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ASRC-Pro is a high-performance 24-bit multi-channel audio sample rate converter designed to meet the demands of sophisticated audio applications. With an impressive THD+N rating of -130dB, it offers unparalleled audio clarity and minimal distortion. This converter is highly suitable for professional audio systems where precision and high fidelity are paramount. The converter supports asynchronous audio sample conversion, seamlessly managing the transition between varying sample rates across devices. Its fully digital architecture eliminates the need for external PLLs, streamlining integration and reducing complexity. With support for Parallel, Parallel TDM, I2S, Serial TDM, and SPDIF-AES3 interfaces, ASRC-Pro provides comprehensive compatibility for diverse audio configurations. ASRC-Pro is an invaluable asset in environments where maintaining audio signal integrity across different systems is crucial. By utilizing two clocks for synchronous operations, the converter ensures precise timing and synchronization, making it a top choice for audio professionals requiring exceptional audio processing performance.
The ASRC-Lite is a 16-bit multi-channel audio sample rate converter designed to offer superior audio performance. With a THD+N of -90dB, this converter enables seamless audio conversions across different sample rates, ensuring high fidelity and minimal distortion. Ideal for interfacing digital audio equipment, ASRC-Lite supports multiple audio channels and asynchronous conversion, making it an essential component for professional audio setups. Built on a fully digital design, ASRC-Lite does not require analog components like PLLs, thus simplifying integration into existing systems. The IP core supports multiple standard interfaces including Parallel, Parallel TDM, I2S, Serial TDM, and SPDIF-AES3, providing flexibility to cater to various audio connectivity requirements. The converter uses a two-clock design for synchronous input and output operations, enabling precise audio signal processing. ASRC-Lite is particularly valuable for scenarios where audio equipment operates at differing sample rates, maintaining audio quality and synchronization. By accommodating a wide range of clock frequencies, this converter is engineered to deliver reliable and efficient audio sample rate conversions, ensuring compatibility and quality across audio devices.
The ASRC-Lite-up is a specially designed 16-bit audio sample rate up converter, offering a THD+N performance of -90dB to enhance audio output quality. Tailored for applications that require upsampling of audio signals, ASRC-Lite-up ensures that equipment operating at lower sample rates can seamlessly integrate with higher sample rate systems while preserving audio integrity. This IP core supports multiple audio channels, facilitating the handling of complex audio environments by converting signals asynchronously. Its design incorporates a fully digital approach, removing the necessity for PLLs, which simplifies compatibility with existing audio frameworks. Interfaces like Parallel, Parallel TDM, I2S, Serial TDM, and SPDIF-AES3 are readily supported, demonstrating its versatility and adaptability to various audio setups. Perfect for scenarios involving disparate sample rates, ASRC-Lite-up guarantees the preservation of audio fidelity and improves signal synchronization. By supporting various clock frequencies, it stands as a robust solution for any application where audio conversion is required, ensuring smooth and efficient data processing.
The ASRC-Premier is a 20-bit, high-definition audio sample rate converter tailored for convert high-yield audio signals with exceptional clarity and minimal noise. Featuring a THD+N of -120dB, it offers superior noise reduction and precision audio processing, making it indispensable for high-end audio applications requiring stringent quality standards. This IP core facilitates the conversion of multiple channels in digital audio, supporting asynchronous operations to handle various sample rates fluidly. It sports a purely digital configuration, allowing easier integration by excluding the need for PLLs. The ASRC-Premier accommodates interfaces like Parallel, Parallel TDM, I2S, Serial TDM, and SPDIF-AES3, showing adaptability to a wide array of audio configurations. With its ability to manage audio signals effectively, ASRC-Premier is essential where there is a critical requirement to maintain audio synchronization and consistency. It uses dual clocks to ascertain precise operations, thereby certifying its status as an elite choice for audio professionals who prioritize both performance and quality in audio conversions.
Designed for nuanced audio processing, the AAC-LC and HE-AAC Audio Decoder serves a pivotal role in real-time decoding of audio streams, supporting the MPEG AAC format comprehensively. This decoder is finely tuned for deployments on both FPGA and ASIC platforms, offering flexibility and elegance in handling varied audio applications. Incorporating Coreworks' sophisticated Multimedia Platform, this audio decoder is built to manage multiple audio channels efficiently, ensuring high-quality output across diverse configurations. Such meticulous engineering ensures audio integrity is preserved while optimizing system power and area performance. The AAC-LC and HE-AAC Audio Decoder is devised to handle upgradable implementations, allowing for post-deployment enhancements that adapt to changing application dynamics. This adaptability ensures that Coreworks' decoder remains a competitive and innovative option for professional audio processing needs.
The MPEG-1/2 - Layer I/II Audio Decoder is expertly designed to address the requirements of real-time audio decoding aligned with MPEG standards. This decoder seamlessly integrates with FPGA and ASIC technologies, offering it as a flexible choice for myriad professional audio applications. Harnessing the capabilities of Coreworks' Multimedia Platform, the decoder demonstrates superior performance across multiple audio streams and configurations, achieving optimal audio quality and synchronization. This core is meticulously crafted to reduce power consumption and silicon footprint while providing comprehensive support for varied use cases. Built with adaptability in mind, the MPEG-1/2 - Layer I/II Audio Decoder can be updated post-deployment, ensuring it maintains effectiveness and meets evolving technological and application standards. This versatility fortifies its suitability as a preferred decoder for sophisticated audio processing.
The AAC-LC and HE-AAC Audio Encoder is an advanced solution for the real-time encoding of audio streams, ideal for applications requiring support of the MPEG AAC audio format. This encoder core is optimized for both FPGA and ASIC platforms, ensuring flexibility and efficiency in a variety of system environments. It supports multi-stream operations, allowing for simultaneous encoding of multiple audio channels while maintaining high synchronization and fidelity. The encoding process leverages a powerful combination of hardware and software, utilizing Coreworks' proprietary Multimedia Platform which integrates cutting-edge DSP technologies. The encoder is engineered to deliver exceptional performance across various audio configurations and is capable of handling different channel combinations as required by the application. Designed for robustness, this encoder demonstrates significant advantages in terms of low power consumption and reduced silicon area usage, achieving efficient resource management. The AAC-LC and HE-AAC Audio Encoder not only supports high-fidelity audio processing but also allows for swift adjustments post-deployment, thanks to the adaptability intrinsic to Coreworks' reconfigurable architecture.
The AAC-LC Audio Decoder is a proficient solution for decoding audio streams using the AAC Low Complexity format, compatible with both FPGA and ASIC systems. This decoder is essential for scenarios necessitating the seamless handling of audio data streams without sacrificing quality. Integrated with Coreworks' robust Multimedia Platform, the decoder processes multiple audio streams with precision, ensuring high-quality output while minimizing energy consumption and silicon usage. Such efficiency allows the decoder to meet the stringent demands of contemporary multimedia applications. The capability to make updates post-deployment makes the AAC-LC Audio Decoder a flexible choice, allowing it to adjust to the shifting landscape of audio processing technologies. This adaptability, combined with performance, underscores its relevance and importance in professional audio environments.
The AAC-LC Audio Encoder stands out as a real-time solution for encoding audio using the AAC Low Complexity format, suitable for both FPGA and ASIC environments. This encoder caters to a broad array of applications, especially those needing efficient audio stream management without compromising on sound fidelity. This IP core employs Coreworks' leading-edge Multimedia Platform technology, integrating comprehensive processing capabilities to handle multiple audio streams seamlessly. It supports dynamic configurations, delivering high-quality audio while conserving power and silicon area, thereby offering unparalleled cost efficiency. Adaptable post-deployment, the AAC-LC Audio Encoder can be adjusted as requirements evolve, thanks to Coreworks' reconfigurable platform. The strength of the solution lies in its high performance and lower power usage, making it a prime choice for applications necessitating effective yet efficient audio encoding.
The AAC-LC Stereo Audio Encoder is specifically developed to manage real-time encoding for stereo audio streams, employing the MPEG AAC format for high-quality sound reproduction. It is compatible with both FPGA and ASIC applications, demonstrating versatility and adaptability for various system configurations, particularly where stereo processing is prioritized. Employing Coreworks' acclaimed Multimedia Platform, this encoder is furnished with superior processing capabilities, permitting dynamic encoding across different platform types. The combination of hardware and software functionalities ensures low power consumption and minimized spatial requirements, thereby achieving efficiency and cost-effectiveness. Designed with upgradability in mind, the AAC-LC Stereo Audio Encoder offers significant leeway for post-deployment adjustments. This capacity to refine and enhance audio processing reflects Coreworks' commitment to delivering high-resolution audio solutions that meet and surpass contemporary industry benchmarks.
The MPEG-1/2 - Layer I/II Audio Encoder is crafted for advanced audio stream encoding, accommodating the need for MPEG audio standardization. Positioned for real-time application in diverse environments, this encoder is built to support FPGA and ASIC integrations, presenting it as a versatile choice for professional audio setups. Functioning as a comprehensive encoding solution, this IP core exhibits robust capability in managing multi-stream operations, enabling concurrent encoding with high precision across diverse audio channels. The core's design is aligned with achieving high performance, optimized to minimize energy use and conserve silicon space, thus providing an effective solution in resource-constrained environments. This audio encoder capitalizes on Coreworks' Multimedia Platform, engaging state-of-the-art SideWorks DSP technology to enhance performance and facilitate easy updates and customizations. Such flexibility ensures the encoder's relevance and functionality remain intact, even as application demands evolve.
The MPEG-1/2 + AAC Audio Decoders deliver high-performance decoding solutions for applications demanding compatibility with both MPEG and AAC formats. Crafted for real-time operation, these decoders are ideal for FPGA and ASIC integrations, supporting a wide range of audio environments. Employing the Multimedia Platform from Coreworks, this set of decoders orchestrates efficient multi-channel processing, maintaining audio clarity and synchronization while optimizing power and area usage. This efficiency is crucial in achieving robust audio playback across diverse system architectures. Strategically designed for upgradability, these decoders can undergo enhancements following deployment, ensuring their continuous alignment with evolving requirements and technological advancements. This adaptability, paired with enriching audio experience, cements their position as front-runners in versatile audio processing.
SPDIF-Rx-Pro is a sophisticated SPDIF-AES3 receiver, crafted to handle multi-channel digital audio receiving without requiring any analog components like PLLs. Its design focuses on high fidelity and flexibility, making it an ideal choice for digital audio systems requiring robust input interfaces. This IP core supports various standard interfaces, including the AMBA AHB and APB protocols, enabling seamless integration into existing digital frameworks. Designed using a fully digital architecture, SPDIF-Rx-Pro flawlessly implements data recovery and synchronization tasks, ensuring the transmission of pristine audio signals. Whether used in consumer electronics or professional audio installations, SPDIF-Rx-Pro excels at delivering consistent, high-quality audio input, enhancing any audio processing architecture it's incorporated into. Its ability to operate efficiently without analog components reduces complexity while maintaining superior performance in audio data handling.
I2S/TDM-Rx+Tx-Pro is a multi-channel serial audio transceiver, offering comprehensive input and output capabilities for digital audio systems. This transceiver is designed to cater to high-demand environments requiring precise audio data handling, from professional setups to consumer audio devices. The IP core is engineered using a fully digital design, eschewing the need for external analog components like PLLs, which simplifies integration into existing frameworks. Supporting standard interfaces such as AMBA AHB and APB, I2S/TDM-Rx+Tx-Pro ensures compatibility and flexibility in connecting with diverse digital architectures. With its capability to manage both incoming and outgoing audio streams seamlessly, this transceiver proves essential for systems needing efficient multi-channel audio processing. It facilitates seamless digital audio data transmission, making it a vital component in any advanced audio system architecture.
I2S/TDM-Rx-Pro is a flexible multi-channel serial audio receiver, designed to manage digital audio data input efficiently and accurately. Suitable for a range of professional and consumer applications, this receiver excels in environments that require handling of complex multi-channel audio configurations. Adopting digital design principles, I2S/TDM-Rx-Pro supports standard interfaces including AMBA AHB and APB, ensuring ease of integration into varied digital architectures. This architecture guarantees precise data capture and synchronization, maintaining the integrity of incoming audio signals. Whether for advanced consumer electronics or specialized audio installations, I2S/TDM-Rx-Pro provides a reliable and efficient audio input interface, supporting smooth data transmission without the need for analog elements. Its effectiveness in accurately processing multi-channel audio makes it a critical component for high-performance audio systems.
I2S/TDM-Tx-Pro is crafted as a reliable multi-channel serial audio transmitter, designed to deliver pristine digital audio data across various outputs. Perfect for use in professional audio settings and advanced consumer electronics, this transmitter provides high-quality audio output with digital precision. The transmitter incorporates fully digital architectures, supporting standard protocols like AMBA AHB and APB, facilitating seamless integration into modern digital environments. Its design assures accuracy in audio data construction and forwarding, preserving the quality of audio transmissions. I2S/TDM-Tx-Pro is indispensable for applications that demand efficient multi-channel audio handling, offering powerful data processing capabilities without necessitating complex analog components. This IP core stands as a robust solution within any audio system, ensuring top-tier performance and sound clarity.
SPDIF-Tx-Pro serves as a versatile SPDIF-AES3 transmitter, engineered to facilitate high-quality digital audio output across various setups. This IP core ensures seamless data transmission without necessitating any external analog components, making it highly desirable for streamlined system designs. With support for conventional interfaces like AMBA AHB and APB, SPDIF-Tx-Pro promises straightforward integration into contemporary digital environments. Its entirely digital architecture enables superior precision in data construction and transmission, safeguarding audio integrity throughout its output processes. SPDIF-Tx-Pro is perfect for diverse contexts, from high-end audio systems to consumer electronics, delivering consistent and clear digital audio output. Its design efficiency and robustness make it a standout solution in audio technology, fostering smooth operation while reducing integration complexities associated with analog components.
The I2S/TDM Serial Audio Interface with Asynchronous Sample Rate Conversion is specially designed to bridge the gap between audio devices operating at different sample rates. Its engineering focuses on ensuring precise audio data synchronization across interfaces like I2S and TDM, widely used in modern audio systems. This interface accommodates varying sample rate configurations through a fully digital design, minimizing the complexity generally associated with analog components like PLLs. The IP is compatible with standard protocols such as AMBA AHB and APB, which enhances its adaptability in digital environments. Beyond just facilitating data transmission, it performs asynchronous sample rate conversion accurately, making it highly relevant for diverse audio systems needing robust conversion and transmission solutions. Whether for professional audio setups or sophisticated consumer devices, this interface stands out for its functionality and precision.
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