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The ASRC-Lite is a versatile 16-bit audio sample rate converter designed for multi-channel environments. It excels at handling diverse synchronous input channels that are converted capably to asynchronous outputs, ensuring seamless interoperability between different digital audio equipment. Its design is robust yet simplified, providing clean audio outputs with a total harmonic distortion plus noise (THD+N) of -90 dB, making it suitable for high-fidelity audio applications. Supported by the CWda50 framework, the ASRC-Lite operates under various sample rates, adapting dynamically to the input and output clock domains. Having multiple audio channels streamlined into one cohesive flow, the ASRC-Lite can handle up to eight channels, which can be beneficial for applications requiring crisp and clear sound quality across multiple outputs. This IP supports a wide range of interfaces, including I2S, SPDIF-AES3, and various forms of TDM, which enhances its applicability in numerous digital audio scenarios. The design philosophy hinges on flexibility and adaptability, allowing users to tweak processing parameters at pre-synthesis to attain optimal performance for specific applications.
Designed for environments demanding high precision, the ASRC-Pro stands as a 24-bit multi-channel audio sample rate converter emphasizing immaculate audio quality. It is especially tailored for high-end audio processing, boasting an impressive -130 dB THD+N. This feature makes it ideal for studio applications where maintaining the integrity of the audio signal is paramount. Operating within the CWda52 context, this IP model provides versatile compatibility with various audio channel configurations, supporting 2, 4, 6, or 8 channels. The ultra-precise conversion process accommodates different input and output sample rates independently, allowing professionals to maintain exacting standards in varied digital audio environments. The availability of standard interfaces such as SPDIF-AES3, I2S, and TDM ensures that the ASRC-Pro can be seamlessly integrated into numerous audio processing setups. Leveraging digital conversion methodologies devoid of external components like PLLs, ASRC-Pro prioritizes flexibility and precision, accommodating engineering requirements from standard to custom project needs.
The ASRC-Lite-up offers a specialized take on audio sample rate conversion by focusing on upconversion tasks, making it a valuable resource for enhancing audio experiences in multi-channel systems. As part of Coreworks’ CWda53 line-up, this 16-bit converter brings a balance of efficiency and audio clarity to digital signal processing. Capable of handling multiple synchronized input channels, the ASRC-Lite-up ensures these are smoothly upconverted to the desired output sample rate. With a THD+N of -90 dB, this IP model provides high-quality audio outputs, suitable for both professional and consumer-level multimedia applications looking to enhance audio fidelity through upconversion technology. With support for interfaces like Parallel, Serial TDM, and the SPDIF-AES3, the ASRC-Lite-up is engineered for flexibility and precision, featuring adaptable clock domains for both input and output signals. This adjustment potential facilitates its integration into a wide assortment of electronic ecosystems, ensuring a tailored approach to digital audio processing needs.
The MPEG-1/2 - Layer I/II Audio Decoder offers advanced real-time decoding capabilities designed for crucial audio applications where synchronization and quality are vital. This decoder is part of the CWda75 line-up and is engineered for both FPGA and ASIC environments. Handling multiple audio streams with ease, the decoder ensures high performance with a focus on energy efficiency. Its architecture employs low-latency designs to synchronize audio outputs effectively, which is critical in both professional studio settings and consumer media devices. Supporting multiple audio format configurations, this decoder is adaptable to various applications, powered by Coreworks' Multimedia Platform. It provides potential for future upgrades, ensuring longevity and compatibility with emerging technologies in audio processing.
Designed for seamless real-time audio decoding, the AAC-LC and HE-AAC Audio Decoder from Coreworks delivers high-fidelity sound output across multiple platforms. Standing in the CWda73 framework, it supports a variety of audio streams, making it suitable for professional and consumer audio applications. Implementing this decoder ensures optimal sound quality, facilitated by the support for both AAC-LC and HE-AAC formats. Its real-time decoding capabilities guarantee synchronized output, essential for applications where audio clarity and timing are critical, such as media playback and streaming. Bolstered by Coreworks’ Multimedia Platform, this decoder offers low energy consumption while maximizing audio output quality. Its ability to integrate diverse stream configurations underlines its utility in dynamic audio processing environments, ensuring an adaptable solution that meets current and future audio processing demands.
Coreworks provides an AAC-LC and HE-AAC Audio Encoder designed for real-time audio encoding across diverse platforms. Capable of handling multiple audio streams, this encoder is optimized for both FPGA and ASIC environments, ensuring flexibility and robust performance for audio applications keen on high-quality sound delivery. Residing in the CWda72 framework, this encoder accommodates a wide array of audio formats, supporting varied channel numbers suitable for different user needs. The inclusion of a latency controller guarantees synchronized audio output, crucial for professional audio-video production chains, enhancing the listening experience with reduced delays. Engineered for low power consumption, this IP ensures efficient energy use without sacrificing audio fidelity. Its adaptability makes it appropriate for single or multiple audio stream configurations, supported by a customizable Multimedia Platform backbone, ensuring optimal application-specific performance.
For top-tier multi-channel audio applications, the ASRC-Premier by Coreworks is an advanced 20-bit asynchronous sample rate converter promising precision and high-performance in digital audio environments. Its remarkable -120 dB THD+N specification ensures high-fidelity sound reproduction, suitable for critical audio applications such as mastering and audio production studios. Integrated within the CWda54 specifications, ASRC-Premier provides robust support for synchronous input and asynchronous output, facilitating seamless transitions across various digital audio setups. Whether it is managing 2, 4, 6, or 8 channels, this version emphasizes flexibility and superior audio clarity. The use of several standard and customized interfaces, including SPDIF-AES3 and Serial TDM, enhances its integration capabilities across different platforms while ensuring quick adaptation to the varied audio processing demands. ASRC-Premier is adept at accommodating custom modifications pre-synthesis to match unique processing requirements, making it a valuable asset in audio precision technology.
The AAC-LC Audio Decoder is a specialized real-time decoding solution that caters to a variety of audio applications. Positioned within the CWda87 framework, it’s built for environments where preserving the integrity of audio signals is paramount. This decoder efficiently handles multiple audio streams, maintaining high-quality outputs while optimizing power consumption. Its compatibility with the AAC-LC format ensures it can be implemented across a wide range of devices, from consumer electronics to professional audio equipment. Integrated with Coreworks' Multimedia Platform, it offers enhancements in both performance and energy efficiency. Its design facilitates precise synchronization within audio-visual systems, ensuring reliable operation across diverse multimedia processing contexts.
The AAC-LC Audio Encoder is tailored for the comprehensive encoding of audio streams in real time, providing exceptional performance in low-complexity environments. Positioned within the CWda86 series, this encoder supports streamlined multi-channel processing, ideal for FPGA and ASIC setups. Its efficient design ensures minimal power consumption, an essential feature for devices aiming to optimize battery life while delivering high-quality audio. The encoder's versatility is bolstered by its capacity to handle a variety of channels and formats, promoting broad applicability across numerous audio contexts. Key to its design is the integration with the Multimedia Platform, enhancing performance while ensuring future upgrades remain accessible. The AAC-LC Audio Encoder supports robust synchronization mechanisms, enhancing its appeal for applications demanding precise audio-video integration.
Focused on stereo audio needs, the AAC-LC Stereo Audio Encoder offers top-notch real-time encoding for a diverse spectrum of audio applications. Built on Coreworks CWda84 platform, it brings together robust performance with streamlined energy use, ideal for consumer and professional audio devices. Supporting AAC-LC audio format, this encoder is designed for FPGA and ASIC implementation to ensure adaptability across varied electronic frameworks. Its real-time encoding capabilities ensure synchronized, high-quality sound output, perfect for applications like digital broadcasting and streaming services. The design's low-power profile is complemented by high efficiency in handling various stream configurations, making it well-suited for multi-channel environments. Integrated seamlessly into Coreworks' Multimedia Platform, it supports straightforward upgrades and integration, ensuring that the solution remains cost-effective and future-proof.
For comprehensive decoding solutions, the MPEG-1/2 + AAC Audio Decoders are engineered to support a multitude of audio formats in real-time, ensuring flexibility and high performance. Encompassed in Coreworks' CWda99 platform, these decoders are tailored for high-efficiency environments, meeting the demands of both professional and entertainment audio systems. These decoders provide seamless handling of multi-stream configurations, ensuring synchronized and high-fidelity sound output across various devices. The fusion of MPEG-1/2 formats with AAC decoding extends their usability across different application needs where speed and quality are non-negotiable. Built on Coreworks' innovative Multimedia Platform, the decoders optimize power consumption while providing scalable solutions suitable for FPGA and ASIC environments. Their design accommodates future upgrades, maintaining relevance with evolving technology trends in audio processing.
This MPEG-1/2 - Layer I/II Audio Encoder is a sophisticated IP core dedicated to the real-time encoding of audio streams tailored for quality-centric applications. Integrated within the CWda74 framework, it supports various stream types, ideally structured for FPGA and ASIC platforms. This encoder handles multiple streams efficiently, offering a flexible encoding process that accommodates an array of channel configurations. Its low-frequency power architecture ensures minimal energy consumption while maintaining top-tier audio integrity, vital for both broadcasting and consumer electronics. Supporting a wide variety of audio formats, this encoder utilizes a proprietary customizable infrastructure to ensure superb audio delivery. The latency controller is a key feature, ensuring perfect synchronization for high-demand applications such as professional studio environments, which require precise audio synchronization with video inputs.
The SPDIF-Rx-Pro from Coreworks is a highly configurable audio interface dedicated to SPDIF-AES3 receiver functions. Designed for environments demanding flexibility, this IP supports multi-channel audio reception and is integrated seamlessly within various digital audio frameworks. Built under the banner of the CWda14 platform, the SPDIF-Rx-Pro provides robust interfaces including support for AMBA bus standards and simple parallel connections. This IP module is designed with a full digital layout, eliminating the need for PLLs and other external analog components, thereby reducing complexity and enhancing integration. The SPDIF-Rx-Pro is optimized for low-power operation, providing an efficient solution for real-time digital audio data acquisition. Its configurability for multi-channel setups makes it apt for dynamic audio processing systems, supporting both consumer and professional applications where SPDIF signal integrity is crucial.
Coreworks presents the I2S/TDM-Rx+Tx-Pro, an innovative IP core that facilitates both receiving and transmitting of digital audio signals across I2S and TDM protocols. Positioned within the CWda26 configuration, this transceiver unifies the capabilities of both receiving and transmitting operations into a single efficient module. It offers broad support for standardized interfaces including AMBA and parallel, extending its application across a variety of digital systems. Embedded with purely digital designs, the transceiver frees the necessity for analog components, thus easing deployment and reducing overall system complexity. Executing seamless bi-directional data transfer in real-time, the I2S/TDM-Rx+Tx-Pro is adept for comprehensive audio setups, delivering exceptional quality and synchronization. Applicable across FPGA and ASIC frameworks, it is invaluable for complex audio processing scenarios where dual audio functions are required.
The I2S/TDM-Rx-Pro offers a configurable solution for multi-channel audio receiving, harnessing I2S and TDM technologies to interface with digital audio networks. Rooted in the CWda18 series, this IP core supports complex audio stream reception with supreme clarity. This receiver core is designed to support AMBA and parallel interfaces, extending its viability across various system architectures. A hallmark of its design is the complete reliance on digital circuits, eliminating the need for analog components which simplifies integration and enhances reliability. The I2S/TDM-Rx-Pro efficiently handles audio data across multiple channels, boasting real-time operation capabilities that ensure synchronization and quality. It presents an ideal choice for professionals seeking to establish robust audio interfacing solutions in both FPGA and ASIC applications, where flexibility and compatibility are key.
Geared towards the precise transmission of digital audio, the I2S/TDM-Tx-Pro by Coreworks manages multi-channel sound with efficiency, employing versatile I2S and TDM protocols. As part of the CWda19 suite, it is especially adept for environments requiring high-caliber digital sound delivery. The IP core fully supports AMBA and standard parallel interfaces, assuring seamless adaptation to existing digital architectures. This streamlined approach negates the need for analog components, promoting ease of use and minimizing integration costs. With the capacity for high-fidelity audio transmission in real-time, the I2S/TDM-Tx-Pro serves as a resilient IP solution for both commercial and professional setups. FGPA and ASIC platforms can harness its capabilities to boost performance where precise audio transport and interoperability are paramount.
Designed to meet the versatile needs of audio transmission, the SPDIF-Tx-Pro by Coreworks handles configurable transmission across SPDIF-AES3 standards. Part of the CWda15 grouping, this IP provides robust transmission capabilities suitable for digital audio signal transportation. Engineered with a fully digital design, the SPDIF-Tx-Pro is devoid of external analog elements like oscillators, thus enhancing signal fidelity and network integration. Its support for standardized interfaces such as AMBA makes it adaptive to a vast range of systems, ensuring synchronization between transport streams. Committed to high efficiency, the SPDIF-Tx-Pro excels in low-power applications across both FPGA and ASIC landscapes. It facilitates seamless integration into multimedia processing frameworks, proving indispensable in scenarios demanding precise and reliable audio signal delivery.
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