Advantech VEGA-3311 Instruction manual

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VEGA-3311
4K HEVC Broadcast Video
Encoding / Decoding Card
Quick Start Manual
Author Leo Tsao (Software), Jay Chi (Hardware)
Status Version 1.3.1
Document ID VEGA-3311-QSM-003
History Version Date Handled by Comments
1.3.1 2018.11.27 Holland Huang Revise the context for SDK
v1.3.1
1.1.1 2018.05.18 Holland Huang Revise the context for SDK
v1.1.1
1.0.0 2017.01.24 Kevin Chien
(Product Manager)
Initial draft
Approved by

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Date Approved By
2017.01.24 Dick Lin (Software), Tony Tsai (Hardware)

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Contents
1. PRODUCT INTRODUCTION ........................................................................... 5
1.1 G ENERAL I NTRODUCTION ..............................................................................................5
1.2 P ACKING L IST ...............................................................................................................5
1.3 S OFTWARE D RIVER AND SDK P ACKAGE .........................................................................5
2. INSTALLING VEGA-3311 ................................................................................ 6
3. SOFTWARE INSTALLATION .......................................................................... 7
3.1 H OST S YSTEM R EQUIREMENT ........................................................................................7
3.2 E XTRACT S OFTWARE P ACKAGE .....................................................................................7
3.3 I NSTALL D RIVERS AND A PPLICATIONS FOR H OST .............................................................9
3.3.1 I NSTALL D RIVER AND A PPLICATION FOR R EAL - TIME C ODEC .............................................9
3.3.2 I NSTALL D RIVER AND A PPLICATION FOR FPGA RECEIVER ..............................................11
3.3.3 C OMPILE AND I NSTALL FF MPEG ...................................................................................14
3.3.3.1 S ETUP T OOL C HAIN AND E NVIRONMENT FOR U BUNTU ...................................................14
3.3.3.2 S ETUP T OOL C HAIN AND E NVIRONMENT FOR C ENT OS ..................................................14
3.3.3.3 B UILD L IBRARIES AND E XECUTABLES ...........................................................................14
4. SAMPLE APPLICATION ................................................................................ 16
4.1 M AIN STATE CHANGE A PPLICATION ...............................................................................16
4.2 E NCODE A PPLICATION .................................................................................................16
4.2.1 F ILE B ASED E NCODE ..................................................................................................16
4.2.2 SDI B ASED E NCODE ...................................................................................................22
4.3 D ECODE A PPLICATION .................................................................................................24
4.3.1 D ECODED V IDEO D ATA F ORMAT ...................................................................................24
4.3.2 E XECUTION OF D ECODE ..............................................................................................25
4.4 C APTURE C ONFIGURATION A PPLICATION ......................................................................27
4.4.1 A UDIO C HANNEL L AYOUTS AND D ATA F ORMAT ..............................................................30
4.5 C APTURE A PPLICATION ...............................................................................................32
4.5.1 V IDEO C APTURE A PPLICATION .....................................................................................34
4.5.2 A UDIO C APTURE A PPLICATION .....................................................................................36
4.6 E NCODE U SAGE C ASES OF FF MPEG ............................................................................38
4.7 D ECODE U SAGE C ASES OF FF MPEG ............................................................................42
4.8 C APTURE U SAGE C ASES OF FF MPEG ...........................................................................43
APPENDIX A: UPGRADE CODEC FIRMWARE ................................................ 44
APPENDIX B: UPGRADE FPGA RECEIVER FIRMWARE ............................... 49
APPENDIX C: SWITCH SETTING AND RE-WRITE CODEC FIRMWARE ...... 50

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1. Product Introduction
1.1 General Introduction
VEGA-3311 enables HEVC, AVC, MPEG2 real-time 1-ch 4K Ultra HD (2160p60) and 4-ch FHD
(1080p60) encode and decode. It is particularly relevant for 4K Ultra HD transmission which
requires a much higher stream capacity.
VEGA-3311 is tailored for professional media processing and capable of performing professional
grade 4Kp60 Main10 profile HEVC encoding and decoding at less than 35W power consumption.
The VEGA-3311 adapter additionally features 4K video capture over built-in 4-ch SDI-3G or 1-ch
SDI-12G or mini-HDMI2.0 video inputs for acquisition-based encoding and 4-ch SDI-3G video
outputs for acquisition-based decoding in contribution workflows. VEGA-3311 can also support
low latency transmission of uncompressed or lightly compressed video over standard IP
networks according to industry agreed standards. This card feature a simple-to-use API and
example code for FFmpeg and GStreamer multimedia frameworks to streamline product
development and their integration into existing applications.
1.2 Packing List
Before you begin installing your card, please make sure that the following items have been
shipped:
VEGA-3311 adapter
End-plate bracket
If any of these items is missing or damaged, please contact your distributor or sales
representative immediately.
Note: Acrobat Reader is required to view any PDF file. Acrobat Reader can be downloaded
at: https://get.adobe.com/reader.
1.3 Software Driver and SDK Package
Before you begin installing your card, please request the software driver package from
[email protected]. This triggers a registration and ensures you can be informed
about driver and SDK updates.

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2. Installing VEGA-3311
The board is a standard PCI Express add-in card conforming to a conventional half-length form
factor. The engineering version adopts a fanless heatsink design like the photos shown below.
The installation procedure is as below.
Please follow below steps in terms of preparing the card for running:
1. Identify a suitable slot in the target appliance.VEGA-3311requires a PCIE x8 Gen 3 slot with
25W slot power. The majority of standard x8 PCI Express slots meet this base requirement.
2. Fit the board with the correct end-plate for the target slot.
3. Power off the system.
4. Install the board with normal ESD precaution.
5. Power on the server and ensure there are no additional errors during boot sequence.
6. Request the SW package from [e-mail]
7. Install the software package described in this manual.
8. Check the software has been installed correctly by running the demo and checking the output.
If there is no error reported, then VEGA-3311 is now ready for performing video encoding task.
Note that only one board per system is supported in the current early access driver.

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3. Software Installation
3.1 Host System Requirement
The operating system used for developing and executing this software release is:
Linux distribution: Ubuntu 14.04.1 LTS (64-bit version).
Kernel: Linux kernel version 3.13.0-32-generic.
The software package should work with any Linux distribution based on kernel 3.x. Please follow
the procedures described in below sections for extracting the software package and installing the
required drivers.
3.2 Extract Software Package
To extract the software packet, please invoke the terminal software on Linux first, and the prompt
sign is shown as "$". Type the following command for extracting the software package:
$ tar -jxvf vega_bqb_release_1_3_1_<sub_ver>_x64.tar.bz2
Here is an extracted software directory tree.
Directory/Subdirectory name Remarks
vega_bqb_release_1_3_1 Software package for VEGA-3310 and
VEGA-3311
ffmpeg ffmpeg source and plug-in library source
vega_bqb_codec_x64 software package for HEVC/AVC encoder
vega3310_fpga_x64 software package for VEGA-3310 FPGA
(can be ignored for VEGA-3311)
vega3311_fpga_x64 software package for VEGA-3311 FPGA
ffmpeg directory tree:
Directory/Subdirectory name Remarks
ffmpeg
ffmpeg_source A working copy of ffmpeg v3.4.1 with Advantech patch
vega_bqb_avc libvegabqbavc AVC encoder source
vega_bqb_hevc libvegabqbhevc HEVC source
vega3311_ff_capture libvega3311-capture source
advantech_v1_3_1.patch The patch file for original ffmpeg source.

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vega_bqb_codec_x64 directory tree:
Directory/Subdirectory name Remarks
vega_bqb_codec_x64
01_HOST realtime_codec_soft fmb_driver HEVC/AVC codec driver
sample_apl Encoder and Decode applications
02_M30 01_M30_frim M30 system firmware
02_tools Flash writer tools
vega3311_fpga_x64 directory tree:
Directory/Subdirectory name Remarks
vega3311_fpga_x64
driver FPGA kernel driver, user
library
example vega3311_capture_app capture application
vega3311_capture_config capture configuration
application
vega3311_transmit_config transmission configuration
application
sdk vega3311_capture_api VEGA capture API library
vega3311_dec_disp_api VEGA decoding API library
for SDI output (not available
in v1.3.1)
vega3311_display_api VEGA transmission API
library for SDI output (not
available in v1.3.1)
vega3311_transmit_api VEGA transmission API
library
tools fpga_fw FPGA firmware
vega3311_fpgautil FPGA utility tool

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3.3 Install Drivers and Applications for Host
3.3.1 Install Driver and Application for Real-time Codec
Run the installation script file in the vega_bqb_codec_x64 package as described below and the
driver and the sample application will be compiled and installed, and then the driver will be
loaded into the system.
$ cd vega_bqb_codec_x64/ 1_HOST/realtime_codec_soft/
$ sudo ./install.sh
[sudo] password for xxxx:
Preparing to install SDK...
Installation start.
Making sample applications...done.
Installing sample applications...done.
Installing header files and library...done.
Preparing to install device driver...
Installation start.
Making and loading device driver...done.
Installation completed.
All installations completed.
$
The procedure for the installation is completed. After installation, when the board is connected
with the PC, OS detects the device and the driver is automatically loaded. One can use dmesg
command as described below to check whether driver is loaded correctly or not.
$ dmesg
snip
...
m3 smb(-1):<2>fmb_hw_memmap(111):BAR Config : 32bit-config
m3 smb(-1):<2>fmb_hw_pci_probe(1916):DMA mask : 64bit
m3 smb( ):<2>fmb_hw_pci_probe(1988):interrupt Handler Registration
m3 smb( ):<2>fmb_hw_pci_probe(1992):PCIe fmb device now attached to m3 smb
m3 smb( ):<2>fmb_hw_pci_probe(1994): major : 242 minor :
...
snip

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The files that are installed and the directories in which to install are as follows.
No. Directory File Remarks
1 /usr/local/bin vega_bqb_venc Sample application
2 /usr/local/lib libvega_bqb_venc.a Video encoder API static library
3 /usr/local/lib libvega_bqb_venc.so Video encoder API library
4 /lib/modules/x.xx.x
(Linux Kernel Version)
m30smb.ko Driver
5 /etc/udev/rules.d/ 60-m30smb.rules "udev" rule file of driver
6 /usr/local/include/libve
ga_bqb_api VEGA_BQB_encoder.h Video encoder header file
7 /usr/local/include/
libvega_bqb_api VEGA_BQB_types.h Video encoder types definition
8 /usr/local/include/
libvega_bqb_api VEGA_BQB_version.h Version description file
9 /usr/local/bin vega_bqb_vdec Sample application
10 /usr/local/lib libvega_bqb_vdec.a Video decoder API static library
11 /usr/local/lib libvega_bqb_vdec.so Video decoder API library
12 /usr/local/bin vega_bqb_sysctl Sample application
13 /usr/local/lib libvega_bqb_sysctl.a System control API static library
14 /usr/local/lib libvega_bqb_ sysctl.so System control API library
15 /usr/local/include/
libvega_bqb_api VEGA_BQB_decoder.h Video decoder header file
16 /usr/local/include/
libvega_bqb_api VEGA_BQB_system.h System control header file

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3.3.2 Install Driver and Application for FPGA receiver
Run the installation script file in the vega3311_fpga_x64 package as described below, the driver
and the sample application will be compiled and installed, and then the driver will be loaded into
the system.
$ cd vega3311_fpga_x64/
$ sudo ./install.sh
[sudo] password for xxxx:
Installation start.
Making sample applications...
done.
Installing sample applications...
cp -f ./example/vega3311_capture_app/bin/vega3311_cap_app /usr/local/bin
cp -f ./example/vega3311_capture_config/bin/vega3311_cap_config /usr/local/bin
cp -f ./example/vega3311_transmit_config/bin/vega3311_trans_config /usr/local/bin
cp -f ./tools/vega3311_fpgautil/bin/vega3311_fpgautil /usr/local/bin
Installing header file and library...
cp -f ./driver/lib/libvega3311_fpga_drv.a /usr/local/lib
cp -f ./sdk/vega3311_capture_api/lib/libvega3311_capture.a /usr/local/lib
cp -f ./sdk/vega3311_transmit_api/lib/libvega3311_transmit.a /usr/local/lib
cp -f ./driver/include/vega3311_fpga_drv.h /usr/local/include/libvega_capture_api
cp -f ./sdk/vega3311_capture_api/include/VEGA3311_capture.h
/usr/local/include/libvega_capture_api
cp -f ./sdk/vega3311_capture_api/include/VEGA3311_cap_types.h
/usr/local/include/libvega_capture_api
cp -f ./sdk/vega3311_transmit_api/include/VEGA3311_transmit.h
/usr/local/include/libvega_transmit_api
cp -f ./sdk/vega3311_transmit_api/include/VEGA3311_trans_types.h
/usr/local/include/libvega_transmit_api
Clean the package...
done.
Making and loading device driver...done.
Installation completed.
$
The procedure for the installation is completed. After installation, when the board is connected
with the PC, OS detects the device and the driver is automatically loaded. One can use dmesg
command as described below to check whether driver is loaded correctly or not.
$ dmesg
snip
…
vega3311_fpga: Found VEGA3311 FPGA @ xffff88 4 b99b
vega3311_fpga: detect 1 VEGA3311 FPGA in this system
vega3311_fpga : 3: . : VEGA3311 FPGA probed
vega3311_fpga : 3: . : Major 243 Minor assigned
vega3311_fpga : 3: . : Added device to the sys file system
vega3311_fpga : 3: . : VEGA3311 FPGA BAR mapped to xffffc9 3
vega3311_fpga : 3: . : VEGA3311 FPGA BAR2 mapped to xffffc9 48

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vega3311_fpga : 3: . : Bridge src base low = xf78 8
vega3311_fpga : 3: . : Bridge src base high = x
vega3311_fpga : 3: . : Translation src base low = xf
vega3311_fpga : 3: . : Translation src base high = x
vega3311_fpga : 3: . : Translation dst base low = x44a
vega3311_stc_proc_add_entry minor
vega3311_stc_proc_add_entry : try to create directory vega3311
snip

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The files that are installed and the directories in which to install are as follows.
No. Directory File Remarks
1 /usr/local/bin/ vega3311_cap_app Capture application
2 /usr/local/bin/ vega3311_cap_config Capture configuration application
3 /usr/local/bin/ vega3311_trans_config Transmission configuration application
4 /usr/local/bin/ vega3311_fpgautil FPGA utility tools
5 /lib/modules/x.xx.x
(Linux Kernel Version) vega3311_fpga.ko FPGA driver
6 /etc/udev/rules.d/ 20-vega3311.rules "udev" rule file of driver
7 /usr/local/lib libvega3311_fpga_drv.a FPGA user mode library
8 /usr/local/lib libvega3311_capture.a VEGA capture API library
9 /usr/local/lib libvega3311_transmit.a VEGA transmission API library
10 /usr/local/include/libve
ga_capture_api VEGA3311_capture.h VEGA capture types definition
11 /usr/local/include/libve
ga_capture_api VEGA3311_cap_types.h VEGA capture header file
12 /usr/local/include/libve
ga_capture_api vega3311_fpga_drv.h FPGA user mode driver header file
13 /usr/local/include/libve
ga_transmit_api VEGA3311_transmit.h VEGA transmission types definition
14 /usr/local/include/libve
ga_transmit_api VEGA3311_trans_types.h
VEGA transmission header file

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3.3.3 Compile and Install FFmpeg
The ffmpeg_source folder in software package is a working copy of ffmpeg version 3.4.1 that has
applied Advantech patch, the compilation and installation method are the same as original
ffmpeg usage. Follow the steps to install vega_bqb_avc, vega_bqb_hevc library and ffmpeg
program.
3.3.3.1 Setup Tool Chain and Environment for Ubuntu
Get the dependency and compiling tools
$ sudo apt-get install mercurial cmake cmake-curses-gui build-essential yasm
Note: use yasm 1.3 or later, cmake 2.8.8 or later, gcc 4.8 or later
Get the libsdl(to have ffplay build)
$ sudo apt-get install libsdl2-dev
Get the boost library for vega_bqb_avc and vega_bqb_hevc library build
$ sudo apt-get install libboost-all-dev
Note: use libboost 1.54 or later
Or install libboost from source if the version from apt-get is lower than 1.54
wget http://sourceforge.net/projects/boost/files/boost/1.54. /boost_1_54_ .tar.gz
tar -xzvf boost_1_54_ .tar.gz
cd boost_1_54_
./bootstrap.sh
./bjam --layout=system --toolset=gcc install
3.3.3.2 Setup Tool Chain and Environment for CentOS
Get the dependency and compiling tools
$ yum install mercurial cmake cmake-gui
$ yum groupinstall "Development Tools"
$ yum install epel-release
$ yum --disablerepo="*" --enablerepo="epel" install yasm
$ yum install SDL2-devel
Get the boost library for vega_bqb_avc and vega_bqb_hevc library build
wget http://sourceforge.net/projects/boost/files/boost/1.54. /boost_1_54_ .tar.gz
tar -xzvf boost_1_54_ .tar.gz
cd boost_1_54_
./bootstrap.sh
./bjam --layout=system --toolset=gcc install
3.3.3.3 Build Libraries and Executables
Make and install vega_bqb_avc
$ cd ffmpeg/vega_bqb_avc/build/linux
$ PATH="/usr/local/bin:$PATH" cmake -G "Unix Makefiles"

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-DCMAKE_INSTALL_PREFIX="/usr/local" -DENABLE_SHARED:bool=on
-DENABLE_PIC:bool=on ../../source
$ make
$ sudo make install
Make and install vega_bqb_hevc
$ cd ffmpeg/vega_bqb_hevc/build/linux
$ PATH="/usr/local/bin:$PATH" cmake -G "Unix Makefiles"
-DCMAKE_INSTALL_PREFIX="/usr/local" -DENABLE_SHARED:bool=on
-DENABLE_PIC:bool=on ../../source
$ make
$ sudo make install
Make and install vega3311_ff_capture
$ cd ffmpeg/vega3311_ff_capture/build/linux
$ PATH="/usr/local/bin:$PATH" cmake -G "Unix Makefiles"
-DCMAKE_INSTALL_PREFIX="/usr/local" -DENABLE_SHARED:bool=on
-DENABLE_PIC:bool=on ../../source
$ make
$ sudo make install
Make and install ffmpeg.
$ cd ffmpeg/ffmpeg_source
$ PATH="/usr/local/bin:$PATH" PKG_CONFIG_PATH="/usr/local/lib/pkgconfig"
$ ./configure --enable-shared --enable-libvegabqbavc --enable-libvegabqbhevc
--enable-libvega3311-capture --enable-nonfree
$ make
$ sudo make install
Load the plug-in libraries.
$ sudo ldconfig

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4. Sample Application
4.1 Main state change Application
Make sure to execute this application to change the Main State of M30 into "Encode" or
"Decode", before Encode Application/Decode Application is executed.
The application "vega_bqb_sysctl" provides changing the Main State of M30 into "Encode" or
"Decode".
Main State changes to "Encode" state
vega_bqb_sysctl set_enc –device <dev_num>
Main State changes to "Decode" state
vega_bqb_sysctl set_dec –device <dev_num>
4.2 Encode Application
The application "vega_bqb_venc" provides two usage cases, one is file based, the video data is
transferred from host’s hard disk through PCIE connection to HEVC/AVC encoder. The other is
SDI based, the video data is transferred from SDI connector on the card to the video interface of
encoder chip, and video data does not go through host system in this mode.
4.2.1 File Based Encode
This mode inputs the Video RAW data through PCIe, and encodes it to Video ES by
H.265/HEVC and H.264/AVC. When the Video RAW data is input from the file, the format which
can be input now is only the following.
Resolution: 3840x2160, 1920x1080, 1280x720, 720x576, 720x480.
Color space : YUV 4:2:0, YUV 4:2:2
Quantization bit : 8bit, 10bit
File format :
1. YUV4:2:0 8bit (NV12 format, refer to Figure 1)
2. YUV4:2:2 8bit (NV16 format, refer to Figure 1)
3. YUV4:2:0 10bit(P010 format with packed data, refer to Figure 2)
4. YUV4:2:2 10bit(P210 format with packed data, refer to Figure 2)

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Figure 1: YUV 8bit format

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Figure 2: YUV 10bit format

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Before running encode application, make sure the encoder firmware is programmed.
Start terminal, and run encode application with version option:
$ vega_bqb_sysctl set_enc –device #(change to encode state)
Device set to encode mode
$ vega_bqb_venc version
======== HOST ========
Device serial number : ESEXXXXXXX
Device board ID : 9692VXXXXXX
API version : 1.3.1.12635
Driver version : 2.1. .3.1957
Kernel version : 4.4. -96-generic
Machine hardware name : x86_64
======== VEGA331X ========
MCPU firmware version : 7.2. . .1713
Base firmware version : V 1L 1R 8_r2 77_r16
System firmware version : V 1L 1R17_r2 22_r2 7
...
The MCPU firmware version must be 7.2.0.0.XXXXX, or encoder is not functional.
Now run encode application as below:
$ vega_bqb_sysctl set_enc –device #(change to encode state)
Device set to encode mode
$ vega_bqb_venc example.yuv
Case Menu:
ID | Codec | Resolution | FPS | Chroma | Bitdepth | GOP | CBR | Output
------------------------------------------------------------------------
| HEVC | 4 96x216 | 5 | 422 | P1 LE | IB | Y | ES
1 | HEVC | 384 x216 | 6 | 42 | 8 | IP | Y | ULL
2 | HEVC | 384 x216 | 3 | 42 | 8 | I | Y | ES
3 | HEVC | 384 x216 | 3 | 42 | 8 | IP | Y | ES
4 | HEVC | 384 x216 | 59.94 | 42 | 8 | IP | Y | ES
5 | HEVC | 384 x216 | 3 | 42 | 8 | IPB | Y | ES
6 | HEVC | 384 x216 | 6 | 42 | 8 | IPB | Y | ES
7 | HEVC | 384 x216 | 6 | 42 | 8 | IB | Y | ES
8 | HEVC | 384 x216 | 6 | 42 | 8 | IB | Y | TS
9 | HEVC | 384 x216 | 6 | 42 | 8 | IB | N | ES
1 | HEVC | 384 x216 | 3 | 42 | P1 LE | IB | Y | ES
11 | HEVC | 384 x216 | 3 | 42 | P 1 | IB | Y | ES
12 | HEVC | 384 x216 | 6 | 422 | P1 LE | IB | Y | ES
13 | HEVC | 384 x216 | 6 | 422 | P 1 | IB | Y | ES
14 | HEVC | 384 x216 | 6 | 422 | P 1 | IB | Y | TS
15 | HEVC | 2 48x1 8 | 3 | 42 | 8 | IB | Y | ES
16 | HEVC | 192 x1 8 | 3 | 42 | 8 | IP | Y | ES
17 | HEVC | 192 x1 8 | 3 | 42 | 8 | IPB | Y | ES
18 | HEVC | 192 x1 8 | 6 | 42 | 8 | IB | Y | ES
19 | HEVC | 192 x1 8 | 6 | 42 | 8 | IB | Y | ES interlace
2 | HEVC | 192 x1 8 | 6 | 422 | 8 | IB | Y | ES

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21 | HEVC | 192 x1 8 | 6 | 422 | P 1 | IB | Y | TS
22 | HEVC | 128 x72 | 25 | 42 | 8 | IB | Y | ES
23 | HEVC | 72 x576 | 6 | 42 | 8 | IB | Y | ES
24 | HEVC | 72 x48 | 6 | 42 | 8 | IB | Y | ES
25 | HEVC | 416x24 | 6 | 42 | 8 | IB | Y | ES
26 | HEVC | 352x288 | 6 | 42 | 8 | IB | Y | ES
27 | AVC | 384 x216 | 59.94 | 422 | 8 | IPB | Y | ES
28 | AVC | 384 x216 | 6 | 42 | P 1 | IPB | Y | ES
29 | AVC | 384 x216 | 6 | 42 | 8 | IPB | Y | ES
3 | AVC | 384 x216 | 6 | 42 | 8 | IPB | Y | TS
31 | AVC | 384 x216 | 6 | 42 | 8 | IPB | N | ES
32 | AVC | 192 x1 8 | 59.94 | 422 | P 1 | IPB | Y | ES
33 | AVC | 192 x1 8 | 59.94 | 422 | P 1 | IPB | Y | TS
34 | AVC | 192 x1 8 | 59.94 | 42 | P 1 | IPB | Y | ES
35 | AVC | 192 x1 8 | 24 | 42 | 8 | IP | Y | ES
36 | AVC | 192 x1 8 | 24 | 42 | 8 | IPB | Y | ES
37 | AVC | 128 x72 | 6 | 42 | 8 | IPB | Y | ES
38 | AVC | 72 x576 | 5 | 42 | 8 | IPB | Y | ES
39 | AVC | 72 x48 | 6 | 42 | 8 | IPB | Y | ES
------------------------------------------------------------------------
4 | Exit
Enter Case ID [ .. 39] : 2
Codec Type : HEVC
Input Mode : File
Profile : Main
Resolution : 384 x216
Img Format : NV12
Chroma Format : 42
Bit depth : 8
B frames :
FPS : 3
GOP structure : I
GOP size : 1
Rate control : CBR
Bitrate : 5 kbps
Max VBR : kbps
Ave VBR : kbps
Min VBR : kbps
PTS mode : AUTO
Output Format : ES
Weighted Pred. : Bi-direction
M3 _DEV_SET_ENCODER_MAIN_STATE:state=2 encode_mode=
M3 _DEV_SET_ENCODER_MAIN_STATE:state=3 encode_mode=1
M3 _DEV_CHANGE_EH_ID_STATE: state=2 id_bits= x1
|:56 fps
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