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The ASRC-Lite is a 16-bit multi-channel audio sample rate converter designed to provide -90dB Total Harmonic Distortion plus Noise (THD+N) performance. This core is adept at synchronizing audio signals transmitting over different sample rates, thereby enabling seamless interoperability between audio systems. Designed for both ASICs and FPGAs, this core handles asynchronous conversion, thus providing flexibility and adaptability across diverse applications. The ASRC-Lite is suitable for scenarios demanding precise audio processing while maintaining resource efficiency.
The ASRC-Pro stands as a superior audio sample rate converter, boasting a 24-bit format with an impressive -130dB THD+N. It's designed to offer premium quality audio conversion across multiple channels, ensuring that changes in sample rates do not affect the fidelity of audio outputs. This IP core is ideal for advanced audio applications that demand high-precision and quality, providing capabilities in complex heterogeneous environments where different audio equipment operates simultaneously yet asynchronously.
Designed to elevate audio performance, the ASRC-Lite-up offers a 16-bit audio sample rate up conversion with -90dB THD+N. It serves as an essential tool in upgrading the audio quality and synchronizing various audio streams with precision. Particularly useful in multimedia and audio-centric platforms, it provides seamless integration capabilities for projects that require effective upsampling of audio data without degrading quality.
Providing state-of-the-art decoding capabilities, the AAC-LC and HE-AAC Audio Decoder manages audio streams encoded in AAC-LC and HE-AAC formats. Known for its flexibility, this decoder supports a variety of audio formats and channels, making it an optimal choice for real-time audio processing where clarity and precision are vital.
The ASRC-Premier offers a 20-bit solution for multi-channel audio rate conversion with a -120dB THD+N. Tailored for scenarios where audio performance cannot be compromised, the ASRC-Premier seamlessly aligns audio streams from disparate systems. Its ability to handle multiple channels while maintaining advanced signal integrity makes it a pivotal component in audio systems focused on high definition and clarity.
The AAC-LC and HE-AAC Audio Encoder IP provides robust encoding for Advanced Audio Codec Low Complexity (AAC-LC) and High-Efficiency Advanced Audio Codec (HE-AAC) audio streams. It's designed to efficiently handle multiple audio streams under varied configurations, making it suitable for ASICs and FPGAs. This encoder supports a wide range of audio formats, offering adaptability for diverse audio processing needs.
The MPEG-1/2 Layer I/II Audio Decoder specializes in unpacking audio streams encoded by MPEG standards. This decoder is particularly beneficial in situations requiring the retrieval of audio data compressed for storage or transmission efficiency, such as media playback and streaming services.
Focused on AAC-LC format streams, the AAC-LC Audio Decoder efficiently converts compressed audio into high-quality outputs suitable for a wide array of audio systems. Its implementation is vital for any audio application that necessitates decoding with minimal power usage and maximum fidelity.
This product combines the ability to decode audio streams using both MPEG-1/2 standards and AAC, catering to systems requiring versatility in audio format handling. The decoder ensures output integrity is maintained across multiple formats, making it essential for devices interfacing with various multimedia sources.
This innovative interface, namely the IPB-I2S-TDM-ASRC, combines the capabilities of asynchronous sample rate conversion with I2S and TDM serial audio data interchange. It ensures that disparate audio streams can be harmonized and processed uniformly, overcoming the sample rate mismatches prevalent in digital audio systems.
Ideal for compressing audio data, the MPEG-1/2 Layer I/II Audio Encoder ensures efficient encoding processes suitable for real-time applications. This IP suits implementations in systems needing compression like digital broadcasting and multimedia streaming, transforming audio inputs into smaller, manageable file sizes without significant loss in quality.
Designed to support Advanced Audio Codec (AAC-LC) streams, the AAC-LC Audio Encoder offers efficient handling of audio data, compressing it effectively for various applications. Its efficient schema ensures the retention of high audio quality even across extensive data reductions, useful in environments where bandwidth conservation is crucial.
The AAC-LC Stereo Audio Encoder delivers precise audio encoding for stereo channels using the AAC-LC format. It provides superior compression while maintaining fidelity, ensuring high-quality audio reproduction in applications ranging from consumer electronics to professional audio equipment. Its support for FPGA and ASIC frameworks makes it highly adaptable.
The SPDIF-Tx-Pro core is designed to enable the transmission of audio data using SPDIF and AES3 standards. This interface is critical for exporting audio data across different systems, ensuring compatibility and high-quality output.
The I2S/TDM-Tx-Pro supports the flexible transmission of multi-channel audio in I2S and TDM formats. This core is pivotal for integrating high-fidelity audio transmission into digital audio platforms, ensuring the integrity and clarity of transmitted signals.
Serving dual purposes, the I2S/TDM-Rx+Tx-Pro transceiver both receives and sends multi-channel audio in I2S and TDM formats. This dual-functionality makes it optimal for comprehensive digital audio solutions needing flexible input/output options.
Optimized for receiving I2S and TDM formatted audio streams, this flexible receiver adapts to varied multi-channel needs with ease. It's a major component in systems deploying complex audio setups, offering seamless integration within sophisticated designs.
The SPDIF-Rx-Pro core presents a configurable interface to receive SPDIF and AES3 formatted audio streams. Ideal for digital audio systems, it supports varied channel counts and conversion options to streamline audio data reception and processing. With its flexible design, it is adaptable to numerous system configurations.
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