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The ASRC-Pro offers advanced functionalities as a 24-bit multi-channel audio sample rate converter, designed to handle diverse and demanding audio processing tasks effectively. With an exceptionally low total harmonic distortion and noise (THD+N) of -130dB, this converter is engineered for high-performance audio applications where precision and clarity are paramount. This converter allows asynchronous conversion between differing sample rates, using dual, unrelated clock signals to maintain precise timing and performance. The ASRC-Pro is essential for environments where multiple devices operate at different sampling rates, offering quick and accurate synchronization without compromising audio quality. Its output signal frequencies can be set over a spectrum from 64x to 1024xFSout, maintaining sonic accuracy and stability. Compatibility with various standard interfaces, such as SPDIF-AES3, I2S, and TDM, enhances the adaptability of this converter in different audio setups. This flexibility ensures seamless integration into complex audio processing chains, supporting a range of professional audio applications where high fidelity is critical.
The ASRC-Lite is a multi-channel audio sample rate converter designed for efficient handling of 16-bit audio with a THD+N of -90dB. It is particularly useful for interfacing digital audio equipment that operates at varying sample rates, facilitating seamless audio synchronization across devices. The converter supports configurations with multiple audio channels, perfect for applications requiring precise audio data handling and conversion. This audio sample rate converter operates asynchronously, requiring distinct clock signals for the input and output, ensuring flexibility in audio processing tasks. With predefined options for output clock signal frequencies ranging from 64x to 1024x of FSout, it allows for high adaptability in various audio processing scenarios. Pertinent to its performance, the ASRC-Lite epitomizes efficiency, maintaining optimal power use and performance levels for superior audio fidelity. Moreover, the device supports numerous standard audio interfaces, including Parallel TDM, I2S, and SPDIF-AES3, providing broad applicability across different audio processing setups. It caters to the synchronization needs of systems working with disparate clock domains, guaranteeing stable and consistent performance in professional audio environments.
ASRC-Lite-up is engineered for multi-channel audio applications, focusing on converting 16-bit audio sample rates with a THD+N of -90dB. This upscaling converter is built for upgrading audio stream sampling rates, ensuring smooth integration and enhanced audio fidelity in systems requiring such adjustments. Designed to deliver consistent output quality, it orchestrates asynchronous sample rate conversions using independent clock signals. This freedom from clock rate dependency allows it to adapt across various digital audio setups. Whether synchronizing audio equipment at different sampling rates or converging disparate streams, ASRC-Lite-up maintains performance integrity. The converter supports a variety of interfaces, offering flexibility in digital audio environments. Incorporating options like I2S, TDM, and SPDIF, ASRC-Lite-up integrates easily into audio systems without the need for external analog components, facilitating straightforward and reliable audio operations.
The ASRC-Premier is tailored for handling advanced audio processing needs, featuring 20-bit resolution with a THD+N of -120dB. It plays a key role in managing multi-channel audio sample rate conversion, ensuring precision and high-quality audio output across varied sound systems. By supporting asynchronous conversion between different sample rates, it decouples input from output clock domains, allowing highly accurate and independent timing. This results in seamless integration and reliability in complex audio signal paths. ASRC-Premier is ideal for environments requiring consistent and high-caliber audio processing capabilities. Compatible with several standard audio interfaces, such as SPDIF-AES3, I2S, and TDM, the ASRC-Premier ensures compatibility and flexibility in diverse audio operations. This adaptability guarantees smooth operation and simplifies the task of maintaining high audio quality across varied systems, making it suitable for use in professional audio setups.
The AAC-LC and HE-AAC Audio Decoder is engineered to handle real-time audio stream decoding, offering versatility through support for AAC-LC and HE-AAC formats. It is designed for reliability and high performance, catering to modern audio applications demanding precision and speed. This decoder supports multiple audio streams, perfect for complex environments where synchronization and upgradability are necessary. It facilitates seamless and efficient decoding without compromising on audio quality, essential for professional and consumer multimedia applications. Blending seamlessly with Coreworks' Multimedia Platform, this decoder optimizes energy use while maintaining a low silicon area requirement. Its robust performance metrics ensure it is well-suited for decoding tasks in dynamic audio environments, making it a preferred choice for high-fidelity needs.
The MPEG-1/2 - Layer I/II Audio Decoder offers robust solutions for decoding audio streams encoded in these formats, focusing on delivering high-quality output and reliable performance. It is suitable for a wide range of multimedia applications, ensuring seamless integration and effective decoding. Designed for multiple stream handling, the decoder supports real-time operations, crucial for environments requiring effective synchronization and minimal latency. Whether for broadcast, streaming, or other intricate audio tasks, it guarantees thorough processing of audio data. Combined with Coreworks' advanced platform capabilities, this decoder maximizes performance efficiency and reduces resource usage, making it a leading choice for decoding solutions in MPEG formats. This ensures an excellent balance between quality and resource intensiveness for a broad spectrum of applications.
The AAC-LC Audio Decoder is an efficient solution for decoding audio streams, specifically leveraging the AAC-LC format. It provides impeccable sound quality and is geared for use in various multimedia applications, ensuring a flawless audio decoding experience. Supporting real-time operations, this decoder caters to dynamic audio environments where multiple streams need synchronized decoding, appealing to broadcasting and live streaming scenarios. Its design ensures minimal latency and high audio fidelity is maintained across diverse setups. Built to integrate smoothly with Coreworks' powerful platforms, the AAC-LC Audio Decoder focuses on reducing power consumption and silicon use without sacrificing performance. This makes it an intelligent choice for a variety of audio processing requirements where precision and resource management are keys.
The AAC-LC and HE-AAC Audio Encoder is constructed to encode audio streams in real-time for demanding media applications. By supporting both AAC-LC and HE-AAC formats, it offers great versatility, making it suitable for various audio transmission needs while maintaining fidelity and reducing data rates. Optimized to work on FPGAs and ASICs, this encoder supports multiple audio streaming, enabling significant reductions in latency and improved synchronization of audio content. Its efficiency in coding reduces bandwidth requirements, contributing to streamlined network operations and storage. Incorporating the latest processing technologies, this encoder synchronizes seamlessly with Coreworks’ Multimedia Platform. This synergy enhances performance while minimizing energy use and silicon area, making it an excellent choice for contemporary digital audio processing systems.
Specializing in encoding audio streams in the AAC-LC format, the AAC-LC Audio Encoder is crafted for modern audio processing needs. It offers high-quality encoding with low complexity, catering to an array of multimedia applications requiring reliable and efficient audio management. This encoder is designed for real-time applications, supporting multiple streams with low latency, essential for live broadcasts and streaming scenarios. Adaptable for implementation in both FPGAs and ASICs, it facilitates diverse audio processing projects while maintaining high standards of audio fidelity. Quick integration with Coreworks’ Multimedia Platform, this encoder leverages proprietary technologies to enhance performance outcomes, optimizing energy consumption and reducing silicon area. This makes the AAC-LC Audio Encoder a robust choice for current and future audio processing technologies.
The AAC-LC Stereo Audio Encoder optimizes stereo audio encoding, using the AAC-LC format to provide high-quality audio output suitable for modern multimedia demands. This encoder is perfect for applications where audio clarity and efficiency are critical. It offers real-time processing support, catering to digital broadcasting and streaming applications, ensuring minimal delay and maximum synchrony in audio content delivery. Designed for use in conjunction with FPGAs and ASICs, this encoder supports an expansive range of audio applications, providing versatility and scalability. Focusing on energy-efficient operations, this encoder reduces power usage and silicon requirements while upholding superior audio quality. The AAC-LC Stereo Audio Encoder's adaptability ensures it can meet the evolving demands of high-fidelity audio applications effectively.
The MPEG-1/2 + AAC Audio Decoders provide comprehensive solutions for decoding audio streams across multiple formats, supporting MPEG Layer I/II as well as AAC. It delivers exceptional audio processing capability, tailored for versatile multimedia platforms. Engineered for real-time operations, these decoders ensure synchronization and quality consistency, accommodating multiple audio streams with flexibility. This is particularly important for complex multimedia environments where multiple formats may be required. Optimized for use within Coreworks' comprehensive Multimedia Platform, these decoders leverage substantial processing power while minimizing energy consumption and physical size. Their capabilities are aligned with modern demands for efficient, high-quality audio decoding solutions across a broad application spectrum.
Providing robust encoding capabilities for MPEG-1 and MPEG-2 Layer I/II formats, this encoder is tailored for versatile use in multimedia platforms. Its ability to process multiple streams facilitates simultaneous audio processing tasks while maintaining high audio integrity and efficiency. The encoder’s design aims to cater to diverse audio processing requirements, offering options for a broad range of applications from basic audio streams to more intricate multimedia broadcasting needs. This ensures adaptability and high compatibility across industry standards. Leveraging Coreworks’ advanced technologies such as the Multimedia Platform, it achieves superior performance metrics. It ensures optimal power consumption and impressive sound clarity, making it a competent choice for varied audio encoding requirements.
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