Texas Instruments manual Jumper Settings for DaVinci HD EVM as TVP5158 I2C Master

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Hardware Setup

5.2.3.1DaVinci HD EVM as TVP5158 I2C Master

Table 4 describes the jumper settings to set the DaVinci HD EVM as I2C master for the TVP5158. In this case, the Linux application and driver software control the entire system. Audio can be output from the TVP5158EVM or from the DaVinci HD EVM. See Section 5.2.1 and Section 5.2.2 for audio configurations.

Table 4. Jumper Settings for DaVinci HD EVM as TVP5158 I2C Master

Jumper

Function

Setting

Comment

Designator

 

 

 

 

 

 

 

W2, W1, W0

TVP5158 I2C Address

1-2, 1-2, 1-2

Slave address 0xB0 (1011 LLL0)

selection

 

 

 

 

 

 

 

W3, W4

I2C master selection

2-3, 2-3

DaVinci HD EVM controls TVP5158 I2C

 

 

 

 

W7, W8

I2C connection to audio DAC

ON, ON

Connected

 

 

 

 

W9

I2S selection to audio DAC

2-3 or 1-2

Monitor record I2S output or mixer I2S output from TVP5158

 

 

 

 

5.2.3.2PC USB as TVP5158 I2C Master with DaVinci HD EVM

Table 5 describes the jumper settings to set the PC USB interface as I2C master for the TVP5158. In this case, the Video Control Center application software can be used to experiment with TVP5158 register settings through a graphical user interface.

NOTE: This system configuration has known I2C issues that sometimes occur when PC USB and DaVinci HD EVM I2C buses are used independently.

Table 5. Jumper Settings for PC USB Interface as TVP5158 I2C Master

Jumper

Function

Setting

Comment

Designator

 

 

 

 

 

 

 

W2, W1, W0

TVP5158 I2C address

1-2, 1-2, 1-2

Slave address 0xB0 (1011 LLL0)

selection

 

 

 

 

 

 

 

W3, W4

I2C master selection

1-2, 1-2

PC USB port controls TVP5158 I2C

 

 

 

 

W7, W8

I2C connection to audio DAC

ON, ON

Connected

 

 

 

 

W9

I2S selection to audio DAC

2-3 or 1-2

Monitor record I2S output or mixer I2S output from TVP5158

 

 

 

 

5.2.3.3Jumper Settings for Audio/Video Cascade Configuration

CAUTION

If two or more TVP5158EVM boards are cascaded together, care must be taken that the leads on the J2 and J3 connectors are in alignment, because the connectors are not keyed.

Table 6 describes the jumper settings for a second stage TVP5158EVM connected for video/audio cascade operation. In this case, the I2C slave address must be set be set differently than the first EVM. The I2C Master jumpers must be removed to allow the first stage EVM to control I2C (either from USB or from DaVinci HD EVM). USB should be connected to the first stage EVM if used. The Audio DAC I2C must be disconnected on the second stage, since they are both at the same I2C slave address.

SLEU108 –November 2009

TVP5158 Evaluation Module 13

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Copyright © 2009, Texas Instruments Incorporated

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Contents Users Guide Submit Documentation Feedback Evaluation Using the DaVinci HD EVM List of Figures List of Tables Notational Conventions Functional OverviewAnalog Video/Audio Outputs Analog Video/Audio InputsDigital Video/Audio Outputs to DaVinci HD EVM I2C Configuration OptionsDigital Video/Audio Cascade Output/Input Test Points and JumpersSystem Level Description Required Hardware and Equipment Setup for TVP5158EVM Stand-Alone ConfigurationJumper Function Setting Comment Setup for TVP5158EVM with DaVinci HD EVMAdditional Setup When DSP Processes Video and Audio Additional Setup when DSP Processes Video OnlyJumper Settings with DaVinci HD EVM Hardware Modifcation for I2S Audio to DM6467Jumper Settings for PC USB Interface as TVP5158 I2C Master Jumper Settings for DaVinci HD EVM as TVP5158 I2C MasterTVP5158EVM Software Setup Wizard Jumper Settings for a Cascaded TVP5158EVMSelect Installation Folder Installation Complete TVP5158EVM Evaluation Procedures Specifying Cascaded Devices Setting DM6467 ARM and DDR2 Memory Clock Rates Evaluation Using the DaVinci HD EVMRecommended DM6467 Clock Frequencies ARM Clock 675 MHz DDR2 Memory Clock 324 MHzDaVinci HD EVM Boot Setup DaVinci HD Video / Audio Drivers System Initialization for Line-Interleaved Modes Mcviptest Demo Application System Initialization for Pixel Interleave Modes Evaluation of Pixel-Interleaved Digital Video Output ModesVCC Main Window Menu ContentsRegister Map Editor VCC Main Menu SummaryVCC Register Map Editor Controls Property SheetsProperty Sheet Controls Control DefinitionVideo Decoder Select and Write Enables Example TVP5158 Property Pages Editing Tools vs Video Decoder Write EnablesEditing Tool Reads From Writes To Writes What VCC Software in Depth VCC Software in Depth TVP5158 Noise Reduction and Auto Contrast Property VCC Software in Depth TDM I2S Audio Data Configuration Troubleshooting Setup and General Issues Troubleshooting GuideTroubleshooting with THS8200 and CompositeVideo Output Symptom Cause SolutionTroubleshooting I2C Connections and Cascaded EVMs Troubleshooting with DM6467 DaVinci HD EVMWhen DSP video/audio driver is I2C master for TVP5158 When cascading two TVP5158EVMs togetherTVP5158 Video Format Property THS8200 Input Controls / Status Property Video Input Schematics 1Audio Schematics 2TVP5158 Misc Schematics 3Schematics 4 Video OUTDavinci HD Schematics 6USB I2C Schematics 7Main Power Schematics 8Important Notice

TVP5158 specifications

The Texas Instruments TVP5158 is a highly versatile and efficient video decoder designed for a range of video processing applications. It serves as an excellent solution for converting analog video signals into digital formats for further processing. The device is commonly utilized in surveillance systems, video conferencing equipment, and various multimedia applications where reliable and high-quality video output is necessary.

One of the primary features of the TVP5158 is its ability to accept multiple video formats, including NTSC, PAL, and SECAM. This flexibility makes it suitable for a global market where different standards are employed. The device can handle up to four composite video inputs, allowing users to connect multiple sources and switch between them as needed seamlessly. The integrated multiplexing capability makes the TVP5158 an excellent choice for applications that require real-time processing of various video sources.

The TVP5158 also incorporates advanced noise reduction technology, which enhances the quality of the output video by minimizing artifacts and disturbances that may affect the viewing experience. This feature is particularly beneficial in situations where video signals may be degraded due to environmental factors. Additionally, the chip includes capabilities for automatic gain control, which helps adjust the signal levels to maintain consistent output quality.

Another significant characteristic of the TVP5158 is its built-in color space conversion. The device can transform the incoming video signals from YCbCr to RGB or vice versa, ensuring compatibility with a wide range of display systems and digital video formats. This feature is essential for applications that work with various video standards and require high fidelity in color representation.

The TVP5158 is designed for low power consumption, making it ideal for battery-operated devices and systems where energy efficiency is crucial. Its small footprint and integration capabilities also allow for easier design and implementation within existing systems without requiring extensive space or additional components.

In summary, the Texas Instruments TVP5158 is a robust video decoder that offers a rich set of features, including support for multiple video formats, advanced noise reduction, automatic gain control, and color space conversion. Its low power requirements and compact design make it an attractive choice for a variety of applications, positioning it as a reliable solution for modern video processing needs.