Please note as of Wednesday, August 15th, 2018 this wiki has been set to read only. If you are a TI Employee and require Edit ability please contact x0211426 from the company directory.

TI-Android-JB-4.1.2-DevKit-4.0.1 PerformanceBenchmark

From Texas Instruments Wiki
Jump to: navigation, search

TIBanner.png

Introduction

This page provides comparison among various TI processors running TI's Android-DevKit. Data published here is for the latest version of released Android-DevKit. Items yet to be measured are marked "TBD" and those that are not applicable to a particular platform are marked "N/A".

Platform Benchmarks

This is a collection of benchmarks comparing mainly CPU speed and other data transfer operations. In the tests below AM335x is operating at 720MHz unless otherwise specified

RowboPerf: ARM

See RowboPERF User Guide for more information about these metrics. The RowboPerf application calls native executables compiled with Android's NDK to perform these tests.

ARM Benchmark JB 4.1.2 Devkit 4.0.1
AM335x AM335x-SK AM37x
Dhrystone 1428571 DMIPS 1666666.6 DMIPS 2000000 DMIPS
Whetstone 400.0 MIPS 400.0 MIPS 500.0 MIPS
Linpack 20808 Kflops 20808 Kflops 32553 Kflops

RowboPERF: 0xBench

See RowboPERF User Guide for more information about these metrics.

Linpack JB 4.1.2 Devkit 4.0.1
AM335x AM335x-SK AM37x
Mflops/s 13.43 12.96 19.45


Scimark2 JB 4.1.2 Devkit 4.0.1
AM335x AM335x-SK AM37x
Composite 15.68 14.94 24.41
Fast Fourier Transform 10.23 9.76 14.76
Jacobi Successive Over-relaxation 28.17 27.64 46.32
Monte Carlo integration 5.04 4.91 7.08
Sparse matrix multiply 13.20 12.56 19.28
dense LU matrix factorization 21.75 19.84 34.59

Boot Time

Numbers shown here measure the time from start of loading the kernel image to appearance of Android's Home Screen. These measurements are done using the default (pre-built) images provided with the DevKit. Please note that the very first time you boot your device, the boot time will be significantly higher.

Time (secs) JB 4.1.2 Devkit 4.0.1
AM335x2 AM335x-SK3 AM37x
SD First Boot Time1 90 sec 151.6 sec 137 sec
SD Boot Time 32 sec 38.3 sec 31 sec

1 First boot time refers to first time the system is booted with a freshly created SD card.
2 Sandisk Extreme, SD HCI, class 10, 4 GBytes, PN:SDSDRX3-4096-A21, SD card used for the test.
3 Sandisk, microSD HC, class 4, 8 GBytes, micro-SD card used for the test.

EDMA Test

Need to devise this test.

Memory Bandwidth

Need to devise this test.


Browser Performance

Sunspider

These metrics were collected using the well-known Sunspider performance benchmarks available at http://www2.webkit.org/perf/sunspider-0.9/sunspider.html

Sunspider JB 4.1.2 Devkit 4.0.1
AM335x AM335x-SK AM37x
3d 724.40 ms +/- 1.1% 712.40 ms +/- 2.4% 496.50 ms +/- 1.1%
access 244.70 ms +/- 7.5% 241.70 ms +/- 7.2% 172.50 ms +/- 7.2%
bitops 216.00 ms +/- 9.8% 215.30 ms +/- 10.9% 153.30 ms +/- 0.4%
controlflow 26.10 ms +/- 3.3% 25.60 ms +/- 4.5% 19.10 ms +/- 1.2%
crypto 268.10 ms +/- 1.7% 264.80 ms +/- 1.7% 191.30 ms +/- 2.2%
date 527.50 ms +/- 3.4% 525.10 ms +/- 2.7% 372.50 ms +/- 2.2%
math 329.70 ms +/- 2.9% 326.30 ms +/- 3.1% 231.30 ms +/- 1.7%
regexp 143.00 ms +/- 0.7% 142.60 ms +/- 1.4% 100.00 ms +/- 0.3%
string 1,397.50 ms +/- 1.2% 1,384.40 ms +/- 1.7% 968.80 ms +/- 0.8%
Total 3,877.00 ms +/- 1.1% 3,838.20 ms +/- 1.5% 2,705.30 ms +/- 0.5%

V8

These metrics were collected using the v8 performance benchmarks available at http://v8.googlecode.com/svn/data/benchmarks/v6/run.html

V8 JB 4.1.2 Devkit 4.0.1
AM335x AM335x-SK AM37x
richards 916.00 930.00 1,234.00
deltablue 533.00 864.00 1,312.00
crypto 1,171.00 684.00 1,709.00
raytrace 643.00 669.00 989.00
earleyboyer 1,016.00 1,039.00 1,579.00
regexp 175.00 165.00 270.00
splay 172.00 165.00 329.00
Score 526.00 500.00 872.00

AcidTests

These metrics were collected using the acid browser tests available at http://acid3.acidtests.org/

Acid3 JB 4.1.2 Devkit 4.0.1
AM335x AM335x-SK AM37x
Total 100/100 100/100 100/100


File Storage Performance

These tests were performed using the StorageIO application provided in RoboPerf. The application measures the write and read speed of different storage devices using several block sizes. For these tests the file size chosen was 100 MBytes. In order for the application to run the storage device chosen for the test must be mounted in the Android file system and a have read and write access. All the tests were perform on devices with a vfat file system.

MMC/SD Performance

Throughput (MB/s) JB 4.1.2 Devkit 4.0.1
AM335x1 AM335x-SK2 AM37x
Throughput CPU Load (%)3 Throughput CPU Load (%)3 Throughput CPU Load (%)3
Write, bs=100 KiBytes 8.846 29.54 (max 71.84) 6.829 23.08 (max 74.75) 6.794 15.61 (max 18.79)
Write, bs=256 KiBytes 9.296 30.06 (max 72.68) 6.699 23.10 (max 74.76) 7,158 14.75 (max 21.59)
Write, bs=512 KiBytes 9.300 29.81 (max 71.92) 6.828 22.62 (max 66.16) 7.236 14.89 (max 19.26)
Write, bs=1024 KiBytes 8.836 30.62 (max 77.00) 6.885 24.74 (max 77.00) 7.545 12.78 (max 19.38)
Write, bs=5120 KiBytes 89.85 29.54 (max 72.95) 6.566 22.20 (max 71.94) 7.545 15.34 (max 21.87)
Read, bs=100 KiBytes 8.847 30.06 (max 72.68) 13.442 23.08 (max 74.75) 13,617 15.61 (max 18.79)
Read, bs=256 KiBytes 9.296 30.06 (max 72.68) 11.952 23.10 (max 74.76) 7,158 14.75 (max 21.59)
Read, bs=512 KiBytes 14.513 29.81 (max 71.92 15.046 22.62 (max 66.16) 13.420 14.89 (max 19.26)
Read, bs=1024 KiBytes 15.157 30.62(max 72.95) 14.047 24.74 (max 77.00) 14.114 12.78 (max 19.38)
Read, bs=5120 KiBytes 14.269 29.54 (max 71.84 13.400 22.20 (max 71.94) 14.114 15.34 (max 21.87)

1 Sandisk Extreme, SD HCI, class 10, 4 GBytes, PN:SDSDRX3-4096-A21, SD card used for the test.
2 Patriot, microSD HC, class 10, 4 GBytes, micro-SD card used for the test.
3 CPU Load values for write and read are the same because the read and write throughput are measure in one shot, and CPU Load is measured during the whole time the test in ran.

USB Performance

Throughput (MB/s) JB 4.1.2 Devkit 4.0.1
AM335x1 AM335x-SK3 AM37x
Throughput CPU Load (%)2 Throughput CPU Load (%)2 Throughput CPU Load (%)
Write, bs=100 KiBytes 25.091 75.61 (max 97.04) 25.9993 75.35 (max 94.20) 12.621 13.98 (max 64.25)
Write, bs=256 KiBytes 24.731 73.453 (max 97.12) 25.839 72.90 (max 96.10) 6.442 14.82 (max 66.83)
Write, bs=512 KiBytes 25.092 72.90 (max 95.15) 23.096 73.04 (max 95.65) 6.448 14.59 (max 68.60)
Write, bs=1024 KiBytes 24.984 75.20 (max 96.65) 26.280 69.56 (max 95.54) 6.448 13.69 (max 61.17)
Write, bs=5120 KiBytes 24.318 72.39 (max 96.08) 26.227 68.38 (max 94.74) 6.392 15.14 (max 60.19)
Read, bs=100 KiBytes 9.983 75.61 (max 97.04) 9.780 75.35 (max 94.20) 12.621 13.98 (max 64.25)
Read, bs=256 KiBytes 9.652 73.453 (max 97.12) 9.833 72.90 (max 96.10) 12.927 14.82 (max 66.83)
Read, bs=512 KiBytes 10.042 72.90 (max 95.15) 9.170 73.04 (max 95.65) 12.886 14.59 (max 68.60)
Read, bs=1024 KiBytes 9.807 75.20 (max 96.65) 9.870 69.56 (max 95.54) 12.886 13.69 (max 61.17)
Read, bs=5120 KiBytes 9.562 72.39 (max 96.08) 10.038 68.38 (max 94.74) 12.583 15.14 (max 60.19)

1 Western Digital Elements, 1 TByte, USB 2.0, 480 Mb/s Max transfer rate, PN:WDBAAU0010HBK, external hard drive used for the test.
2 CPU Load values for write and read are the same because the read and write throughput are measure in one shot, and CPU Load is measured during the whole time the test in ran.
3 Maxtor, 320 GByte, USB 2.0, EDA:9MM2A4-326, external hard drive used for the test.


Connectivity Performance

These tests provide throughput comparison across commonly used transports/mediums.

Ethernet

Measures TCP Throughput between Server (running on Host PC) and Client (Android Platform) using different buffer sizes (bs in bytes) Both Server and client uses the Netperf utility. For more information about Netperf, please see Netperf Home page

TCP Throughput JB 4.1.2 Devkit 4.0.1
AM335x AM335x-SK AM37x
Throughput CPU Load (%) Throughput CPU Load (%) Throughput CPU Load (%)
bs=16 KiBytes 139.68 Mb/s 100.00 (max 100) 135.69 Mb/s 99.98 (max 100) 56.98 Mb/s 99.99 (max 100)
bs=32 KiBytes 136.53 Mb/s 99.98 (max 100) 133.39 Mb/s 99.97 (max 98.87) 56.19 Mb/s 99.98 (max 100.00)
bs=64 KiBytes 129.20 Mb/s 100 (max 100) 126.08 Mb/s 100.0 (max 100) 55.29 Mb/s 100.0 (max 100)
bs=128 KiBytes 124.76 Mb/s 100 (max 100) 123.01 Mb/s 100.00 (max 100) 54.77 Mb/s 99.98 (max 100)

Wireless LAN (WiFi)

Measures TCP Throughput between Server (running on Host PC) and Client (Android Platform) using different buffer sizes (bs in bytes) Both Server and client uses the Netperf utility. For more information about Netperf, please see Netperf Home page

Non-Secure

The CPU load shown is the highest number observed while running TOP for the duration of the test.

Non-Secure JB 4.1.2 Devkit 4.0.1
AM335x AM335x-SK AM37x
TCP Throughput WLAN driver Load % Total CPU load % TCP Throughput Total CPU load % TCP Throughput Total CPU load %
bs=16 KiBytes 27.26 Mb/s 49.18 (max 55.17) 49.18 (max 55.17) 25.89 Mb/s 62.43 (max 66.34)
bs=32 KiBytes 31.35 Mb/s 55.80 (max 60.29) 55.80 (max 60.29) 31.06 Mb/s 67.80 (max 74.36)
bs=64 KiBytes 32.23 Mb/s 56.07 (max 63.18) 56.07 (max 63.18) 32.97 Mb/s 68.47 (max 78.00)
bs=128 KiBytes 31.81 Mb/s 54.52 (max 59.09) 54.52 (max 59.09) 32.71 Mb/s 66.79 (max 71.50)

Secure

These tests were run with a buffer size of 64 KiBytes (i.e. 64*1024 bytes). The CPU load shown is the highest number observed while running TOP for the duration of the test.

Secure JB 4.1.2 Devkit 4.0.1
AM335x AM335x-SK AM37x
TCP Throughput WLAN driver Load % Total CPU load % TCP Throughput Total CPU load % TCP Throughput Total CPU load %
WPA-PSK Authentication 20.29 54.02 (max 59.69) 54.02 (max 59.69) 20.26 Mb/s 65.84 (max 72.28)
WPA2-PSK Authentication 28.63 Mb/s 54.30 (max 58.50) 54.30 (max 58.50) 30.36 Mb/s 67.05 (max 72.12)
WEP 40bit Encryption 20.38 Mb/s 53.81 (max 59.24) 53.81 (max 59.24) 19.93 Mb/s 57.84 (max 63.68)
WEP 128bit Encryption 20.50 Mb/s 52.34 (max 57.92) 52.34 (max 57.92) 14.29 Mb/s 53.45 (max 60.80)

ADB

Measure Android Debug Bridge (ADB) throughput between Host PC and Android device by pushing and pulling a 20MB file with random content 10 times. TX and RX numbers are from the Host PC point of view, so TX is measured by doing "adb push" on the Host PC.

USB

ADB USB Throughput JB 4.1.2 Devkit 4.0.1
AM335x AM335x-SK AM37x
TX 3279.7 KB/s 5406.5 KB/s 1937 KB/s
RX 4140.4 KB/s 5245.7 KB/s 5712.0 KB/s

Ethernet

ADB Ethernet Throughput JB 4.1.2 Devkit 4.0.1
AM335x AM335x-SK AM37x
TX 2647.9 KB/s 3989.4 KB/s 2791.4 KB/s
RX 4039.4 KB/s 5925.7 KB/s 3268.7 KB/s


Graphics Performance

RowboPERF: 0xBench 2D

See RowboPERF User Guide for more information about these metrics.

2D JB 4.1.2 Devkit 4.0.1
AM335x AM335x-SK AM37x
Frame Per Sec Total CPU Load (%) Frame Per Sec Total CPU Load (%) Frame Per Sec Total CPU Load (%)
Draw Canvas (fps) 61.18 77.87 (max 93.81) 57.01 56.70 (max 93.60) 59.05 33.94 (max 80.98)
Draw Circle (fps) 22.94 92.04 (max 95.05) 35.72 87.80 (max 94.12) 36.19 80.26 (max 88.83)
Draw Circle2 (fps) 41.50 77.80 (max 93.24) 56.00 62.63 (max 93.72) 57.01 56.70 (max 93.60)
Draw Rect (fps) 19.83 93.56 (max 99.52) 33.55 84.93 (max 99.03) 30.90 87.64 (max 99.03)
Draw Arc (fps) 32.52 93.95 (max 99.03) 48.41 86.80 (max 95.61) 48.16 83.88 (max 93.20)
Draw Image (fps) 19.95 97.16 (max 100) 48.91 93.27 (max 100) 54.66 91.95 (max 100.00)
Draw Text (fps) 58.91 86.68 (max 98.06) 55.64 76.98 (max 94.20) 58.61 57.02 (max 82.93)

RowboPERF: 0xBench 3D

See RowboPERF User Guide for more information about these metrics.

3D JB 4.1.2 Devkit 4.0.1
AM335x AM335x-SK AM37x
Frames per Sec Total CPU load (%) Frames per Sec Total CPU load (%) Frames per Sec Total CPU load (%)
OpenGL Cube (fps) 60.61 41.12 (max 89.32) 56.51 38.09 (max 86.76) 58.39 28.16 (max 80.77)
OpenGL Blending (fps) 64.64 49.73 (max 94.23) 59.71 48.74 (max 93.66) 59.71 48.74 (max 93.66)
OpenGL Fog (fps) 64.68 50.95 (max 93.78) 59.59 48.52 (max 93.17) 61.76 23.69 (max 78.33)
OpenGL Teapot (fps) 60.60 64.59 (max 93.33) 55.55 59.38 (max 94.66) 60.60 42.49 (max 89.27)


MultiMedia Performance

Tests to measure video, audio, image and speech processing performance.

Video Decode

To measure Video decode and display performance DDR2 memory was set to 256M in the boot parameters (Default value), and the following clips were used:

MPEG4

File: mpeg4_p176x144_332kbps_aac_99kx44k.3gp

Stream #0.0(und): Video: mpeg4, yuv420p, 176x144 [PAR 12:11 DAR 4:3], 332 kb/s, 29.97 fps, 29.97 tbr, 30k tbn, 30k tbc
Stream #0.1(und): Audio: aac, 44100 Hz, stereo, s16, 99 kb/s

File: mpeg4_p352x288_811kbps_aac_99kx44k.3gp

Stream #0.0(und): Video: mpeg4, yuv420p, 352x288 [PAR 12:11 DAR 4:3], 811 kb/s, 29.97 fps, 29.97 tbr, 30k tbn, 30k tbc
Stream #0.1(und): Audio: aac, 44100 Hz, stereo, s16, 99 kb/s

File: mpeg4_p640x360_1536kbps_aac_99kx44k.3gp

Stream #0.0(und): Video: mpeg4, yuv420p, 640x360 [PAR 3:4 DAR 4:3], 1536 kb/s, 29.97 fps, 29.97 tbr, 30k tbn, 30k tbc
Stream #0.1(und): Audio: aac, 44100 Hz, stereo, s16, 99 kb/s

File: mpeg4_p704x576_15mbps_aac_127kx44k.3gp

Stream #0.0(und): Video: mpeg4, yuv420p, 704x576 [PAR 12:11 DAR 4:3], 2032 kb/s, 29.97 fps, 29.97 tbr, 30k tbn, 30k tbc
Stream #0.1(und): Audio: aac, 44100 Hz, stereo, s16, 99 kb/s

File: mpeg4_p720x480_1960kbps_aac_99kx44k.3gp

Stream #0.0(und): Video: mpeg4, yuv420p, 720x480 [PAR 8:9 DAR 4:3], 1960 kb/s, 29.97 fps, 29.97 tbr, 30k tbn, 30k tbc
Stream #0.1(und): Audio: aac, 44100 Hz, stereo, s16, 99 kb/s
Resolution JB 4.1.2 Devkit 4.0.1
MPEG4
AM335x AM335x-SK AM37x
Min (fps) Max (fps) Avg (fps) Media CPU Load(%) Min (fps) Max (fps) Avg (fps) Media CPU Load(%) Min (fps) Max (fps) Avg (fps) Media CPU Load(%)
176x144 25.76 30.22 29.85 14.95 (max 16.00) 26.76 30.20 29.88 13.89 (max 17) 29.64 30.38 30.06 13.89 (max 17)
352x288 29.77 30.29 30.04 22.47 (max 25) 26.99 30.30 29.90 22.21 (max 28) 29.44 30.43 30.03 16.32 (max 18)
640x360 29.84 30.19 30.03 39.95 (max 45.00) 22.81 30.21 29.67 37.84 (max 47) 24.19 30.46 29.90 37.84 (max 47)
704x576 27.46 30.61 29.82 59.00 (max 64.00) 29.11 30.65 30.04 54.53 (max 62.00) 29.40 30.57 30.03 38.76 (max 46.00)
720x480 29.77 30.43 30.04 55.05 (max 61.00) 29.79 30.26 30.04 51.16 (max 58.00) 29.53 30.44 30.04 36.42 (max 41.00)


H264

File: h264_p352x288_2757kbps_aac_99kx44k.3gp

Stream #0.0(und): Video: h264 (Constrained Baseline), yuv420p, 352x288 [PAR 12:11 DAR 4:3], 2757 kb/s, 29.97 fps, 29.97 tbr, 30k tbn, 59.94 tbc
Stream #0.1(und): Audio: aac, 44100 Hz, stereo, s16, 99 kb/s

File: h264_p640x360_4mbps_aac_127kx44k.3gp

Stream #0.0(und): Video: h264 (Constrained Baseline), yuv420p, 640x360 [PAR 3:4 DAR 4:3], 3888 kb/s, 29.97 fps, 29.97 tbr, 30k tbn, 59.94 tbc
Stream #0.1(und): Audio: aac, 44100 Hz, stereo, s16, 99 kb/s

File: h264_p704x576_4mbps_aac_127kx44k.3gp

Stream #0.0(und): Video: h264 (Constrained Baseline), yuv420p, 704x576 [PAR 12:11 DAR 4:3], 3865 kb/s, 29.97 fps, 29.97 tbr, 30k tbn, 59.94 tbc
Stream #0.1(und): Audio: aac, 44100 Hz, stereo, s16, 99 kb/s

File: h264_p720x480_963kbps_aac_46kx44k.3gp

Stream #0.0(und): Video: h264 (Constrained Baseline), yuv420p, 720x480 [PAR 8:9 DAR 4:3], 601 kb/s, 29.97 fps, 29.97 tbr, 30k tbn, 59.94 tbc
Stream #0.1(und): Audio: aac, 48000 Hz, stereo, s16, 47 kb/s
Resolution JB 4.1.2 Devkit 4.0.1
H264
AM335x AM335x-SK AM37x
Min (fps) Max (fps) Avg (fps) Media CPU Load(%) Min (fps) Max (fps) Avg (fps) Media CPU Load(%) Min (fps) Max (fps) Avg (fps) Media CPU Load(%)
352x288 29.82 30.27 30.03 21.95 (max 24.00) 29.39 30.86 30.03 41.11 (max 47) 29.53 30.49 30.04 31.18 (max 35)
640x360 1 3.65 30.14 16.94 84.42 (max 89.00) 7.70 30.20 24.05 83.00 (max 89) 23.03 30.51 29.71 67.29 (max 80)

1 H264 recommended maximum resolution is 352x240 for releases compiled without Neon Acceleration. Resolution higher than 352x240 will perform poorly with H264 videos.

H263

File: h263_p352x288_847kbps_aac_99kx44k.3gp

Stream #0.0(und): Video: h263, yuv420p, 352x288 [PAR 12:11 DAR 4:3], 847 kb/s, 29.97 fps, 29.97 tbr, 30k tbn, 29.97 tbc
Stream #0.1(und): Audio: aac, 44100 Hz, stereo, s16, 99 kb/s
Resolution JB 4.1.2 Devkit 4.0.1
H263
AM335x AM335x-SK AM37
Min (fps) Max (fps) Avg (fps) Media CPU Load(%) Min (fps) Max (fps) Avg (fps) Media CPU Load(%) Min (fps) Max (fps) Avg (fps) Media CPU Load(%)
352x288 29.82 30.27 30.03 21.95 (max 24.00) 25.81 30.23 29.86 21.05 (max 22) 29.47 30.46 30.04 17.34 (max 22.00)


Power Management

To measure power consumption a Keithley 2000 multimeter with a multiple-channel scan card was used. vdd1 (core) and vdd2 (pheripherals) power was measured under different scenarios.

SUSPEND

All these measurements were made without any USB connection to the board and SmartReflex disabled.

Power consumption when the boards goes into SUSPEND mode.

Suspend Power JB 4.1.2 Devkit 4.0.1
AM335x
vdd_core (mw) 2.44
vdd_mpu (mw) 0.45
vdds (mw) 1.33
vdds_rtc (mw) 0.07
vdds_ddr (mw) 0.02
vdds_sram_core_bg (mw) 1.09
vdds_sram_mpu_bb (mw) 0.01
vdds_pll_ddr (mw) 0
vdds_pll_core_lcd (mw) 0
vdds_pll_mpu (mw) 0
vdds_osc (mw) 0
vdda_1p8v_usb0_1 (mw) 0
vdds_a3p3v_usb0_1 (mw) 0.07
vdda_adc_power (mw) 0.9
vddshv1 (mw) 0.35
vddshv2 (mw) 0.08
vddshv3 (mw) 0.12
vddshv4 (mw) 0.08
vddshv5 (mw) 0.22
vddshv6 (mw) 16.98
total power (mw) 24.3
Suspend Power JB 4.1.2 Devkit 4.0.1
AM335x-SK
vdd_mpu + vdds_ddr3 (mw)
Suspend Power JB 4.1.2 Devkit 4.0.1
AM37x
vdd1 + vdd2 (mw) 6.02


Video+Audio Decode and Playback

Power Consumption while decoding and playing the Big Buck Bunny clip

Video+Audio ondemand mode JB 4.1.2 Devkit 4.0.1
AM335x
vdd_core (mw) 180.50
vdd_mpu (mw) 55.95
vdds (mw) 3.22
vdds_rtc (mw) 0.8
vdds_ddr (mw) 48.14
vdds_sram_core_bg (mw) 2.10
vdds_sram_mpu_bb (mw) 1.99
vdds_pll_ddr (mw) 1.87
vdds_pll_core_lcd (mw) 14.55
vdds_pll_mpu (mw) 1.91
vdds_osc (mw) 1.25
vdda_1p8v_usb0_1 (mw) 32.78
vdds_a3p3v_usb0_1 (mw) 11.13
vdda_adc_power (mw) 0.90
vddshv1 (mw) 0.62
vddshv2 (mw) 2.28
vddshv3 (mw) 0.17
vddshv4 (mw) 0.08
vddshv5 (mw) 57.86
vddshv6 (mw) 39.62
total power (mw) 457.72
Video+Audio ondemand mode JB 4.1.2 Devkit 4.0.1
AM335x-SK
vdd_mpu + vdds_ddr3 (mw) 255.74
Video+Audio ondemand mode JB 4.1.2 Devkit 4.0.1
AM37x
vdd1 + vdd2 (mw) 184.50
Video+Audio performance mode JB 4.1.2 Devkit 4.0.1
AM335x
vdd_core (mw) 180.4
vdd_mpu (mw) 55.94
vdds (mw) 3.20
vdds_rtc (mw) 0.8
vdds_ddr (mw) 48.08
vdds_sram_core_bg (mw) 2.12
vdds_sram_mpu_bb (mw) 2.01
vdds_pll_ddr (mw) 1.87
vdds_pll_core_lcd (mw) 14.56
vdds_pll_mpu (mw) 1.91
vdds_osc (mw) 1.25
vdda_1p8v_usb0_1 (mw) 32.76
vdds_a3p3v_usb0_1 (mw) 11.13
vdda_adc_power (mw) 0.90
vddshv1 (mw) 0.62
vddshv2 (mw) 2.23
vddshv3 (mw) 0.17
vddshv4 (mw) 0.08
vddshv5 (mw) 0.08
vddshv6 (mw) 38.79
total power (mw) 456.76
Video+Audio performance mode JB 4.1.2 Devkit 4.0.1
AM335x-SK
vdd_mpu + vdds_ddr3 (mw) 257.11
Video+Audio performance mode JB 4.1.2 Devkit 4.0.1
AM37x
vdd1 + vdd2 (mw) 286.16
Video+Audio powersave mode JB 4.1.2 Devkit 4.0.1
AM335x
vdd_core (mw) 180.28
vdd_mpu (mw) 55.30
vdds (mw) 3.20
vdds_rtc (mw) 0.80
vdds_ddr (mw) 47.91
vdds_sram_core_bg (mw) 2.14
vdds_sram_mpu_bb (mw) 2.03
vdds_pll_ddr (mw) 1.87
vdds_pll_core_lcd (mw) 14.56
vdds_pll_mpu (mw) 1.91
vdds_osc (mw) 1.25
vdda_1p8v_usb0_1 (mw) 32.65
vdds_a3p3v_usb0_1 (mw) 11.12
vdda_adc_power (mw) 0.90
vddshv1 (mw) 0.61
vddshv2 (mw) 1.64
vddshv3 (mw) 0.17
vddshv4 (mw) 0.08
vddshv5 (mw) 57.85
vddshv6 (mw) 39.41
total power (mw) 456.51
Video+Audio powersave mode JB 4.1.2 Devkit 4.0.1
AM335x-SK
vdd_mpu + vdds_ddr3 (mw) 255.77
Video+Audio powersave mode JB 4.1.2 Devkit 4.0.1
AM37x
vdd1 + vdd2 (mw) 183.16
Video+Audio userspace(720000) mode JB 4.1.2 Devkit 4.0.1
AM335x
vdd_core (mw) 181.67
vdd_mpu (mw) 188.25
vdds (mw) 3.20
vdds_rtc (mw) 0.80
vdds_ddr (mw) 95.84
vdds_sram_core_bg (mw) 2.29
vdds_sram_mpu_bb (mw) 3.49
vdds_pll_ddr (mw) 1.87
vdds_pll_core_lcd (mw) 14.56
vdds_pll_mpu (mw) 4.35
vdds_osc (mw) 1.25
vdda_1p8v_usb0_1 (mw) 32.84
vdds_a3p3v_usb0_1 (mw) 11.12
vdda_adc_power (mw) 0.90
vddshv1 (mw) 0.62
vddshv2 (mw) 11.17
vddshv3 (mw) 0.16
vddshv4 (mw) 0.18
vddshv5 (mw) 57.97
vddshv6 (mw) 40.88
total power (mw) 594.42
Video+Audio userspace(720000) mode JB 4.1.2 Devkit 4.0.1
AM335x-SK
vdd_mpu + vdds_ddr3 (mw) 390.86
Video+Audio userspace(800000) mode JB 4.1.2 Devkit 4.0.1
AM37x
vdd1 + vdd2 (mw) 355.62
Video+Audio userspace(600000) mode JB 4.1.2 Devkit 4.0.1
AM335x
vdd_core (mw) 183.25
vdd_mpu (mw) 151.57
vdds (mw) 3.20
vdds_rtc (mw) 0.80
vdds_ddr (mw) 48.02
vdds_sram_core_bg (mw) 2.21
vdds_sram_mpu_bb (mw) 2.81
vdds_pll_ddr (mw) 1.87
vdds_pll_core_lcd (mw) 14.56
vdds_pll_mpu (mw) 3.51
vdds_osc (mw) 1.25
vdda_1p8v_usb0_1 (mw) 32.75
vdds_a3p3v_usb0_1 (mw) 11.12
vdda_adc_power (mw) 0.90
vddshv1 (mw) 0.35
vddshv2 (mw) 1.66
vddshv3 (mw) 0.18
vddshv4 (mw) 0.08
vddshv5 (mw) 57.67
vddshv6 (mw) 39.18
total power (mw) 556.93
Video+Audio userspace(600000) mode JB 4.1.2 Devkit 4.0.1
AM335x-SK
vdd_mpu + vdds_ddr3 (mw) 344.65
Video+Audio userspace(600000) mode JB 4.1.2 Devkit 4.0.1
AM37x
vdd1 + vdd2 (mw) 286.26
Video+Audio userspace(500000) mode JB 4.1.2 Devkit 4.0.1
AM335x
vdd_core (mw) 180.60
vdd_mpu (mw) 98.36
vdds (mw) 3.20
vdds_rtc (mw) 0.80
vdds_ddr (mw) 47.89
vdds_sram_core_bg (mw) 2.12
vdds_sram_mpu_bb (mw) 2.03
vdds_pll_ddr (mw) 1.87
vdds_pll_core_lcd (mw) 14.55
vdds_pll_mpu (mw) 2.94
vdds_osc (mw) 1.25
vdda_1p8v_usb0_1 (mw) 36.25
vdds_a3p3v_usb0_1 (mw) 11.12
vdda_adc_power (mw) 0.90
vddshv1 (mw) 0.61
vddshv2 (mw) 1.64
vddshv3 (mw) 0.17
vddshv4 (mw) 0.07
vddshv5 (mw) 57.84
vddshv6 (mw) 39.38
total power (mw) 500.51
Video+Audio userspace(500000) mode JB 4.1.2 Devkit 4.0.1
AM335x-SK
vdd_mpu + vdds_ddr3 (mw) 301.18
Video+Audio userspace(1000000) mode JB 4.1.2 Devkit 4.0.1
AM37x
vdd1 + vdd2 (mw) 431.01
Video+Audio userspace(275000) mode JB 4.1.2 Devkit 4.0.1
AM335x
vdd_core (mw) 180.47
vdd_mpu (mw) 55.94
vdds (mw) 3.25
vdds_rtc (mw) 0.80
vdds_ddr (mw) 48.15
vdds_sram_core_bg (mw) 2.14
vdds_sram_mpu_bb (mw) 2.05
vdds_pll_ddr (mw) 1.87
vdds_pll_core_lcd (mw) 14.56
vdds_pll_mpu (mw) 1.91
vdds_osc (mw) 1.25
vdda_1p8v_usb0_1 (mw) 32.74
vdds_a3p3v_usb0_1 (mw) 11.13
vdda_adc_power (mw) 0.90
vddshv1 (mw) 0.62
vddshv2 (mw) 3.85
vddshv3 (mw) 0.17
vddshv4 (mw) 0.28
vddshv5 (mw) 57.86
vddshv6 (mw) 39.93
total power (mw) 459.84
Video+Audio userspace(275000) mode JB 4.1.2 Devkit 4.0.1
AM335x-SK
vdd_mpu + vdds_ddr3 (mw) 257.11
Video+Audio userspace(275000) mode JB 4.1.2 Devkit 4.0.1
AM37x
vdd1 + vdd2 (mw) 183.61

3D Graphics

Power consumption while running the 3D Graphics flying Teapot demo.

3D Graphics ondemand mode JB 4.1.2 Devkit 4.0.1
AM335x
vdd_core (mw) 180.49
vdd_mpu (mw) 55.80
vdds (mw) 3.26
vdds_rtc (mw) 0.80
vdds_ddr (mw) 48.24
vdds_sram_core_bg (mw) 2.13
vdds_sram_mpu_bb (mw) 2.02
vdds_pll_ddr (mw) 1.87
vdds_pll_core_lcd (mw) 14.56
vdds_pll_mpu (mw) 1.91
vdds_osc (mw) 1.25
vdda_1p8v_usb0_1 (mw) 32.74
vdds_a3p3v_usb0_1 (mw) 11.12
vdda_adc_power (mw) 0.90
vddshv1 (mw) 0.62
vddshv2 (mw) 4.72
vddshv3 (mw) 0.17
vddshv4 (mw) 0.08
vddshv5 (mw) 57.89
vddshv6 (mw) 39.33
total power (mw) 459.92
3D Graphics ondemand mode JB 4.1.2 Devkit 4.0.1
AM335x-SK
vdd_mpu + vdds_ddr3 (mw) 257.20
3D Graphics ondemand mode JB 4.1.2 Devkit 4.0.1
AM37x
vdd1 + vdd2 (mw) 182.68


3D Graphics performance mode JB 4.1.2 Devkit 4.0.1
AM335x
vdd_core (mw) 180.27
vdd_mpu (mw) 56.31
vdds (mw) 3.21
vdds_rtc (mw) 0.80
vdds_ddr (mw) 48.11
vdds_sram_core_bg (mw) 2.09
vdds_sram_mpu_bb (mw) 1.98
vdds_pll_ddr (mw) 1.87
vdds_pll_core_lcd (mw) 14.55
vdds_pll_mpu (mw) 1.91
vdds_osc (mw) 1.25
vdda_1p8v_usb0_1 (mw) 32.79
vdds_a3p3v_usb0_1 (mw) 11.13
vdda_adc_power (mw) 0.90
vddshv1 (mw) 0.63
vddshv2 (mw) 2.26
vddshv3 (mw) 0.17
vddshv4 (mw) 0.24
vddshv5 (mw) 57.84
vddshv6 (mw) 38.86
total power (mw) 457.16
3D Graphics performance mode JB 4.1.2 Devkit 4.0.1
AM335x-SK
vdd_mpu + vdds_ddr3 (mw) 256.43
3D Graphics performance mode JB 4.1.2 Devkit 4.0.1
AM37x
vdd1 + vdds2 (mw) 431.49


3D Graphics powersave mode JB 4.1.2 Devkit 4.0.1
AM335x
vdd_core (mw) 180.55
vdd_mpu (mw) 56.00
vdds (mw) 3.20
vdds_rtc (mw) 0.80
vdds_ddr (mw) 48.03
vdds_sram_core_bg (mw) 2.15
vdds_sram_mpu_bb (mw) 2.05
vdds_pll_ddr (mw) 1.87
vdds_pll_core_lcd (mw) 14.56
vdds_pll_mpu (mw) 1.92
vdds_osc (mw) 1.25
vdda_1p8v_usb0_1 (mw) 32.74
vdds_a3p3v_usb0_1 (mw) 11.13
vdda_adc_power (mw) 0.90
vddshv1 (mw) 0.62
vddshv2 (mw) 1.84
vddshv3 (mw) 0.18
vddshv4 (mw) 0.08
vddshv5 (mw) 57.87
vddshv6 (mw) 38.80
total power (mw) 456.52
3D Graphics powersave mode JB 4.1.2 Devkit 4.0.1
AM335x-SK
vdd_mpu + vdds_ddr3 (mw) 256.82
3D Graphics powersave mode JB 4.1.2 Devkit 4.0.1
AM37x
vdd1 + vdds2 (mw) 196.40
3D Graphics userspace(720000) mode JB 4.1.2 Devkit 4.0.1
AM335x
vdd_core (mw) 182.13
vdd_mpu (mw) 189.30
vdds (mw) 3.19
vdds_rtc (mw) 0.80
vdds_ddr (mw) 47.97
vdds_sram_core_bg (mw) 2.31
vdds_sram_mpu_bb (mw) 3.50
vdds_pll_ddr (mw) 1.87
vdds_pll_core_lcd (mw) 14.56
vdds_pll_mpu (mw) 4.36
vdds_osc (mw) 1.25
vdda_1p8v_usb0_1 (mw) 32.81
vdds_a3p3v_usb0_1 (mw) 11.12
vdda_adc_power (mw) 0.90
vddshv1 (mw) 0.62
vddshv2 (mw) 1.41
vddshv3 (mw) 0.12
vddshv4 (mw) 0.08
vddshv5 (mw) 57.99
vddshv6 (mw) 38.75
total power (mw) 595.08
3D Graphics userspace(720000) mode JB 4.1.2 Devkit 4.0.1
AM335x-SK
vdd_mpu + vdds_ddr3 (mw) 390.42
3D Graphics userspace(1000000) mode JB 4.1.2 Devkit 4.0.1
AM335x-SK
vdd + vdds (mw) 430.11


3D Graphics userspace(600000) mode JB 4.1.2 Devkit 4.0.1
AM335x
vdd_core (mw) 183.40
vdd_mpu (mw) 151.62
vdds (mw) 3.19
vdds_rtc (mw) 0.80
vdds_ddr (mw) 48.34
vdds_sram_core_bg (mw) 2.22
vdds_sram_mpu_bb (mw) 2.83
vdds_pll_ddr (mw) 1.87
vdds_pll_core_lcd (mw) 14.56
vdds_pll_mpu (mw) 3.51
vdds_osc (mw) 1.25
vdda_1p8v_usb0_1 (mw) 32.78
vdds_a3p3v_usb0_1 (mw) 11.12
vdda_adc_power (mw) 0.90
vddshv1 (mw) 0.34
vddshv2 (mw) 1.86
vddshv3 (mw) 0.18
vddshv4 (mw) 0.08
vddshv5 (mw) 57.70
vddshv6 (mw) 38.82
total power (mw) 557.36
3D Graphics userspace(600000) mode JB 4.1.2 Devkit 4.0.1
AM335x-SK
vdd_mpu + vdds_ddr3 (mw) 345.29
3D Graphics userspace(600000) mode JB 4.1.2 Devkit 4.0.1
AM37x
vdd1 + vdds2 (mw) 286.26
3D Graphics userspace(500000) mode JB 4.1.2 Devkit 4.0.1
AM335x
vdd_core (mw) 180.91
vdd_mpu (mw) 98.97
vdds (mw) 3.19
vdds_rtc (mw) 0.80
vdds_ddr (mw) 48.03
vdds_sram_core_bg (mw) 2.14
vdds_sram_mpu_bb (mw) 2.08
vdds_pll_ddr (mw) 1.87
vdds_pll_core_lcd (mw) 14.56
vdds_pll_mpu (mw) 2.94
vdds_osc (mw) 1.25
vdda_1p8v_usb0_1 (mw) 32.74
vdds_a3p3v_usb0_1 (mw) 11.12
vdda_adc_power (mw) 0.90
vddshv1 (mw) 0.63
vddshv2 (mw) 1.61
vddshv3 (mw) 0.18
vddshv4 (mw) 0.08
vddshv5 (mw) 57.87
vddshv6 (mw) 38.71
total power (mw) 500.74
3D Graphics userspace(500000) mode JB 4.1.2 Devkit 4.0.1
AM335x-SK
vdd_mpu + vdds_ddr3 (mw) 299.87
3D Graphics userspace(800000) mode JB 4.1.2 Devkit 4.0.1
AM37
vdd1 + vdd2 (mw) 358.06


3D Graphics userspace(275000) mode JB 4.1.2 Devkit 4.0.1
AM335x
vdd_core (mw) 180.27
vdd_mpu (mw) 56.31
vdds (mw) 3.21
vdds_rtc (mw) 0.80
vdds_ddr (mw) 48.11
vdds_sram_core_bg (mw) 2.09
vdds_sram_mpu_bb (mw) 1.98
vdds_pll_ddr (mw) 1.87
vdds_pll_core_lcd (mw) 14.55
vdds_pll_mpu (mw) 1.91
vdds_osc (mw) 1.25
vdda_1p8v_usb0_1 (mw) 32.79
vdds_a3p3v_usb0_1 (mw) 11.13
vdda_adc_power (mw) 0.90
vddshv1 (mw) 0.63
vddshv2 (mw) 2.26
vddshv3 (mw) 0.17
vddshv4 (mw) 0.24
vddshv5 (mw) 57.84
vddshv6 (mw) 38.86
total power (mw) 457.16
3D Graphics userspace(275000) mode JB 4.1.2 Devkit 4.0.1
AM335x-SK
vdd_mpu + vdds_ddr3 (mw) 256.43
3D Graphics userspace(275000) mode JB 4.1.2 Devkit 4.0.1
AM37x
vdd1 + vdd2 (mw) 183.20

Idle with PARTIAL WakeLock

Power consumption with a CPU_PARTIAL WakeLock held and without running any activity (Home screen) in the foreground.

Idle ondemand mode JB 4.1.2 Devkit 4.0.1
AM335x
vdd_core (mw) 180.50
vdd_mpu (mw) 55.95
vdds (mw) 3.22
vdds_rtc (mw) 0.80
vdds_ddr (mw) 48.14
vdds_sram_core_bg (mw) 2.10
vdds_sram_mpu_bb (mw) 1.99
vdds_pll_ddr (mw) 1.87
vdds_pll_core_lcd (mw) 14.55
vdds_pll_mpu (mw) 1.91
vdds_osc (mw) 1.25
vdda_1p8v_usb0_1 (mw) 32.78
vdds_a3p3v_usb0_1 (mw) 11.13
vdda_adc_power (mw) 0.90
vddshv1 (mw) 0.62
vddshv2 (mw) 2.28
vddshv3 (mw) 0.17
vddshv4 (mw) 0.08
vddshv5 (mw) 57.86
vddshv6 (mw) 39.62
total power (mw) 457.72
Idle ondemand mode JB 4.1.2 Devkit 4.0.1
AM335x-SK
vdd_mpu + vdds_ddr3 (mw) 256.73
Idle ondemand mode JB 4.1.2 Devkit 4.0.1
AM37x
vdd1 + vdds2 (mw) 182.97
Idle performance mode JB 4.1.2 Devkit 4.0.1
AM335x
vdd_core (mw) 182.96
vdd_mpu (mw) 112.27
vdds (mw) 3.19
vdds_rtc (mw) 0.80
vdds_ddr (mw) 48.02
vdds_sram_core_bg (mw) 2.18
vdds_sram_mpu_bb (mw) 2.36
vdds_pll_ddr (mw) 1.87
vdds_pll_core_lcd (mw) 14.56
vdds_pll_mpu (mw) 2.93
vdds_osc (mw) 1.25
vdda_1p8v_usb0_1 (mw) 32.81
vdds_a3p3v_usb0_1 (mw) 11.12
vdda_adc_power (mw) 0.90
vddshv1 (mw) 0.35
vddshv2 (mw) 1.62
vddshv3 (mw) 0.18
vddshv4 (mw) 0.08
vddshv5 (mw) 57.68
vddshv6 (mw) 39.36
total power (mw) 516.47
Idle performance mode JB 4.1.2 Devkit 4.0.1
AM335x-SK
vdd_mpu + vdds_ddr3 (mw) 255.48
Idle performance mode JB 4.1.2 Devkit 4.0.1
AM37x
vdd1 + vdd2 (mw) 301.86


Idle powersave mode JB 4.1.2 Devkit 4.0.1
AM335x
vdd_core (mw) 180.48
vdd_mpu (mw) 56.10
vdds (mw) 3.21
vdds_rtc (mw) 0.8
vdds_ddr (mw) 48.03
vdds_sram_core_bg (mw) 2.15
vdds_sram_mpu_bb (mw) 2.04
vdds_pll_ddr (mw) 1.87
vdds_pll_core_lcd (mw) 14.56
vdds_pll_mpu (mw) 1.91
vdds_osc (mw) 1.25
vdda_1p8v_usb0_1 (mw) 32.74
vdds_a3p3v_usb0_1 (mw) 11.12
vdda_adc_power (mw) 0.81
vddshv1 (mw) 0.90
vddshv2 (mw) 1.87
vddshv3 (mw) 0.18
vddshv4 (mw) 0.30
vddshv5 (mw) 57.85
vddshv6 (mw) 39.66
total power (mw) 457.67
Idle powersave mode JB 4.1.2 Devkit 4.0.1
AM335x-SK
vdd_mpu + vdds_ddr3 (mw) 256.64
Idle powersave mode JB 4.1.2 Devkit 4.0.1
AM37x
vdd1 + vdd2 (mw) 183.62


Idle userspace(720000) mode JB 4.1.2 Devkit 4.0.1
AM335x
vdd_core (mw) 181.95
vdd_mpu (mw) 188.77
vdds (mw) 3.26
vdds_rtc (mw) 0.80
vdds_ddr (mw) 49.78
vdds_sram_core_bg (mw) 2.27
vdds_sram_mpu_bb (mw) 3.44
vdds_pll_ddr (mw) 1.87
vdds_pll_core_lcd (mw) 14.56
vdds_pll_mpu (mw) 4.35
vdds_osc (mw) 1.25
vdda_1p8v_usb0_1 (mw) 32.75
vdds_a3p3v_usb0_1 (mw) 11.12
vdda_adc_power (mw) 0.90
vddshv1 (mw) 0.62
vddshv2 (mw) 4.59
vddshv3 (mw) 0.16
vddshv4 (mw) 0.18
vddshv5 (mw) 57.96
vddshv6 (mw) 39.97
total power (mw) 600.47
Idle userspace(720000) mode JB 4.1.2 Devkit 4.0.1
AM335x-SK
vdd_mpu + vdds_ddr3 (mw) 390.76
Idle userspace(1000000) mode JB 4.1.2 Devkit 4.0.1
AM37x
vdd1 + vdd2 (mw) 430.11


Idle userspace(600000) mode JB 4.1.2 Devkit 4.0.1
AM335x
vdd_core (mw) 183.25
vdd_mpu (mw) 151.57
vdds (mw) 3.20
vdds_rtc (mw) 0.80
vdds_ddr (mw) 48.02
vdds_sram_core_bg (mw) 2.21
vdds_sram_mpu_bb (mw) 2.81
vdds_pll_ddr (mw) 1.87
vdds_pll_core_lcd (mw) 14.56
vdds_pll_mpu (mw) 3.51
vdds_osc (mw) 1.25
vdda_1p8v_usb0_1 (mw) 32.75
vdds_a3p3v_usb0_1 (mw) 11.12
vdda_adc_power (mw) 0.90
vddshv1 (mw) 0.35
vddshv2 (mw) 1.66
vddshv3 (mw) 0.18
vddshv4 (mw) 0.08
vddshv5 (mw) 57.67
vddshv6 (mw) 39.18
total power (mw) 556.93
Idle userspace(600000) mode JB 4.1.2 Devkit 4.0.1
AM335x-SK
vdd_mpu + vdds_ddr3 (mw) 341.40
Idle userspace(600000) mode JB 4.1.2 Devkit 4.0.1
AM37x
vdd1 + vdd2 (mw) 287.79
Idle userspace(500000) mode JB 4.1.2 Devkit 4.0.1
AM335x
vdd_core (mw) 182.96
vdd_mpu (mw) 112.27
vdds (mw) 3.19
vdds_rtc (mw) 0.80
vdds_ddr (mw) 48.02
vdds_sram_core_bg (mw) 2.32
vdds_sram_mpu_bb (mw) 2.36
vdds_pll_ddr (mw) 1.87
vdds_pll_core_lcd (mw) 14.56
vdds_pll_mpu (mw) 2.93
vdds_osc (mw) 1.25
vdda_1p8v_usb0_1 (mw) 32.81
vdds_a3p3v_usb0_1 (mw) 11.12
vdda_adc_power (mw) 0.90
vddshv1 (mw) 0.35
vddshv2 (mw) 1.62
vddshv3 (mw) 0.16
vddshv4 (mw) 0.08
vddshv5 (mw) 57.68
vddshv6 (mw) 39.36
total power (mw) 516.47
Idle userspace(500000) mode JB 4.1.2 Devkit 4.0.1
AM335x-SK
vdd_mpu + vdds_ddr3 (mw) 300.53
Idle userspace(500000) mode JB 4.1.2 Devkit 4.0.1
AM37x
vdd1 + vdds2 (mw) 183.20


Idle userspace(275000) mode JB 4.1.2 Devkit 4.0.1
AM335x
vdd_core (mw) 180.47
vdd_mpu (mw) 55.94
vdds (mw) 3.25
vdds_rtc (mw) 0.80
vdds_ddr (mw) 48.15
vdds_sram_core_bg (mw) 2.14
vdds_sram_mpu_bb (mw) 2.05
vdds_pll_ddr (mw) 1.87
vdds_pll_core_lcd (mw) 14.56
vdds_pll_mpu (mw) 1.91
vdds_osc (mw) 1.25
vdda_1p8v_usb0_1 (mw) 32.74
vdds_a3p3v_usb0_1 (mw) 11.13
vdda_adc_power (mw) 0.90
vddshv1 (mw) 0.62
vddshv2 (mw) 3.85
vddshv3 (mw) 0.16
vddshv4 (mw) 0.28
vddshv5 (mw) 57.86
vddshv6 (mw) 39.93
total power (mw) 459.84
Idle userspace(275000) mode JB 4.1.2 Devkit 4.0.1
AM335x-SK
vdd_mpu + vdds_ddr3 (mw) 255.48
Idle userspace(800000) mode JB 4.1.2 Devkit 4.0.1
AM37x
vdd + vdds (mw) 356.81

Quadrant Benchmark

Quuadrant is a benchmark developed by aurorasoftworks to asses performance in CPU, Memory, IO, 2D graphics and 3D graphics, for more information refer to http://www.aurorasoftworks.com/

In the results shown below the results for AM335x and Beaglebone are displayed in the column labeled as "your device: xxxx"

AM335x

Evm jb quadrant 10 10.png

AM335x-SK

Sk jb quadrant 10 10.png


AM37x

Sk jb quadrant 10 10.png

Versioning


This is Release Ice Cream Sandwich 4.0.3 Devkit 3.0.1. The release is available from http://software-dl.ti.com/dsps/dsps_public_sw/sdo_tii/TI_Android_DevKit/TI_Android_ICS_4_0_3_DevKit_3_0_1/index_FDS.html