XDMA6415 OPERATION

CD Player Operation - MP3/WMA Files

Media Compatibility

Playback Order

Compatible Recording Formats

The following types of discs/files are compatible:

CD-ROM (ISO), CD-R, CD-RW

CD-DA

MP3 data

WMA data

The following types of discs/files are not compatible:

WMA files that are protected by DRM (Digital Rights Management).

WMA lossless format

Discs recorded with Track At Once or packet writing

MP3 PRO format

MP3 playlists

WAV format

MP3/WMA playback sequence is based on recorded order of files and begins in the root folder of the disc. Any empty folders or folders that do not include MP3/WMA files are skipped. This unit may not play files in the order they were recorded in depending on the recording software used. Refer to your recording software’s user’s manual for more information.

ISO9660 level 1

ISO9660 level 2

Yellow Book MODE 1

Yellow Book MODE 2 FORM 1

Multi session

Maximum folders and files - 256

Maximum folder levels - 8

MPEG-1/2/2.5 Audio Layer-3

ISO9660 standards:

Maximum nested folder depth is 8 (including the root folder).

Valid characters for folder/file names are letters A-Z (all caps), numbers 0-9, and “_” (underscore). Some characters may not be displayed correctly, depending on the character type.

This device can play back discs in Joliet, Romeo, and other standards that conform to ISO9660. MP3/WMA written in the formats other than the above may not play and/or their file names or folder names may not be displayed properly.

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Dual XDMA6415 owner manual Media Compatibility Playback Order, Following types of discs/files are compatible

XDMA6415 specifications

The Dual XDMA6415 is a cutting-edge dual-channel digital signal processor designed for a wide range of applications, including telecommunications, industrial control systems, and consumer electronics. This advanced DSP architecture allows for high-performance data processing with exceptional efficiency and versatility.

One of the standout features of the Dual XDMA6415 is its high-speed processing capability. It is equipped with multiple processing cores that operate in parallel, enabling it to handle complex algorithms and large data sets with ease. This parallel processing architecture significantly enhances real-time processing capabilities, making the Dual XDMA6415 an ideal choice for applications that require rapid data handling and decision-making.

The Dual XDMA6415 also incorporates advanced digital communication technologies. It supports various protocols, including Ethernet, DSP, and serial communication, ensuring seamless integration into existing systems. The device is designed with enhanced flexibility, allowing users to configure the communication interfaces based on their specific needs. This adaptability is critical for developers looking to create custom solutions that meet unique application requirements.

In terms of power efficiency, the Dual XDMA6415 shines with low power consumption, making it suitable for battery-operated devices and energy-conscious applications. Its advanced power management features enable dynamic power scaling, ensuring optimal performance while minimizing energy usage. This characteristic is particularly beneficial for mobile and portable devices where battery life is a key consideration.

The device also boasts robust data integrity and error correction mechanisms. These features ensure reliable communication and processing, which are essential for mission-critical applications. With built-in redundancy and fault tolerance, the Dual XDMA6415 enhances system reliability and operational stability.

Another significant aspect of the Dual XDMA6415 is its scalability. The architecture supports both small-scale and large-scale implementations, allowing developers to tailor solutions based on specific project demands. This scalability, combined with the device's rich feature set, makes it a future-proof choice for a growing range of applications.

In summary, the Dual XDMA6415 represents an innovative leap in digital signal processing technology. With its high-speed processing capabilities, advanced communication support, energy-efficient design, and robust reliability features, it is poised to meet the challenges of modern digital systems across various industries, ensuring high performance and adaptability for developers and engineers alike.