TI Da Vinci series TMS320DM8168 floating point DSP C674x + ARM Cortex-A8

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TI Da Vinci series TMS320DM8168 floating point DSP C674x + ARM Cortex-A8 [Copy link]

TL8168-EVM is a DSP+ARM architecture development platform designed by Guangzhou Chuanglong based on floating-point DSP C674x + ARM Cortex-A8 high-performance video processor. The platform is mainly used to evaluate the multi-channel audio and video acquisition, processing, encoding and compression capabilities of the processor. The TL8168-EVM development board has a rich video physical I/O interface, which can realize multi-channel HD and SD video input and output, and is widely used in machine vision, HD video conferencing, mobile medical imaging and other fields.

The TL8168-EVM baseboard adopts a 4-layer board design with immersion gold lead-free process, rich standard industrial interfaces, and powerful expansion capabilities, providing a good test platform for customers to quickly evaluate the overall performance of the SOM-TL8168 core board. Guangzhou Chuanglong not only provides customers with a wealth of TMS320DM8168 introductory tutorials, but also provides a wealth of demo programs and DSP+ARM dual-core communication development tutorials to assist customers in baseboard design and debugging and DSP+ARM software development, providing long-term and comprehensive technical support to help customers conduct secondary development of products at a faster speed and achieve rapid product launch.

Development Board Introduction

Based on TI Da Vinci series TMS320DM8168 floating-point DSP C674x + ARM Cortex-A8 high-performance video processor;

Powerful video encoding and decoding capabilities, with 3 independent programmable high-definition video image coprocessors, supporting 12-channel 720P30 or 3-channel 1080P60 or 6-channel 1080P30/1080I60 video encoding and decoding;

With 4 independent V-PORT video input ports, you can flexibly connect to the video input module:

4-way 8-bit HD 1080P30/1080I60 input

16-channel SD 480I60 D1 input

Supports multi-channel video output: 3-channel HD 1080P60 + 1-channel SD C-Video + 1-channel SD S-Video;

The development board provides a variety of video physical I/O interfaces: 1 HDMI 1.3 output interface + 1 VGA output interface + 2 standard definition analog video output interfaces + 2 LCD (1 resistive screen/1 capacitive screen) output interfaces;

GPU: SGX530 3D graphics engine, supporting OpenGLES 1.1/2.0, OpenVG 1.0 and OpenMax API;

Rich peripheral interfaces, integrated dual Gigabit Ethernet, PCIe, GPMC, USB, UART, SPI, I2C, VGA, HDMI, LCD and other interfaces, and supports 2-way SATA interface for massive data storage;

Farad capacitor circuit, fast charging, strong discharge capacity, high energy conversion efficiency, recycling and long life;

Provides a variety of standard industrial interfaces, can connect multi-channel AD, DA and other modules, and has strong expansion capabilities;

Meet high and low temperature and vibration requirements, suitable for various harsh working environments;

The core board and the baseboard are connected using industrial-grade precision B2B connectors with a 0.5mm pitch, which are stable, easy to plug and unplug, and anti-reverse plug. All big data interfaces use high-speed connectors to ensure signal integrity.

Support bare metal, SYS/BIOS operating system, Linux operating system, etc.

Core board size: 86mm*60mm, development board size: 240mm*184mm.

Typical application areas

Video encoding, decoding, transcoding and transrating

Machine Vision

Video Security

HD Video Conferencing

Video surveillance network DVR

IP Network Camera

Mobile Medical Imaging

Network Projector

Video Infrastructure

Media Server

Digital Signage

Development Information

Provide core board pin definition, editable baseboard schematic, editable baseboard PCB, chip datasheet to shorten the hardware design cycle;

Provide system burning image, kernel driver source code, file system source code, and rich demo programs;

Provides a complete platform development package and introductory tutorials, saving time in software preparation and making it easy to get started;

Provides detailed DSP+ARM dual-core communication tutorials to perfectly solve the dual-core development bottleneck;

Provides a Qt-based graphical interface development tutorial.

兰博

Thank you for your hard work! In addition to introducing the functions of the board, can you also post some application examples? This way newcomers can also use this board. Otherwise, even if you get a board, you won't know how to use it.