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The ASRC-Lite is engineered as a multi-channel audio sample rate converter, providing 16-bit audio with a THD+N of -90dB. It adeptly handles the synchronization of audio equipment operating across diverse sample rates, supporting several audio channels. The solution is essential for environments where different audio streams need to be synchronized precisely and efficiently, ensuring a seamless audio experience in varied broadcasting and audio distribution setups. With the ability to function asynchronously, ASRC-Lite guarantees effective audio conversion even when input and output clock signals don't align. Designed for robust audio performance, the ASRC-Lite can accommodate various channels, making it ideal for multi-channel audio systems. Its fully digital architecture negates the need for additional analog components like PLLs, thereby simplifying integration and reducing design complexity. This makes the ASRC-Lite a preferred choice for applications seeking high fidelity audio conversion with long-term reliability. ASRC-Lite is particularly valuable in professional audio equipment, where maintaining audio integrity and synchronization is critical. By offering flexible implementation options through its versatile interfaces, ASRC-Lite supports parallel, serial TDM, and SPDIF-AES3 connections, enabling smooth connectivity across numerous audio devices.
The ASRC-Pro is Coreworks' premium multi-channel audio sample rate converter designed to ensure superior audio quality with 24-bit resolution and an impressive -130dB THD+N. It effectively bridges the gap between digital audio systems operating at varying sample rates and provides unmatched synchronization capabilities. This IP core is specifically crafted for applications demanding professional grade audio fidelity, making it indispensable in studios and high-definition audio systems. With its advanced asynchronous conversion technology, the ASRC-Pro can seamlessly convert input signals to any desired output rate, handling multiple channels simultaneously. Eliminating PLL dependencies, the digital-only design streamlines the integration process and enhances compatibility across a multitude of broadcasting and recording scenarios. Users benefit from the system's adaptability, easing the transition between different audio formats and ensuring uninterrupted operation even amidst asynchronous clock domains. Embedded in the ASRC-Pro's architecture are versatile interfaces like Parallel, Parallel TDM, I2S, Serial TDM, and SPDIF-AES3. This flexibility guarantees robust connections with varied audio equipment, ensuring high performance in environments where audio accuracy is paramount. The ASRC-Pro's premium components and design make it an ideal solution for high-stakes audio environments where clarity and precision are the top priorities.
Engineered for enhancing existing audio systems, the ASRC-Lite-up is a multi-channel audio sample rate up-converter providing 16-bit audio quality with a -90dB THD+N. Designed to upscale audio frequencies, it is indispensable for applications looking to upgrade their audio processing capabilities without overhauling the entire system architecture. Powerful and versatile, this IP allows seamless compatibility with a wide range of existing digital audio frameworks. The ASRC-Lite-up efficiently supports various input and output clock signals unrelated by design, making it a robust solution for environments needing asynchronous conversion processes. It seamlessly integrates with previous-generation audio equipment, adapting legacy systems to meet modern audio expectations. This purpose-built solution ensures audio integrity is preserved while enhancing the existing technology stack with higher sample rate conversion. Offering support for a wide array of standard audio interfaces, such as I2S, SPDIF-AES3, and Serial TDM, the ASRC-Lite-up ensures maximum flexibility in integration and connectivity. Its fully digital architectural approach eliminates the need for PLLs, simplifying its use and increasing reliability within complex audio systems.
The ASRC-Premier stands out as a top-tier audio sample rate converter, delivering 20-bit audio quality with -120dB THD+N. It is designed for sophisticated multi-channel audio systems, providing unmatched sample rate conversion that ensures clarity and precision in audio outputs. This converter is specifically tailored for environments where maintaining high fidelity audio standards is non-negotiable. Exploiting its asynchronous conversion capability, ASRC-Premier caters to diverse audio sources needing precise synchronization without dependency on synchronous clock signals. Its design is purely digital, which facilitates easy integration devoid of analog PLL complexities, raising the bar for ease of use in intricate audio settings. For professionals seeking to preserve the integrity of high-definition audio, ASRC-Premier offers formidable performance and versatility. Integrating seamlessly across a spectrum of audio interfaces, such as Parallel, I2S, and SPDIF-AES3, the ASRC-Premier supports a variety of audio ecosystems, ensuring continuity and excellence in high-stakes audio productions. Its comprehensive flexibility in interface compatibility and consistent performance make it an essential asset for advanced audio processing facilities.
Coreworks presents the AAC-LC and HE-AAC Audio Decoder in their suite of IP cores, enabling real-time decoding of high-efficiency, low-complexity audio streams. This decoder is vital for applications looking to manage robust audio playback across multiple channels while maintaining top-tier audio quality. Designed to support a range of AAC formats, the decoder ensures compatibility across various audio environments, making it ideal for digital broadcasting and streaming services. Its real-time capability allows for seamless integration in both single and multi-channel configurations, delivering a consistent high-fidelity audio experience. The decoder leverages Coreworks’ SideWorks technology to achieve high-performance outcomes with lower energy requirements. This efficient processing model not only reduces power consumption but also minimizes silicon area usage, catering to applications where compact design and resource efficiency are prioritized.
Coreworks provides an advanced AAC-LC and HE-AAC Audio Encoder within its IP core suite, specifically engineered to support real-time encoding of multiple audio streams. This encoder is crucial for applications requiring efficient audio format conversions, particularly those engaged in high-performance multimedia projects. Optimized for both FPGAs and ASICs, this encoder IP ensures seamless compatibility across diverse audio streaming platforms. Designed to support multi-stream audio processing, this encoder IP can manage various channel configurations, catering to both simple and complex audio distribution systems. It serves as a foundational tool for professionals in media production who demand superior audio resolution and bandwidth efficiency without compromising on sound quality. Incorporating Coreworks’ SideWorks technology, the AAC-LC and HE-AAC Audio Encoder delivers exceptional performance with minimized power consumption and reduced silicon footprint. This efficient use of resources makes it highly suitable for large-scale processing operations where energy conservation and performance are equally prioritized.
Providing a reliable solution for real-time audio processing, the MPEG-1/2 - Layer I/II Audio Decoder from Coreworks handles complex decoding tasks efficiently. It is particularly suited for environments that require adherence to longstanding industry audio standards, ensuring robust compatibility and dependable performance. Beyond basic recomposition of audio streams, the decoder’s sophisticated architecture allows it to manage multiple channels with exemplary sound clarity. This makes it essential for broadcasters and media platforms that prioritize consistent sound delivery across varied audio equipment. Using Coreworks’ SideWorks framework, this IP core boasts reduced power usage and optimized silicon footprint, positioning itself as a cost-effective choice for applications in which minimizing operational expenses without compromising sound quality is crucial.
Optimized for accurate real-time audio decoding, the AAC-LC Audio Decoder by Coreworks handles the intricacies of audio streams with precision, ensuring top-quality audio output. It is structured to support both single and multi-channel setups, making it indispensable for a wide array of media applications. By simplifying complex audio streams into manageable digital formats, this decoder maintains sound fidelity while reducing the system’s processing load. This adaptability is particularly beneficial for digital media systems required to manage vast arrays of audio data efficiently. Enhancing its robust decoding ability, the AAC-LC Audio Decoder applies SideWorks technology, which promotes energy-efficient processing and reduces required silicon resources. It is therefore ideal for compact, power-efficient audio systems that require high-output sound quality within small form factors.
Ideal for real-time processing, the AAC-LC Audio Encoder from Coreworks transforms audio streams into highly compressed formats while retaining premium quality. Tailored to fit both ASICs and FPGAs, this IP core adeptly handles multi-stream processing, adhering to the stringent demands of modern audio applications requiring efficient bandwidth usage. With robust support for multiple audio coding layers, the encoder ensures compatibility with numerous audio devices, granting versatility across different audio environments. This makes it an invaluable asset for broadcast systems aiming to achieve efficient transmission without loss of sound fidelity. Coreworks’ AAC-LC Audio Encoder emphasizes a low-power, small silicon area design, perfect for resource-conscious applications where performance optimization is essential. The application of SideWorks technology in this encoder further ensures superior energy efficiency, making it a standout choice for developers focusing on cost-effective yet high-performing audio solutions.
The MPEG-1/2 - Layer I/II Audio Encoder is a pivotal part of Coreworks' robust selection of IP cores, designed to facilitate efficient real-time audio streaming in various multimedia contexts. This encoder supports the comprehensive encoding of audio streams with exceptional clarity, providing a stable platform for both simpler and more sophisticated broadcasting applications. Crafted for versatility, the MPEG-1/2 encoder is particularly beneficial for applications that require adherence to long-established audio standards, ensuring compatibility and compliance across numerous devices and broadcasting platforms. Its design efficiency allows users to manage multiple formats and channels, catering to diverse application needs while maintaining audio integrity. Utilizing Coreworks’ proprietary SideWorks architecture, this IP core is optimized to achieve high performance with lower energy demands. This innovative approach reduces the power requirements and silicon area usage, supporting resource constrained environments without sacrificing processing quality.
The AAC-LC Stereo Audio Encoder by Coreworks sets a benchmark with its real-time encoding capabilities for stereo audio streams, tailored for multimedia applications requiring high-quality audio compression and transmission. It is an integral part of environments where minimal bandwidth consumption paired with superior audio quality is crucial. Supporting both FPGAs and ASICs, this audio encoder caters to the nuanced needs of multimedia devices and applications, maintaining robust support for stereo channels. Its implementation ensures seamless integration, whether in singular or interconnected streaming environments, making it a flexible choice for a broad range of audio compression tasks. Coreworks harnesses cutting-edge mechanisms within this IP core to deliver efficient audio processing with low latency, using its patented SideWorks technology. Such optimization allows for energy-efficient operations and ensures smaller silicon area requirements, ideal for highly integrated digital audio systems.
Coreworks' innovative MPEG-1/2 + AAC Audio Decoders combine the power of decoding multiple audio formats, offering a versatile tool for real-time multimedia applications. This multi-functional decoder supports a variety of channel configurations, suitable for environments where multi-format compatibility is key. The decoder is engineered to process complex audio streams efficiently, maintaining exceptional sound quality across diverse media platforms. This ensures that the decoder is an integral component in digital broadcast systems and streaming platforms where synchronization and clarity are paramount. Using the patented SideWorks technology, this IP core achieves improved energy performance and reduced silicon area requirement. Consequently, it stands out in scenarios where minimizing environmental impact and conserving system resources are strategic objectives, providing an effective solution that complements both performance and sustainability.
Combining receiving and transmitting capabilities, the I2S/TDM-Rx+Tx-Pro offers an integrated approach to managing multi-channel audio streams. This versatile interface stands out within Coreworks' IP cores for its dual functionality in catering to diverse digital audio protocols including I2S and TDM formats. Designed for environments with sophisticated audio transmission requirements, it ensures that both input and output signals are handled with exceptional precision. The I2S/TDM-Rx+Tx-Pro's architecture facilitates seamless adaptation to existing systems, offering users a robust tool for maintaining signal integrity and quality. Structured to support both AMBA AHB and APB buses, this interface module combines efficiency and high performance, making it suitable for digital audio applications that prioritize space-saving solutions without compromising on quality and reliability. It's an excellent choice for comprehensive audio transmission solutions in complex audio setups.
The SPDIF-Rx-Pro, a configurable SPDIF-AES3 Receiver, emerges as a high-performance solution within Coreworks’ portfolio of audio interfaces. It supports a variety of digital audio formats, allowing for seamless input handling from numerous audio sources, making it a prime choice for professional and consumer audio markets. Designed to facilitate clear and distortion-free audio reproduction, the SPDIF-Rx-Pro integrates easily across systems, eliminating the need for external analog components such as PLLs. Its versatile design ensures reliable data recovery, essential for maintaining the integrity of audio signals, regardless of the source's complexity. Equipped with support for standard digital buses, including AMBA AHB and APB, the SPDIF-Rx-Pro simplifies integration in modern digital environments. Its purely digital framework supports efficient, high-quality audio processing, ideal for both high-fidelity audio reproduction and dynamic sound environments.
The I2S/TDM-Rx-Pro brings a refined solution to receiving multi-channel audio streams within Coreworks' broad array of IP cores. This configurable serial audio receiver stands out by accommodating both I2S and TDM formats, ensuring compatibility across a variety of digital sound applications. Handling complex audio inputs with ease, the I2S/TDM-Rx-Pro maintains signal integrity, which is vital for high-quality audio systems seeking accurate output. Its flexible architecture supports various channel configurations, primed to integrate into sophisticated audio environments that demand versatility and fidelity. Designed to use standard digital buses, including AMBA AHB and APB, this receiver provides a hassle-free method to uplift existing audio systems with modern, efficient, and quality-rich digital solutions. It's a crucial component for those aiming to enhance their audio reception capabilities while preserving all aspects of sound performance.
The I2S/TDM-Tx-Pro is a prominent addition to Coreworks' line of audio transmission solutions, designed to handle multi-channel outputs with precision and adaptability. This configurable serial audio transmitter supports both I2S and TDM protocols, providing end-users the flexibility to engage a variety of digital audio applications seamlessly. Constructed to transmit high-fidelity audio signals, the I2S/TDM-Tx-Pro employs a fully digital design that enhances signal transmission, maintaining clarity and reducing distortions. Its ability to operate over standard digital buses such as AMBA AHB and APB ensures straightforward integration into existing infrastructures. Renowned for its compatibility and user-friendly design, this transmitter is invaluable for audio environments demanding scalable, robust solutions. Its comprehensive digital approach ensures it meets the high standards required for both professional audio production and dynamic sound installations.
Coreworks' SPDIF-Tx-Pro is a sophisticated SPDIF-AES3 Transmitter engineered to bridge digital audio outputs with precision. This configurable transmitter supports the seamless delivery of audio signals to a multitude of receiving devices, ensuring that digital sound remains consistent and distortion-free. The SPDIF-Tx-Pro is specifically tailored to handle digital interfaces across various applications, providing adaptability and ease of integration into new or existing audio systems. Its fully digital construction simplifies deployment while maintaining the highest levels of sound quality. Offering the flexibility to operate over common digital buses such as the AMBA AHB and APB, the transmitter integrates seamlessly into complex sound systems. Its focus on delivering clear and accurate audio makes it a valuable component in both simple and elaborate audio transmission setups, supporting diverse audio requirements with reliability.
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