Contents
Download Benchmark Apps
A Settings, Security option may need changing to allow installation of non-Market applications
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JavaOpenGL1.apk
3D Graphics Frames Per second
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JavaDraw.apk
Draw Frames Per Second
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BatteryTest.apk
Battery Drain Test using graphics
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All have an option to save results via Email
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).
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.
Further variations are available as
MultiThreading Benchmarks
and
NEON Benchmarks.
These benchmarks were developed on a Linux Ubuntu or Windows PC, using Eclipse Integrated Development Environment for Java, Android Software Development Kit and compiled C/C++ code from Native Development Kit (all free software).
Versions 1.1 January 2013 - Coloured display instead of black and white,
background image,
wider format for HD displays.
February 2015 - Results included for an Android tablet, using an Intel Atom processor and Intel HD graphics. A battery drain test was produced, based on JavaDraw.
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Standard Layout
Has right/left scroll to see all details. The Save button Emails results to me AND/OR whoever is desired.
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To Start
JavaOpenGL1 Benchmark
The benchmark does not rely on complex visual scenes or mathematical functions. The objective being to generate moderate to excessive loading via multiple simple objects.
It uses all Java code, with OpenGL ES GL10 statements, to measure graphics performance in Frames Per Second (FPS). Four tests draw a background of 50 cubes first as wireframes then colour shaded. The third test views the cubes in and out of a tunnel with slotted sides and roof, also containing rotating plates. The last test adds textures to the cubes and plates. The 50 cubes are redrawn 15, 30 and 60 times, with randomised positions, colours rotational settings. With 6 x 2 triangles per cube, minimum triangles per frame for the three sets of tests are 9000, 18000 and 36000.
An example of the last scene is on the right. The tunnel is provided to show 3D effects, the plates rotating in fixed positions. The numerous cubes are in the distant background, the tunnel slots showing that they are still there, with size varying according to proximity. The cubes appear more as jumping objects, with changing colours and position.
Eclipse project for the benchmark, with source code, is available in
Android Graphics Benchmarks.zip.
Android 5 has switched to ART virtual machine for Java, instead of Dalvik. First results, on tablets T22 and T7, indicate severe degradation in performance with this benchmark.
Below is an example of printed results, with system information as included in Emailed results from all benchmarks.
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Android Java OpenGL Benchmark 05-Mar-2013 16.38
--------- Frames Per Second --------
Triangles WireFrame Shaded Shaded+ Textured
9000+ 43.42 44.13 33.65 23.63
18000+ 23.81 23.63 20.19 13.35
36000+ 12.09 12.10 10.84 7.09
Screen Pixels 1280 Wide 736 High
System Information
Screen pixels w x h 1280 x 736
Android Build Version 4.2
Processor : ARMv7 Processor rev 9 (v7l)
processor : 0 to 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
CPU revision : 9
Hardware : grouper
Revision : 0000
Serial : 0f410a0001440200
Linux version 3.1.10-g22b4fcd (android-build@vpbs1.mtv.corp.google.com)
(gcc version 4.6.x-google 20120106 (prerelease) (GCC) ) #1 SMP PREEMPT
Fri Nov 2 10:55:26 PDT 2012
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To Start
JavaOpenGL1 Results
Vertical Synchronisation (VSync) is a graphics function that clamps displayed Frames Per Second (FPS) to the monitor’s refresh frequency, that appears to be 60 Hz under Android. On PCs, VSync can usually be turned off, allowing benchmarks to demonstrate maximum speeds that can be thousands of FPS. For details see my
Windows and
Linux
benchmark results.
The option to turn off VSync does not appear to be available under Android. So we are stuck with a maximum demonstratable speed of 60 FPS. Hence, it can require heavy loading to show differences. A complication with VSync is that constant loading can easily produce an apparent performance of 30 FPS when the real speed is closer to 60 FPS. The same half speeds can apply at lower speeds. This means that single performance tests should be avoided if the content has little variation.
As demonstrated in
these Windows results ,
where the same graphics adapters are used with CPUs at different MHz settings, 3D performance can be heavily dependent on processor speed. Then, it is the tests with the lightest loading that can demonstrate relative graphics speed, requiring large volumes of that sort of object, when VSync is imposed.
With this benchmark, it seems that the wireframe tests are the most appropriate to show different graphics performance.
August 2013 - Tablet T11 has a Cortex-A15 CPU (Samsung Exynos 5250), much faster than earlier Cortex-A9 CPUs, and a Mali-T604 GPU. This shows little different OpenGL performance to the best earlier systems. Possible reasons are VSync complications and twice as many screen pixels. Then, this graphics is designed to use later versions of OpenGL ES.
The benchmark was also run on T11, with Power Saving on, with the CPU at 1000 MHz instead of 1700. Performance via the higher frequency was 1.33 to 1.46 times faster, indicating that CPU speed is still a key factor.
February 2015 - Fastest results from T15 HTC Nexus 9 included, along with Atom system A1, with similar performance to T7 Nexus 7.
June 2015 - T7a later version of Android.
July 2015 - Results for T21, with the Qualcomm Snapdragon 800, are not particularly good..
August 2015 - T22, with Cortex-A53 and Android 5, result is disappointing.
October 2015 - T7 Nexus 7, Android 5.0.2 upgrade, much slower. Slow again with 5.1.1, even after reinstall.
Tablet A1 Asus MemoPad 7, Android 5.0 upgrade also slow.
To Start
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A1 Asus MemoPad 7, Quad Core 1.86 GHz Intel Atom Z3745
Intel HD Graphics, Android 4.4.2
Android Java OpenGL Benchmark 21-Dec-2014 16.30
--------- Frames Per Second --------
Triangles WireFrame Shaded Shaded+ Textured
9000+ 37.95 37.64 29.86 23.63
18000+ 19.44 19.70 17.26 13.26
36000+ 9.99 9.93 9.35 7.17
Screen Pixels 1280 Wide 736 High
Total Elapsed Time 120.6 seconds
A1 Asus MemoPad 7, Android 5.0
Android Java OpenGL Benchmark 10-Oct-2015 13.44
--------- Frames Per Second --------
Triangles WireFrame Shaded Shaded+ Textured
9000+ 25.87 25.89 20.27 16.29
18000+ 13.43 13.56 11.72 9.38
36000+ 6.92 6.73 6.32 4.98
Screen Pixels 800 Wide 1216 High
Total Elapsed Time 120.9 seconds
*****************************************************
T15 HTC Nexus 9, dual core Denver CPU 2400 MHz, Android 5.0.1
Kepler DX1 Graphics
Android Java OpenGL Benchmark 28-Jan-2015 22.38
--------- Frames Per Second --------
Triangles WireFrame Shaded Shaded+ Textured
9000+ 59.79 59.84 59.84 57.79
18000+ 59.97 59.26 52.64 32.74
36000+ 31.33 30.95 29.02 17.59
Screen Pixels 2048 Wide 1440 High
Total Elapsed Time 121.0 seconds
*****************************************************
T11 Samsung EXYNOS 5250 Dual 2.0 GHz Cortex-A15, Android 4.2.2
Mali-T604 Quad Core GPU
Android Java OpenGL Benchmark 09-Aug-2013 09.42
--------- Frames Per Second --------
Triangles WireFrame Shaded Shaded+ Textured
9000+ 39.13 41.52 32.19 27.25
18000+ 22.03 20.73 19.69 16.30
36000+ 12.24 12.23 10.75 8.68
Screen Pixels 1920 Wide 1032 High
Total Elapsed Time 120.8 seconds
Measured CPU MHz - 1700, not continuous
Power Saving Mode - 1000 MHz
--------- Frames Per Second --------
Triangles WireFrame Shaded Shaded+ Textured
9000+ 29.33 29.23 22.45 19.08
18000+ 16.33 16.25 13.84 11.14
36000+ 8.50 8.48 7.78 6.04
Screen Pixels 1920 Wide 1032 High
Total Elapsed Time 120.7 seconds
*****************************************************
T21 Quad Core 2.2 GHz Snapdragon 800, Android 4.4.3
GPU Qualcomm Adreno 330, 578 MHz
Android Java OpenGL Benchmark 27-Jul-2015 16.50
--------- Frames Per Second --------
Triangles WireFrame Shaded Shaded+ Textured
9000+ 35.05 35.45 25.60 21.58
18000+ 18.04 18.05 15.32 12.73
36000+ 9.28 9.33 8.47 6.91
Screen Pixels 1200 Wide 1803 High
Total Elapsed Time 120.8 seconds
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T22 1.3 GHz quad core 64 bit MediaTek ARM Cortex-A53
Android 5.0, GPU Mali T720 MP2
Android Java OpenGL Benchmark 26-Aug-2015 16.24
--------- Frames Per Second --------
Triangles WireFrame Shaded Shaded+ Textured
9000+ 22.55 22.11 16.67 14.27
18000+ 11.55 11.60 9.98 8.27
36000+ 5.92 5.98 5.48 4.48
Screen Pixels 800 Wide 1216 High
Total Elapsed Time 120.9 seconds
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P11 Galaxy SIII, Quad Cortex-A9 1.4 GHz, Android 4.0.4
ARM Mali-400 MP4 quad core graphics
Android Java OpenGL Benchmark 17-Mar-2013 11.49
--------- Frames Per Second --------
Triangles WireFrame Shaded Shaded+ Textured
9000+ 57.98 59.62 51.93 41.19
18000+ 34.46 34.28 29.61 15.25
36000+ 14.45 13.11 13.03 7.34
Screen Pixels 1280 Wide 720 High
Total Elapsed Time 120.9 seconds
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T7 Nexus 7 Quad 1300 MHz Cortex-A9, Android 4.1.2
nVidia ULP GeForce Graphics 12 core, 416 MHz
Android Java OpenGL Benchmark 06-Mar-2013 21.51
--------- Frames Per Second --------
Triangles WireFrame Shaded Shaded+ Textured
9000+ 42.18 43.57 33.38 23.54
18000+ 23.68 23.47 19.91 13.38
36000+ 12.05 11.95 11.00 7.10
Screen Pixels 1280 Wide 736 High
Total Elapsed Time 121.0 seconds
Measured CPU MHz - 1200
T7a Nexus 7 - New OS Android 4.4.2
Android Java OpenGL Benchmark 17-Jun-2015 21.45
--------- Frames Per Second --------
Triangles WireFrame Shaded Shaded+ Textured
9000+ 42.99 41.76 32.21 22.00
18000+ 22.75 22.52 19.17 12.44
36000+ 11.67 11.50 10.37 6.59
Screen Pixels 800 Wide 1205 High
Total Elapsed Time 120.8 seconds
T7a Nexus 7 - New OS Android 5.0.2
Android Java OpenGL Benchmark 01-Oct-2015 12.11
--------- Frames Per Second --------
Triangles WireFrame Shaded Shaded+ Textured
9000+ 23.49 24.12 18.35 13.68
18000+ 12.59 12.57 10.73 7.66
36000+ 6.33 6.36 5.83 4.10
Screen Pixels 1280 Wide 736 High
Total Elapsed Time 121.1 seconds
T7a Nexus 7 - Updated OS Android 5.1.1
Android Java OpenGL Benchmark 12-Oct-2015 16.06
--------- Frames Per Second --------
Triangles WireFrame Shaded Shaded+ Textured
9000+ 22.61 23.23 17.71 13.46
18000+ 12.03 12.11 10.36 7.57
36000+ 6.14 6.01 5.64 4.03
Screen Pixels 1280 Wide 736 High
Total Elapsed Time 121.5 seconds
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T4 Miumiu w17 Pro 7 inch tablet, dual 1500 MHz Cortex-A9
Mali-400 graphics,
Android Java OpenGL Benchmark 06-Mar-2013 21.40
--------- Frames Per Second --------
Triangles WireFrame Shaded Shaded+ Textured
9000+ 33.36 43.94 34.99 26.86
18000+ 18.00 23.58 20.55 15.56
36000+ 9.25 11.95 11.30 7.32
Screen Pixels 1024 Wide 552 High
Total Elapsed Time 120.9 seconds
Measured CPU MHz - 1200
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T2 WayTeq xTAB-70 7 inch tablet, 800 MHz Cortex-A9
Mali-400 graphics, 4 cores, 256 KB cache
Android Java OpenGL Benchmark 06-Mar-2013 22.05
--------- Frames Per Second --------
Triangles WireFrame Shaded Shaded+ Textured
9000+ 29.75 30.87 23.78 15.99
18000+ 15.07 15.29 13.14 9.20
36000+ 7.94 7.47 6.63 4.54
Screen Pixels 600 Wide 800 High
Total Elapsed Time 121.0 seconds
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T25 Samsung Galaxy Tab 2 P5100, dual core Cortex-A9 1 GHz
GPU PowerVR SGX540, Android 4.0.4
Android Java OpenGL Benchmark 17-Oct-2015 08.09
--------- Frames Per Second --------
Triangles WireFrame Shaded Shaded+ Textured
9000+ 14.65 15.27 13.73 11.42
18000+ 8.94 8.87 8.11 6.70
36000+ 5.10 5.07 4.75 4.00
Screen Pixels 800 Wide 1232 High
Total Elapsed Time 121.3 seconds
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P35 Lenovo A859 Quad-core Cortex-A7 1.3 GHz
GPU Mali-400MP2, Android 4.2.2
Android Java OpenGL Benchmark 12-Nov-2015 01.06
--------- Frames Per Second --------
Triangles WireFrame Shaded Shaded+ Textured
9000+ 34.57 35.68 27.68 22.73
18000+ 18.86 18.46 16.34 13.00
36000+ 9.82 10.00 9.11 7.15
Screen Pixels 720 Wide 1280 High
Total Elapsed Time 120.8 seconds
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P17 Allwinner 10 Sun4i ? MHz, ARM Mali 400 GPU Cortex-A8
Android Java OpenGL Benchmark 09-ápr.-2013 08.23
--------- Frames Per Second --------
Triangles WireFrame Shaded Shaded+ Textured
9000+ 16,69 16,15 12,18 9,56
18000+ 7,93 8,36 7,19 5,47
36000+ 3,88 3,98 3,67 2,76
Screen Pixels 569 Wide 320 High
Total Elapsed Time 121,6 seconds
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T1, TTFone M013S ARM 926EJ 800 MHz, Android 2.2
VIA 8650 Integrated Graphics
Android Java OpenGL Benchmark 06-Mar-2013 22.15
--------- Frames Per Second --------
Triangles WireFrame Shaded Shaded+ Textured
9000+ 1.16 1.39 1.20 0.68
18000+ 0.61 0.71 0.66 0.37
36000+ 0.30 0.36 0.35 0.19
Screen Pixels 1024 Wide 600 High
Total Elapsed Time 129.4 seconds
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ET1 Eclipse Device ARM Emulator 2.4 GHz Core 2
Android Java OpenGL Benchmark 06-Mar-2013 21.17
--------- Frames Per Second --------
Triangles WireFrame Shaded Shaded+ Textured
9000+ 2.66 3.97 3.29 1.61
18000+ 1.48 1.84 1.72 0.88
36000+ 0.82 0.95 0.87 0.46
Screen Pixels 320 Wide 480 High
Total Elapsed Time 126.0 seconds
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BS1 BlueStacks Emulator on 3 GHz Phenom
Android Java OpenGL Benchmark 06-Mar-2013 21.25
--------- Frames Per Second --------
Triangles WireFrame Shaded Shaded+ Textured
9000+ 41.72 42.02 32.90 20.72
18000+ 22.11 22.09 19.28 11.58
36000+ 11.16 11.14 10.35 5.89
Screen Pixels 1024 Wide 600 High
Total Elapsed Time 120.6 seconds
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To Start
JavaDraw Benchmark
This all Java benchmark uses small to rather excessive simple objects to measure drawing performance, again via Frames Per Second (FPS). Five tests draw on a background of continuously changing colour shades. The image on the right is after four tests.
- Test 1 loads a PNG file twice, the bitmaps moving for each frame, one right to left and back, the other circling.
- Plus Test 2 generates 2 SweepGradient multi-coloured circles moving towards the centre and back.
- Plus Test 3 draws 200 random small circles in the middle of the screen (mainly hidden on a small screen).
- Plus Test 4 draws 80 lines from the centre of each side to the opposite side, again with changing colours.
- Plus Test 5 draws the same small random circles as Test 3 but with 4000, filling the screen.
- Each test runs for approximately 10 seconds.
Results output includes system details as for JavaOpenGL1 above, along with the speeds and details shown below.
Eclipse project for the benchmark, with source code, is again available in
Android Graphics Benchmarks.zip.
It took a great deal of time to discover how to stop drawing and return results to the primary activity code.
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To Start
JavaDraw Results
As with Java OpenGL, speeds are limited to 60 FPS by imposed Vertical Synchronisation (VSync).
Performance during the early tests again appears to be more dependent on graphics speed, CPU speed having a greater influence on later tests.
Based on the first FPS results and unlike OpenGL, ARM Mali performance appeared to be superior to nVidia ULP graphics on the drawing functions used.
Later results on a Galaxy SIII produced disappointing speeds, unlike with the OpenGL benchmark.
There might be some Settings options to try.
An offline Java version has been produced to run on PCs via Windows and Linux. Details are in
JavaDraw.htm.
Example results from a Windows based Netbook are included below. Here speeds are not limited by imposed VSYNC and fast PCs can demonstrate several hundred FPS. Then we should probably consider power dissipation and FPS per watt.
August 2013 - Unlike with OpenGL, Tablet T11, with the Cortex-A15 CPU, produces faster speeds than earlier systems, particularly in Millions of Pixels Per Second, taking into account the larger screen.
This benchmark was also run on T11, with Power Saving on, with the CPU at 1000 MHz instead of 1700, the latter being 1.25 times faster, with the lightest loading, and up to 1.67 times with more detailed drawing. Lighter tests on T11 showed that this program is also controlled by VSync, limiting maximum speed to 60 FPS. Here, a slight change in loading can reduce measured FPS by a half, making real comparisons impossible.
February 2015 - Atom system A1 results included, the fastest so far on most tests.
June 2015 - T7a later version of Android.
July 2015 - Results for T21, with the Qualcomm Snapdragon 800, are not particularly good..
August 2015 - Results included for T22, with Cortex-A53 and Android 5.0, but also not particularly good, compared with the Atom based A1 tablet.
October 2015 - T7 Nexus 7, Android 5.0.2 upgrade, much faster on first tests but similar on most demanding test. Later slow again after upgrade to 5.1.1. App reinstalled and fast again.
A1 Asus MemoPad 7, upgrade to Android 5.0 produce slightly slower speeds.
March 2916 - Results from W1, the Windows 10 based tablet, indicate that VSYNC is not imposed, producing the fastest speeds at this time. Windows/Android dual boot tablet W2/A5, confirms the faster Windows performance (via Java). However, the android version runs at full screen, as opposed to a fixed 1280 x 720 with the Windows variety. The latter was recompiled to use full screen, producing much slower speeds (see below).
To Start
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T11 Samsung EXYNOS 5250 2.0 GHz Cortex-A15, Android 4.2.2
Mali-T604 quad core GPU
Android Java Drawing Benchmark 09-Aug-2013 09.39
Test Frames FPS
Display PNG Bitmap Twice 558 55.74
Plus 2 SweepGradient Circles 277 27.66
Plus 200 Random Small Circles 244 24.36
Plus 320 Long Lines 169 16.84
Plus 4000 Random Small Circles 68 6.72
Screen pixels 1920 Wide 1032 High
Total Elapsed Time 50.4 seconds
Maximum 110 Million Pixels Per Second
Measured CPU MHz - 1700
Power Saving Mode - 1000 MHz
Test Frames FPS
Display PNG Bitmap Twice 439 43.81
Plus 2 SweepGradient Circles 169 16.82
Plus 200 Random Small Circles 146 14.57
Plus 320 Long Lines 108 10.71
Plus 4000 Random Small Circles 42 4.13
Screen pixels 1920 Wide 1032 High
Total Elapsed Time 50.5 seconds
*****************************************************
T21 2.2 GHz Quad Core Snapdragon 800, Android 4.4.3
GPU Qualcomm Adreno 330, 578 MHz
Android Java Drawing Benchmark 27-Jul-2015 16.47
Test Frames FPS
Display PNG Bitmap Twice 533 53.24
Plus 2 SweepGradient Circles 248 24.73
Plus 200 Random Small Circles 218 21.72
Plus 320 Long Lines 158 15.75
Plus 4000 Random Small Circles 57 5.61
Screen pixels 1200 Wide 1803 High
Total Elapsed Time 50.3 seconds
*****************************************************
T22 1.3 GHz quad core 64 bit MediaTek ARM Cortex-A53
Android 5.0, GPU Mali T720 MP2
Android Java Drawing Benchmark 26-Aug-2015 16.21
Test Frames FPS
Display PNG Bitmap Twice 558 55.72
Plus 2 SweepGradient Circles 368 36.70
Plus 200 Random Small Circles 286 28.52
Plus 320 Long Lines 178 17.76
Plus 4000 Random Small Circles 50 4.99
Screen pixels 800 Wide 1216 High
Total Elapsed Time 51.5 seconds
*****************************************************
T25 Samsung Galaxy Tab 2 P5100, dual core Cortex-A9 1 GHz
GPU PowerVR SGX540
Android Java Drawing Benchmark 17-Oct-2015 08.12
Test Frames FPS
Display PNG Bitmap Twice 246 24.57
Plus 2 SweepGradient Circles 211 21.05
Plus 200 Random Small Circles 164 16.35
Plus 320 Long Lines 103 10.22
Plus 4000 Random Small Circles 34 3.35
Screen pixels 800 Wide 1232 High
Total Elapsed Time 50.4 seconds
*****************************************************
P35 Lenovo A859 Quad-core Cortex-A7 1.3 GHz
GPU Mali-400MP2
Android Java Drawing Benchmark 12-Nov-2015 01.03
Test Frames FPS
Display PNG Bitmap Twice 274 27.31
Plus 2 SweepGradient Circles 193 19.24
Plus 200 Random Small Circles 163 16.26
Plus 320 Long Lines 120 11.93
Plus 4000 Random Small Circles 39 3.81
Screen pixels 720 Wide 1280 High
Total Elapsed Time 50.5 seconds
*****************************************************
P11 Galaxy SIII, Quad Cortex-A9 1.4 GHz, Android 4.0.4
ARM Mali-400 MP4 quad core graphics
Android Java Drawing Benchmark 14-Apr-2013 14.15
Test Frames FPS
Display PNG Bitmap Twice 117 11.64
Plus 2 SweepGradient Circles 122 12.14
Plus 200 Random Small Circles 114 11.37
Plus 320 Long Lines 107 10.62
Plus 4000 Random Small Circles 45 4.41
Screen pixels 720 Wide 1280 High
Total Elapsed Time 50.5 seconds
Maximum 11.2 Million Pixels Per Second
*****************************************************
T7 Nexus 7 Quad 1300 MHz Cortex-A9, Android 4.2.1
nVidia ULP GeForce Graphics 12 core, 416 MHz
Android Java Drawing Benchmark 12-Apr-2013 19.50
Test Frames FPS
Display PNG Bitmap Twice 204 20.38
Plus 2 SweepGradient Circles 165 16.48
Plus 200 Random Small Circles 145 14.50
Plus 320 Long Lines 113 11.30
Plus 4000 Random Small Circles 39 3.81
Screen pixels 1280 Wide 736 High
Total Elapsed Time 50.4 seconds
Maximum 19.2 Million Pixels Per Second
Measured CPU MHz - 1200
T7a Nexus 7 - New OS Android 4.4.2
Android Java Drawing Benchmark 17-Jun-2015 21.43
Test Frames FPS
Display PNG Bitmap Twice 194 19.31
Plus 2 SweepGradient Circles 151 15.00
Plus 200 Random mall Circles 136 13.59
Plus 320 Long Lines 105 10.50
Plus 4000 Random Small Circles 39 3.84
Screen pixels 800 Wide 1205 High
Total Elapsed Time 50.3 seconds
T7a Nexus 7 - New OS Android 5.0.2
Android Java Drawing Benchmark 01-Oct-2015 12.24
Test Frames FPS
Display PNG Bitmap Twice 487 48.70
Plus 2 SweepGradient Circles 297 29.66
Plus 200 Random mall Circles 231 23.02
Plus 320 Long Lines 149 14.85
Plus 4000 Random Small Circles 39 3.90
Screen pixels 1280 Wide 736 High
Total Elapsed Time 50.1 seconds
T7a Nexus 7 - Updated OS Android 5.1.1
Android Java Drawing Benchmark 12-Oct-2015 15.56
Test Frames FPS
Display PNG Bitmap Twice 466 46.56
Plus 2 SweepGradient Circles 297 29.61
Plus 200 Random Small Circles 231 23.04
Plus 320 Long Lines 150 14.98
Plus 4000 Random Small Circles 40 3.95
Screen pixels 1280 Wide 736 High
Total Elapsed Time 50.3 seconds
*****************************************************
T4 Miumiu w17 Pro 7 inch tablet, dual 1500 MHz Cortex-A9
Mali-400 graphics
Android Java Drawing Benchmark 12-Apr-2013 20.01
Test Frames FPS
Display PNG Bitmap Twice 378 37.76
Plus 2 SweepGradient Circles 326 32.52
Plus 200 Random Small Circles 252 25.15
Plus 320 Long Lines 175 17.42
Plus 4000 Random Small Circles 45 4.43
Screen pixels 1024 Wide 552 High
Total Elapsed Time 50.4 seconds
Maximum 21.3 Million Pixels Per Second
Measured CPU MHz - 1200
*****************************************************
T2 WayTeq xTAB-70 7 inch tablet, 800 MHz Cortex-A9
Mali-400 graphics, 4 cores, 256 KB cache
Android Java Drawing Benchmark 12-Apr-2013 20.04
Test Frames FPS
Display PNG Bitmap Twice 243 24.29
Plus 2 SweepGradient Circles 204 20.38
Plus 200 Random Small Circles 161 16.10
Plus 320 Long Lines 99 9.79
Plus 4000 Random Small Circles 30 2.99
Screen pixels 800 Wide 600 High
Total Elapsed Time 50.2 seconds
Maximum 11.7 Million Pixels Per Second
*****************************************************
T1, TTFone M013S ARM 926EJ 800 MHz, Android 2.2
VIA 8650 Integrated Graphics
Android Java Drawing Benchmark 12-Apr-2013 21.36
Test Frames FPS
Display PNG Bitmap Twice 111 11.06
Plus 2 SweepGradient Circles 95 9.41
Plus 200 Random Small Circles 55 5.42
Plus 320 Long Lines 35 3.39
Plus 4000 Random Small Circles 6 0.53
Screen pixels 1024 Wide 600 High
Total Elapsed Time 52.0 seconds
Maximum 6.8 Million Pixels Per Second
**************************************************
A1 Asus MemoPad 7, Quad Core 1.86 GHz Intel Atom Z3745
Intel HD Graphics, Android 4.4.2
Android Java Drawing Benchmark 21-Dec-2014 16.35
Test Frames FPS
Display PNG Bitmap Twice 599 59.79
Plus 2 SweepGradient Circles 486 48.55
Plus 200 Random Small Circles 383 38.25
Plus 320 Long Lines 219 21.88
Plus 4000 Random Small Circles 64 6.38
Screen pixels 1280 Wide 736 High
Total Elapsed Time 50.1 seconds
A1 Asus MemoPad 7 Android 5.0
Android Java Drawing Benchmark 10-Oct-2015 13.42
Test Frames FPS
Display PNG Bitmap Twice 595 59.40
Plus 2 SweepGradient Circles 458 45.79
Plus 200 Random Small Circles 383 38.27
Plus 320 Long Lines 199 19.81
Plus 4000 Random Small Circles 56 5.60
Screen pixels 800 Wide 1216 High
Total Elapsed Time 50.1 seconds
########################## A1 ##########################
A1 Asus MemoPad 7, Quad Core 1.86 GHz Intel Atom Z3745
Intel HD Graphics, Android 4.4.2
Android Java Drawing Benchmark 21-Dec-2014 16.35
Test Frames FPS
Display PNG Bitmap Twice 599 59.79
Plus 2 SweepGradient Circles 486 48.55
Plus 200 Random Small Circles 383 38.25
Plus 320 Long Lines 219 21.88
Plus 4000 Random Small Circles 64 6.38
Screen pixels 1280 Wide 736 High
Total Elapsed Time 50.1 seconds
#################### A1 Android 5.0 ####################
Android Java Drawing Benchmark 10-Oct-2015 13.42
Test Frames FPS
Display PNG Bitmap Twice 595 59.40
Plus 2 SweepGradient Circles 458 45.79
Plus 200 Random Small Circles 383 38.27
Plus 320 Long Lines 199 19.81
Plus 4000 Random Small Circles 56 5.60
Screen pixels 800 Wide 1216 High
Total Elapsed Time 50.1 seconds
#################### A5 Android 5.1 ####################
Same Tablet as W2
Teclast X98 Plus, Intel Atom Z8300 1.44 GHz, Turbo 1.84
Intel HD Graphics, Android 5.1
Android Java Drawing Benchmark 02-Mar-2016 17.37
Test Frames FPS
Display PNG Bitmap Twice 447 44.62
Plus 2 SweepGradient Circles 212 21.12
Plus 200 Random Small Circles 171 17.02
Plus 320 Long Lines 93 9.25
Plus 4000 Random Small Circles 32 3.13
Screen pixels 2048 Wide 1440 High
Total Elapsed Time 50.4 seconds
############## W1 Windows 10 1280 x 720 ##############
Intel Atom Z8300 quad core 1.44 GHz Turbo 1.84
Windows 10, Intel HD Graphics Gen8
Java Drawing Benchmark, Dec 27 2015, 21:51:45
Produced by javac 1.7.0_2
Test Frames FPS
Display PNG Bitmap Twice Pass 1 872 87.13
Display PNG Bitmap Twice Pass 2 991 98.95
Plus 2 SweepGradient Circles 961 95.98
Plus 200 Random Small Circles 782 78.08
Plus 320 Long Lines 605 60.44
Plus 4000 Random Small Circles 164 16.32
Total Elapsed Time 60.1 seconds
Operating System Windows 10, Arch. x86, Version 10.0
Java Vendor Oracle Corporation, Version 1.8.0_66
Intel64 Family 6 Model 76 Stepping 3, GenuineIntel, 4 CPUs
############## W2 Windows 10 1280 x 720 ##############
Same Tablet as A5
Teclast X98 Plus, Intel Atom Z8300 1.44 GHz, Turbo 1.84
Windows 10, Intel HD Graphics Gen8
Java Drawing Benchmark, Mar 2 2016, 21:30:58
Produced by javac 1.7.0_2
Test Frames FPS
Display PNG Bitmap Twice Pass 1 748 74.78
Display PNG Bitmap Twice Pass 2 833 83.24
Plus 2 SweepGradient Circles 828 82.78
Plus 200 Random Small Circles 690 68.99
Plus 320 Long Lines 560 55.94
Plus 4000 Random Small Circles 163 16.30
Total Elapsed Time 60.0 seconds
Operating System Windows 10, Arch. x86, Version 10.0
Java Vendor Oracle Corporation, Version 1.8.0_66
Intel64 Family 6 Model 76 Stepping 3, GenuineIntel, 4 CPUs
############ W2 Windows 10 2048 x 1440 #############
Java Drawing Benchmark, Mar 3 2016, 12:22:42
Produced by javac 1.7.0_2 2048 x 1440
Test Frames FPS
Display PNG Bitmap Twice Pass 1 275 27.42
Display PNG Bitmap Twice Pass 2 301 30.01
Plus 2 SweepGradient Circles 296 29.54
Plus 200 Random Small Circles 286 28.51
Plus 320 Long Lines 225 22.45
Plus 4000 Random Small Circles 118 11.72
Total Elapsed Time 60.3 seconds
Operating System Windows 10, Arch. x86, Version 10.0
Java Vendor Oracle Corporation, Version 1.8.0_66
Intel64 Family 6 Model 76 Stepping 3, GenuineIntel, 4 CPUs
**************************************************
Windows/Linux version - 1.66 GHz Atom based Netbook
Java Drawing Benchmark, Apr 26 2013, 16:34:15
Test Frames FPS
Display PNG Bitmap Twice 476 47.52
Plus 2 SweepGradient Circles 634 63.30
Plus 200 Random Small Circles 608 60.61
Plus 320 Long Lines 474 47.25
Plus 4000 Random Small Circles 125 12.42
Total Elapsed Time 50.2 seconds
Operating System Windows XP, Arch. x86, Version 5.1
Java Vendor Sun Microsystems Inc., Version 1.6.0_29
x86 Family 6 Model 28 Stepping 10, GenuineIntel, 2 CPUs
*****************************************************
BS1 BlueStacks Emulator on 3 GHz Phenom
Android Java Drawing Benchmark 12-Apr-2013 17.39
Test Frames FPS
Display PNG Bitmap Twice 599 59.84
Plus 2 SweepGradient Circles 600 59.94
Plus 200 Random Small Circles 533 53.19
Plus 320 Long Lines 404 40.28
Plus 4000 Random Small Circles 136 13.56
Screen pixels 1024 Wide 600 High
Total Elapsed Time 50.1 seconds
|
To Start
Battery Test
The program runs the second most demanding JavaDraw test
As shown above,
except CPU MHz is displayed, along with Frames Per Second (FPS) and running time in minutes. Default running arrangements are 60 passes of one second each, producing two columns of results that are displayed and saved on the Internal Drive, The CPU MHz is the average of samples taken once per frame. These results are to demonstrate any reductions as the battery capacity reduces.
Before running, Display/Power Settings should be changed to never switch off and CPU to run at maximum speed, if possible.
Three buttons are provided where, besides the Run and usual Email option, to save results, there is a Time button, enabling manual input of the number of seconds for each pass (same as total minutes). After rebooting, following a flat battery turning the device off, and after recharging, restarting the program reads and displays the saved results, ready for E-mailing.
The file path of the Internal Drive can vary, as shown in the results below. The BatteryTest.txt results file might also be viewable using an Android File Manager/Explorer or on a PC, via a USB connection.
Results below show that systems generally run at maximum MHz and consistent speeds until turning off due to lack of power. Inexplicitly, Tablet T4 runs a a lower GHz than expected.
Tablet T7 does not have the option to provide the “never switch off” Display Setting. Hence, low FPS speeds, until the app is forced to continue by clicking the on/off switch.
July 2015 - Results for T21, with the Qualcomm Snapdragon 800, were over four hours, with the battery not quite flat. This system could not open the log file for saving.
Eclipse project for the benchmark, with source code, is again available in
Android Graphics Benchmarks.zip.
**************************************************
A1 Asus MemoPad 7, Quad Core 1.86 GHz Intel Atom Z3745
Intel HD Graphics, Android 4.4.2 - 276 minutes
Rated as 1.33 GHz with 1.86 GHz Turbo Boost
Android Java Battery Test 28-Jan-2015 16.22
Last Results 28-Jan-2015 10.48
Up to 60 360 second runs, MHz 1 sample/frame
Log File /storage/emulated/0/BatteryTest.txt
Run FPS MHz Run FPS MHz
1 16.7 1860 2 16.7 1858
3 16.7 1860 4 16.7 1859
5 16.7 1860 6 16.8 1860
7 16.7 1859 8 16.8 1859
9 16.7 1859 10 16.6 1858
11 16.7 1859 12 16.7 1860
13 16.7 1859 14 16.7 1860
15 16.7 1860 16 16.7 1859
17 16.7 1859 18 16.7 1859
19 16.6 1859 20 16.5 1858
21 16.5 1860 22 16.5 1859
23 16.5 1859 24 16.5 1859
25 16.5 1859 26 16.5 1859
27 16.5 1859 28 16.5 1859
29 16.5 1860 30 16.5 1859
31 16.5 1858 32 16.5 1859
33 16.6 1859 34 16.5 1859
35 16.5 1860 36 16.5 1858
37 16.6 1859 38 16.5 1859
39 16.5 1859 40 16.4 1859
41 16.4 1858 42 16.4 1860
43 16.4 1859 44 16.4 1859
45 16.4 1859 46 16.4 1859
**************************************************
T7 Nexus 7 Quad 1300 MHz Cortex-A9, Android 4.2.1
nVidia ULP GeForce Graphics 12 core, 416 MHz
Normally runs at 1.2 GHz using other benchmarks
Android Java Battery Test 25-Jan-2015 13.55
Last Results 25-Jan-2015 09.29
Up to 60 360 second runs, MHz 1 sample/frame
Log File /storage/emulated/0/BatteryTest.txt
Run FPS MHz Run FPS MHz
1 9.0 1209 2 9.0 1177
3 9.0 1170 4 9.0 1174
5 9.0 1171 6 9.0 1175
7 9.0 1173 8 9.0 1173
9 8.7 1183 10 8.7 1183
11 8.7 1184 12 8.7 1186
13 8.7 1185 14 8.7 1180
15 8.7 1185 16 8.7 1187
17 2.0 1167 18 8.7 1187
19 8.7 1185 20 8.7 1181
21 8.7 1181 22 8.7 1186
23 8.7 1186 24 8.7 1186
25 8.7 1187 26 8.0 1185
27 8.7 1178 28 8.7 1187
29 8.7 1190 30 8.7 1185
31 8.7 1184 32 8.1 1178
33 3.1 1180 34 8.6 1181
35 8.7 1183 36 8.7 1185
37 8.6 1181 38 8.5 1178
**************************************************
T11 Samsung EXYNOS 5250 Dual Core Cortex-A15,
Android 4.2.2, Mali-T604 quad core GPU
Normally runs at 1.7 GHz using CPU benchmarks
and 1.0 GHz with no program running
Android Java Battery Test 24-Jan-2015 12.25
Last Results 23-Jan-2015 22.32
Up to 60 120 second runs, MHz 1 sample/frame
Log File /mnt/sdcard/BatteryTest.tx
Run FPS MHz Run FPS MHz
1 9.7 1144 2 9.5 1119
3 9.5 1140 4 9.8 1158
5 10.2 1227 6 9.2 1066
7 9.8 1169 8 9.2 1070
9 9.1 1046 10 9.8 1158
11 9.1 1063 12 9.1 1071
13 9.1 1047 14 9.2 1046
15 9.0 1007 16 9.0 1029
17 9.3 1084 18 9.4 1081
19 8.9 1027 20 8.9 1011
21 9.5 1121 22 8.9 1022
23 9.0 1024 24 8.8 1029
25 8.8 1024 26 8.8 1021
27 8.8 994 28 8.9 1036
29 8.7 1001 30 8.9 1029
31 9.3 1123 32 9.1 1053
33 8.8 995 34 9.0 1030
35 8.8 996 36 8.7 993
37 8.9 1001 38 9.3 1092
39 9.1 1029 40 9.3 1080
41 9.1 1056 42 9.2 1072
43 9.0 1046 44 9.5 1103
45 9.0 1022 46 8.9 1018
47 9.0 1043 48 8.7 992
49 9.1 1045 50 9.0 1036
51 9.4 1095 52 8.8 998
53 8.8 994 54 8.8 996
55 8.7 997 56 8.8 996
57 8.8 996 58 8.8 995
59 8.7 991 60 8.7 993
Power Saving Setting
1 8.7 999 2 8.9 1000
3 8.8 1000 4 8.8 1000
5 8.8 1000 6 8.8 998
7 8.9 1000 8 8.9 1000
9 8.9 1000 10 8.9 1000
**************************************************
T21 Quad Core Qualcomm Snapdragon 800, Android 4.4.3
GPU Qualcomm Adreno 330, 578 MHz
Default 60x1 second runs, click Time to change
Up to 60 120 second runs, MHz 1 sample/frame
Log File /storage/emulated/0/BatteryTest.txt
Android Battery Test 28-Jul-2015 11.08 28-Jul-2015 13.28
Run FPS MHz Run FPS MHz Run FPS MHz Run FPS MHz
1 12.0 2100 2 12.1 1937 1 12.1 2014 2 12.2 2005
3 7.6 1874 4 12.1 1966 3 12.0 1975 4 12.0 2005
5 12.2 1993 6 12.2 1996 5 12.1 1962 6 12.1 1948
7 12.2 1996 8 12.2 1966 7 12.2 1979 8 12.2 2004
9 12.0 1935 10 12.3 1925 9 12.1 1959 10 12.1 2060
11 12.3 1983 12 12.0 2015 11 12.0 2017 12 12.2 1992
13 11.9 2013 14 12.1 2000 13 12.1 1987 14 12.2 1964
15 12.1 1934 16 12.1 2005 15 12.1 1973 16 12.1 1978
17 12.0 1948 18 12.0 2000 17 12.1 1998 18 12.1 1977
19 11.9 1979 20 12.0 1972 19 12.0 2007 20 12.0 1956
21 12.0 1997 22 12.0 1994 21 11.9 1966 22 12.1 1975
23 12.2 2035 24 12.1 2013 23 12.0 1978 24 12.0 2012
25 12.2 1981 26 12.1 1977 25 12.1 1988 26 12.1 2010
27 12.2 1976 28 12.2 1991 27 12.1 2004 28 12.0 1994
29 12.2 2000 30 12.3 1984 29 12.1 1989 30 12.2 2004
31 12.2 1986 32 12.3 1964 31 12.2 2009 32 12.1 1979
33 12.2 1955 34 12.1 1980 33 12.1 1945 34 12.0 1951
35 12.1 2002 36 12.2 2045 35 12.1 1997 36 12.1 2022
37 12.1 1993 38 12.2 2010 37 12.2 2038 38 12.1 2024
39 12.1 1947 40 12.1 1959 39 12.1 1997 40 12.1 2049
41 11.9 1949 42 12.0 1993 41 12.2 1996 42 12.1 1994
43 12.1 1953 44 12.2 2005 43 12.0 1978 44 12.0 1985
45 12.4 1928 46 12.3 1989 45 11.9 1947 46 12.2 1982
47 12.1 1987 48 12.1 1969 47 12.1 2022 48 11.8 1964
49 12.1 1992 50 12.1 1999 49 11.9 1985 50 12.1 1991
51 12.2 1929 52 12.1 1955 51 12.1 1988 52 12.0 2002
53 12.4 1950 54 12.3 1990 53 12.0 2009 54 11.9 2018
55 12.3 1930 56 12.2 1922 55 12.0 1994 56 12.0 1974
57 12.4 1952 58 12.1 1977 57 12.1 1950 58 12.1 2009
59 12.1 1986 60 12.2 1962 59 12.0 1976 60 12.0 2010
Total Elapsed Time 7614.9 seconds Total Elapsed Time 7202.9 seconds
**************************************************
T4 Miumiu w17 Pro 7 inch tablet, dual 1500 MHz Cortex-A9
Mali-400 graphics,
Normally runs at 1.2 GHz using other benchmarks
Android Java Battery Test 26-Jan-2015 17.09
Last Results 26-Jan-2015 15.31
Up to 60 240 second runs, MHz 1 sample/frame
Log File /mnt/sdcard/BatteryTest.txt
Run FPS MHz Run FPS MHz
1 13.0 1197 2 13.0 1200
3 13.0 1200 4 12.9 1200
5 13.0 1200 6 13.0 1200
7 13.0 1200 8 12.9 1200
9 12.8 1200 10 12.9 1200
11 12.9 1200 12 12.9 1200
|
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 implementer : 0x41
CPU architecture: 7
CPU variant : 0x1
CPU part : 0xc09 - Cortex-A9
CPU revision : 1
Hardware : AMLOGIC MESON-M1 8726M SZ
Revision : 0020
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 and 4.2.1
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
T11 Voyo A15, Samsung EXYNOS 5250 Dual core Cortex-A15,
Normal max MHz 1700
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
T18 HTC Nexus 9, dual core Denver CPU 2400 MHz
Screen pixels w x h 2048 x 1440
Android Build Version 5.0.1
Processor : NVIDIA Denver 1.0 rev 0 (aarch64)
processor : 0 & 1
Features : fp asimd aes pmull sha1 sha2 crc32
CPU implementer : 0x4e
CPU architecture: AArch64
CPU variant : 0x0
CPU part : 0x000
CPU revision : 0
Hardware : Flounder
Revision : 0000
MTS version : 33410787
Linux version 3.10.40
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
T25 Samsung Galaxy Tab 2 P5100, dual core Cortex-A9 1 GHz
GPU PowerVR SGX540
Screen pixels w x h 800 x 1232
Android Build Version 4.0.4
Processor : ARMv7 Processor rev 3 (v7l)
processor : 0, 1
BogoMIPS : 2006.68
Features : swp half thumb fastmult vfp edsp neon vfpv3
CPU implementer : 0x41
CPU architecture: 7
CPU variant : 0x1
CPU part : 0xc09
CPU revision : 3
Hardware : Espresso10
Revision : 000a
Linux version 3.0.8
P35 Lenovo A859 Quad-core Cortex-A7 1.3 GHz
GPU Mali-400MP2
Screen pixels w x h 720 x 1280
Android Build Version 4.2.2
Processor : ARMv7 Processor rev 3 (v7l)
processor : 0, 1
BogoMIPS : 2590.72
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 : 3
Hardware : MT6582
Revision : 0000
Linux version 3.4.5
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
P17 Allwinner 10 Sun4i ? MHz, ARM Mali 400 GPU
Screen pixels w x h 569 x 320
Android Build Version 4.0.4
Processor : ARMv7 Processor rev 2 (v7l)
BogoMIPS : 906.46
Features : swp half thumb fastmult vfp edsp neon vfpv3
CPU implementer : 0x41
CPU architecture: 7
CPU variant : 0x3
CPU part : 0xc08 - Cortex-A8
CPU revision : 2
Hardware : sun4i
Revision : 0000
Linux version 3.0.8
P35 Lenovo A859 Quad-core Cortex-A7 1.3 GHz
GPU Mali-400MP2
Screen pixels w x h 720 x 1280
Android Build Version 4.2.2
Processor : ARMv7 Processor rev 3 (v7l)
processor : 0, 1
BogoMIPS : 2590.72
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 : 3
Hardware : MT6582
Revision : 0000
Linux version 3.4.5
A1 Asus MemoPad 7 ME17CEX, 1.86 GHz Atom Intel Atom Z3745
Intel HD Graphics
cache size : 1024 KB
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
A5 Same tablet as W2 - Intel Atom Z8300 1.44 GHz, Turbo 1.84
Device Teclast X98 Plus(A5C8)
Screen pixels w x h 2048 x 1440
Android Build Version 5.1
Processor : ARMv7 processor rev 1 (v7l)
BogoMIPS : 1500.0
Features : neon vfp swp half thumb fastmult edsp vfpv3 vfpv4 idiva idivt
CPU implementer : 0x69
CPU architecture: 7
CPU variant : 0x1
CPU part : 0x001
CPU revision : 1
Hardware : placeholder
Revision : 0001
Linux version 3.14.37-x86_64-L1-R429
W1 Pipo W1S Tablet. Intel Z8300 quad core 1.44 GHz Turbo 1.84
Windows 10, 4 GB DDR 3 1600
CPU GenuineIntel, Features Code BFEBFBFF, Model Code 000406C3
Intel(R) Atom(TM) x5-Z8300 CPU @ 1.44GHz Measured 1440 MHz
Has MMX, Has SSE, Has SSE2, Has SSE3, No 3DNow,
AMD64 processor architecture, 4 CPUs
Windows NT Version 6.2, build 9200,
Memory 4020 MB, Free 2520 MB
W2 Same tablet as A5
Teclast X98 Plus, Intel Atom Z8300 1.44 GHz, Turbo 1.84
CPU GenuineIntel, Features Code BFEBFBFF, Model Code 000406C3
Intel(R) Atom(TM) x5-Z8300 CPU @ 1.44GHz Measured 1440 MHz
Has MMX, Has SSE, Has SSE2, Has SSE3, No 3DNow,
Intel processor architecture, 4 CPUs
Windows NT Version 6.2, build 9200,
Memory 4021 MB, Free 2540 MB
User Virtual Space 4096 MB, Free 4083 MB
64 Bit
AMD64 processor architecture, 4 CPUs
User Virtual Space 134217728 MB, Free 134217716 MB
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 March 2016
The Internet Home for my Benchmarks is via the link
Roy Longbottom's PC Benchmark Collection
|
