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ASRC-Lite is a versatile 16-bit multi-channel audio sample rate converter known for its efficient performance with a total harmonic distortion plus noise (THD+N) of -90dB. This highly effective solution is optimal for handling multiple audio channels in digital audio systems. The design uses a dual clock setup where one clock aligns with the input signal, and another matches the output, supporting asynchronous conversion. Supporting a wide array of interfaces like Parallel, I2S, and SDPIF-AES3, the ASRC-Lite stands out for its flexibility. It allows seamless integration into existing audio systems, ensuring compatibility and easy adaptation. The audio channels are processed independently, facilitating the mix and matching of input and output sample rates as needed, without introducing unwanted artifacts. Designed for ease of installation and operational efficiency, the ASRC-Lite requires minimal power and silicon area, making it an ideal choice for cost-sensitive consumer products. Its ability to perform conversions asynchronously ensures that systems containing varied audio equipment can effectively communicate without being limited to a single sample rate. Overall, ASRC-Lite delivers a simple, yet robust solution for audio signal processing.
ASRC-Pro is a high-end 24-bit multi-channel audio sample rate converter designed to offer exceptional clarity with a THD+N of -130dB. This premium IP core is tailored for professional audio systems where quality is paramount. It provides a robust solution for systems that require sophisticated audio handling across multiple channels. The ASRC-Pro supports asynchronous conversion, using dedicated input and output clock signals to operate independently. This allows it to manage varying sample rates seamlessly, making it a vital component for audio equipment needing precise synchronization without adjusting their internal clocks. With compatibility for varied interfaces, including Parallel TDM and SDPIF-AES3, it can be effortlessly integrated into diverse audio setups. Its efficient digital architecture ensures that it operates effectively with minimal resource utilization, providing exceptional performance in a compact footprint.
ASRC-Lite-up is engineered to elevate the capabilities of audio systems through its advanced 16-bit multi-channel audio sample rate up-converter functionality, maintaining a THD+N of -90dB. This component is specifically designed to enhance audio streaming for consumer applications, allowing systems to upscale audio signals efficiently. This IP core works asynchronously, permitting individual processing of each audio channel, thus enabling precise up-conversion to align with higher sample rate requirements. The flexibility extends to integration, as it supports a range of common audio interfaces, facilitating its deployment in diverse signal processing environments. The lightweight architecture of ASRC-Lite-up ensures low power consumption, making it a cost-effective choice without compromise on performance. It is ideal for applications that seek to improve audio clarity and detail without major systemic overhauls, providing a smooth and seamless upgrade path for existing installations.
This AAC-LC and HE-AAC Audio Encoder IP core is engineered for real-time audio encoding in both ASICs and FPGAs, accommodating multi-stream and multi-format architectures. Its design supports AAC-LC and HE-AAC formats, ensuring high compatibility with a wide range of consumer and professional audio applications. The encoder is structured to consume minimal power while maintaining excellent audio quality, optimizing the balance between performance and resource utilization. It facilitates encoding with various channel configurations, offering flexibility to adapt to different system needs and ensuring consistently high output quality even under demanding conditions. A defining feature of this encoder is its ability to process multiple audio streams concurrently, which is crucial for applications that need to handle a substantial volume of audio data in real-time. Coupled with its compact design and efficient processing, this encoder is a strategic asset for resource-sensitive environments.
Designed for real-time decoding, the AAC-LC and HE-AAC Audio Decoder supports both AAC-LC and HE-AAC formats, responding to the growing demands for high-definition audio experiences. Its architecture ensures efficient data handling with minimal power usage, maintaining fidelity across various platforms. Providing robust functionality in both ASICs and FPGAs, this decoder manages multiple channel architectures smoothly, aligning with diverse audio systems' needs. It stands out for its ability to decode multiple streams concurrently, making it invaluable for applications that require synchronized audio processing. The decoder's effectiveness in delivering uncompromised audio quality while optimizing resource use makes it a compelling choice for environments focused on superior sound reproduction and low energy profiles, enhancing the overall audio experience in consumer and professional devices alike.
The AAC-LC Audio Decoder focuses on providing crystal clear sound quality by decoding AAC-LC audio streams efficiently. It ensures that each audio channel retains its integrity throughout the decoding process, delivering an impressive listening experience. This IP core is designed to integrate across multiple hardware platforms seamlessly, such as ASICs and FPGAs. Its ability to support various channel configurations makes it a versatile component in audio systems requiring robust AAC-LC decoding. By balancing powerful performance with low power consumption, the AAC-LC Audio Decoder is ideal for applications where energy efficiency and high-definition audio output are crucial. It guarantees reliability, making it indispensable for systems demanding superior audio reproduction.
ASRC-Premier offers superior audio processing with a bit depth of 20-bit and a THD+N of -120dB. This sophisticated sample rate converter supports multi-channel audio, making it optimal for systems that demand high fidelity and digital sound quality. The design facilitates asynchronous operations, ensuring audio sources with different sample rates can be aligned accurately. It supports multiple audio formats and protocols, including SPDIF-AES3 and Parallel TDM, which makes it adaptable for extensive professional audio use cases. This IP core combines high performance with energy efficiency, focusing on effectively using computational resources. Its integration flexibility and robust conversion capabilities make it an exceptional choice for advanced audio systems that require top-tier processing with minimal overhead.
The MPEG-1/2 - Layer I/II Audio Decoder specializes in decoding audio streams with precision across various digital platforms. It is crafted to handle the complexities of MPEG-1/2 formats, ensuring that the audio quality remains uncompromised throughout the process. This IP core is designed for integration into systems that require expansive format compatibility and the ability to manage multi-channel operations efficiently. Its real-time capabilities make it advantageous for applications seeking rapid data decoding without additional overhead. Alongside its performance efficiency, the decoder's energy-saving design reduces power consumption, making it an asset for devices prioritizing both efficiency and quality. Its versatility ensures suitability for a broad range of audio-based applications seeking reliable and rapid decoding capabilities.
MPEG-1/2 + AAC Audio Decoders IP combines cutting-edge technology to decode both MPEG and AAC audio streams. Designed for real-time applications, these decoders ensure smooth playback and high-quality audio reproduction across varying system platforms. Harnessing advanced decoding methodologies, this IP core can handle diverse audio formats with accuracy, supporting broad compatibility for consumer electronics and professional audio devices. Its real-time capabilities allow for the handling of multi-stream environments without energy waste. This versatile decoder is optimized to deliver spectacular audio integrity, making it a preferred choice for systems where superior performance and energy saving are equally demanded. It's perfectly suited for media playback, broadcast, and other high-stakes environments requiring meticulous audio handling.
The AAC-LC Audio Encoder is designed to provide comprehensive encoding solutions for audio applications requiring AAC-LC format compatibility. Targeting real-time encoding, this IP core is crafted to handle multiple audio streams efficiently, ensuring high performance while keeping power consumption low. Its adaptable design allows for deployment across diverse hardware platforms, including ASIC and FPGA implementations, offering flexibility in addressing varied audio system needs. The ability to manage multiple channels under different configurations augments its utility in professional settings. Core to its design is a focus on delivering high-quality audio efficiency, balancing computational demands with energy efficiency. This encoder ensures reliable performance for developers seeking a robust solution for AAC-LC audio encoding.
The MPEG-1/2 - Layer I/II Audio Encoder IP provides streamlined encoding capabilities for digital audio systems, compatible with a multitude of audio applications ranging from broadcasting to customized sound design. Supporting MPEG-1/2 Layer I/II, this encoder is designed to offer top performance with minimal power usage. This IP core integrates seamlessly into both ASIC and FPGA frameworks, providing adaptive support across different hardware configurations. Its real-time processing ability makes it a reliable choice for encoding tasks that demand quick and efficient data handling without sacrificing quality. Purposefully architected to manage varied channel operations smoothly, this encoder prides itself on flexibility and precision. Its emphasis on efficient resource use, combined with robust encoding quality, makes it particularly appealing for applications targeting high-efficiency audio solutions.
The AAC-LC Stereo Audio Encoder specializes in encoding stereo audio streams efficiently, enhancing sound quality while maintaining low power consumption. Compatible with AAC-LC formats, this IP core is optimal for systems that require high-fidelity stereo audio with minimal energy expenditure. Designed for application in both ASICs and FPGAs, it seamlessly integrates into established workflows, supporting real-time audio stream encoding. The focus on stereo channels ensures that users can achieve high-quality audio reproduction in their systems. This encoder's streamlined architecture enables it to deliver optimal performance with reduced silicon usage, making it an excellent fit for devices where space and power consumption are at a premium. Its precision and reliability further add to its suitability for demanding audio applications.
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