English
You are here:
MPEG-1/2 - Layer I/II Audio Encoder
The MPEG-1/2 – Layer I/II Audio Encoder (CWda74) is an audio IP core for encoding one audio stream in real-time.
This core contains the MPEG-1/2 – Layer I/II encoder software and the Coreworks processor based hardware audio engine platform (CWda1011).
The software is compiled into an image file (.bin) which can be automatically boot-loaded through one of the control interfaces (parallel AMBA APB or serial SPI) and run on the audio engine platform with simple parameters setting.
The program can be configured, controlled and monitored by means of a configuration, control, and status register file, accessed by the control interfaces.
The audio input and output interfaces uses a native parallel interface. Other standard audio interfaces, such as I2S/TDM and SPDIF are also available.
The interface to the external memory can be one of the following: AMBA AXI (for ASICs or Xilinx FPGAs), Avalon (for Altera FPGAs) or MIG (for Xilinx FPGAs).
The CWda1011 platform is an instance of the generic CWdaXYZ audio engine platform. Other platforms are available for a different number of audio channels (from 2 channels, up to 32 channels). Please contact us to select the best solution for your requirements.
This core contains the MPEG-1/2 – Layer I/II encoder software and the Coreworks processor based hardware audio engine platform (CWda1011).
The software is compiled into an image file (.bin) which can be automatically boot-loaded through one of the control interfaces (parallel AMBA APB or serial SPI) and run on the audio engine platform with simple parameters setting.
The program can be configured, controlled and monitored by means of a configuration, control, and status register file, accessed by the control interfaces.
The audio input and output interfaces uses a native parallel interface. Other standard audio interfaces, such as I2S/TDM and SPDIF are also available.
The interface to the external memory can be one of the following: AMBA AXI (for ASICs or Xilinx FPGAs), Avalon (for Altera FPGAs) or MIG (for Xilinx FPGAs).
The CWda1011 platform is an instance of the generic CWdaXYZ audio engine platform. Other platforms are available for a different number of audio channels (from 2 channels, up to 32 channels). Please contact us to select the best solution for your requirements.
Features
- MPEG-1/2 - Layer I/II encoders are compliant
- with ISO/IEC 11172-3 and 13818-3 audio standards, using Fraunhofer IIS high quality software
- Supported channel modes: mono, dual mono, stereo, and joint stereo
- Supported sampling rates: 16, 22.05, 24, 32, 44.1 and 48 kHz
- 16 to 24-bit input audio resolution
- Requires 300 kB of external memory
- Configurable output latency useful to synchronize with other sources (e.g. video)
- Minimum latency: 1 frame
- Software interface protocol for control, configuration and monitoring
- Parameter change while muting or repeating one frame
- Real time operation @75 MHz
Benefits
- Low operation frequency
- Low power consumption
- Optimizable to fulfill different design specifications
Deliverables
- Program binary
- Software manual
- Netlist or RTL
- Implementation constraints
- Hardware datasheet
- Simulation environment or evaluation board (optional)
Block Diagram of the MPEG-1/2 - Layer I/II Audio Encoder
View MPEG-1/2 - Layer I/II Audio Encoder full description to...
- see the entire MPEG-1/2 - Layer I/II Audio Encoder datasheet
- get in contact with MPEG-1/2 - Layer I/II Audio Encoder Supplier
Audio
- Tensilica HiFi 5 DSP for AI Speech and Audio Processing
- Multifunctional DSP Architecture for High-Performance, Low-Power Audio/Voice/Sensing and Wireless Communication Applications
- High performance, energy efficient 3-issue, quad-mac superscalar DSP core for HD Audio applications based on fourth generation ZSP architecture
- 24bit Audio ADC/24bit Video DAC
- 100 dB of SNR, 24-bit stereo audio CODEC with 8 ADC paths, an embedded regulator and headphone/line-out driver
- Tiny, energy efficient MCU+DSP based on fifth generation ZSP architecture for IoT, Connectivity, Voice, Speech recognition, Sensor control, Audio or any control/dsp applications.