture: 7
CPU variant : 0x1
CPU part : 0x04d
CPU revision : 0
Hardware : QCT MSM8960 EF44S
Revision : 0000
Linux version 3.0.8
P13 Samsung Galaxy GT-I9100 SII Dual core 1.2 GHz Cortex-A9
Screen pixels w x h 480 x 800
Android Build Version 4.1.2
Processor : ARMv7 Processor rev 1 (v7l)
processor : 0
BogoMIPS : 1592.52
processor : 1
BogoMIPS : 2388.78
Features : swp half thumb fastmult vfp edsp neon vfpv3 tls
CPU implementer : 0x41
CPU architecture: 7
CPU variant : 0x2
CPU part : 0xc09
CPU revision : 1
Hardware : SHW-M250K
Revision : 000a
Linux version 3.0.31
P15 Lava Xolo A1000 1GHz Dual-core MT6577 Cortex A9 processor
Screen pixels w x h 720 x 1280
Android Build Version 4.1.1
Processor : ARMv7 Processor rev 0 (v7l)
processor : 0
BogoMIPS : 1993.93
Features : swp half thumb fastmult vfp edsp thumbee neon vfpv3 tls
CPU implementer : 0x41
CPU architecture: 7
CPU variant : 0x3
CPU part : 0xc09
CPU revision : 0
Hardware : MT6577
Linux version 3.4.0
P19? Device not given
Qualcomm Snapdragon S4 Dual Core
Screen pixels w x h 720 x 1184
Android Build Version 4.3
Processor : ARMv7 Processor rev 0 (v7l)
processor : 0 and 1
BogoMIPS : 13.53
Features : swp half thumb fastmult vfp edsp neon vfpv3 tls vfpv4
CPU implementer : 0x51
CPU architecture: 7
CPU variant : 0x2
CPU part : 0x04d
CPU revision : 0
Hardware : msm8960dt
Revision : 81b2
Device : ghost
Radio : 1
Linux version 3.4.42
P20 MediaTec MT6589, Quad Core Cortex A7 1.5 GHz
Screen pixels w x h 720 x 1280
Android Build Version 4.2.1
Processor ARMv7 Processor rev 2 (v7l)
processor : 0, 1, 2, 3
BogoMIPS : 3043.37
Features : swp half thumb fastmult vfp edsp thumbee neon vfpv3
tls vfpv4 idiva idivt
CPU implementer : 0x41
CPU architecture: 7
CPU variant : 0x0
CPU part : 0xc07
CPU revision : 2
Hardware : MT6589
Linux version 3.4.5
P22 Samsung Galaxy Note II N7100 Quad-core 1.6 GHz Cortex-A9
Screen pixels w x h 720 x 1280
Android Build Version 4.1.2
Processor : ARMv7 Processor rev 0 (v7l)
processor : 0, 1, 2, 3
BogoMIPS : 1592.52
Features : swp half thumb fastmult vfp edsp neon vfpv3 tls
CPU implementer : 0x41
CPU architecture: 7
CPU variant : 0x3
CPU part : 0xc09
CPU revision : 0
Chip revision : 0020
Hardware : SMDK4x12
Revision : 000b
Linux version 3.0.97
P23 Huawei ?? Octa-core Cortex A17
Screen pixels w x h 1280 x 720
Android Build Version 4.2.2
Processor : ARMv7 Processor rev 4 (v7l)
processor : 0, 1, 2, 3, 4, 5, 6, 7
BogoMIPS : 2723.39
Features : swp half thumb fastmult vfp edsp thumbee neon vfpv3 tls vfpv4 idiva idivt
CPU implementer : 0x41
CPU architecture: 7
CPU variant : 0x0
CPU part : 0xc07
CPU revision : 4
Hardware : MT6592
Revision : 0000
Linux version 3.4.39
A1 Asus MemoPad 7 ME176CEX, 1.86 GHz Atom Intel Atom Z3745
Screen pixels w x h 800 x 1216
Android Build Version 4.4.2
Processor : ARMv7 processor rev 1 (v7l)
BogoMIPS : 1500.0
Features : neon vfp swp half thumb fastmult edsp vfpv3
CPU implementer : 0x69
CPU architecture: 7
CPU variant : 0x1
CPU part : 0x001
CPU revision : 1
Hardware : placeholder
Revision : 0001
Linux version 3.10.20
ET1 Device Emulator 2.4 GHz Core 2 Duo
Screen pixels w x h 600 x 1024
Android Build Version 4.0.4
Processor : ARMv7 Processor rev 0 (v7l)
BogoMIPS : 292.45
Features : swp half thumb fastmult vfp edsp neon vfpv3
CPU implementer : 0x41
CPU part : 0xc08
Linux version 2.6.29
BS1 BlueStacks Emulator on 3 GHz Phenom
Screen pixels w x h 1024 x 600
Android Build Version 2.3.4
processor : 0
vendor_id : AuthenticAMD
cpu family : 16
model : 4
model name : AMD Phenom(tm) II X4 945 Processor
stepping : 2
cpu MHz : 3013.000
cache size : 512 KB
-
-
bogomips : 26686.25
Linux version 2.6.38
|
To Start
Roy Longbottom January 2016
The Official Internet Home for my Benchmarks is via the link
Roy Longbottom's PC Benchmark Collection
|
