The STAC9271D5T48E-CA2 is a high-performance audio codec manufactured by IDT (Integrated Device Technology), designed for a wide range of audio applications. It is known for its high fidelity, low power consumption, and comprehensive feature set, making it suitable for both professional and consumer audio devices. The codec supports multiple channels of audio input and output, offering flexibility in system design.

Applications:

• High-end desktop PCs
• Gaming laptops
• Professional audio workstations
• Home theater systems
• Audio recording interfaces

Features:

• 24-bit audio resolution
• Sampling rates up to 192 kHz
• Multiple analog inputs and outputs
• Integrated headphone amplifier with automatic impedance detection
• Built-in microphone preamplifier with adjustable gain
• Support for S/PDIF digital audio interface
• Advanced power management for energy efficiency
• I2S/PCM interface for flexible audio connectivity

Benefits:

• Exceptional audio quality for an immersive listening and recording experience
• Versatile connectivity options for various audio devices and interfaces
• Optimized power consumption for longer battery life in portable devices
• Simplified system design with integrated components
• Enhanced microphone performance for clear voice communication and recording

Additional Details:

The STAC9271D5T48E-CA2 offers a wide range of configuration options to tailor its performance to specific application requirements. The integrated headphone amplifier features automatic impedance detection, ensuring optimal audio performance with different headphone types. The built-in microphone preamplifier provides adjustable gain settings, allowing for precise control over microphone sensitivity. The codec supports both S/PDIF and I2S/PCM digital audio interfaces, providing flexible connectivity options. The advanced power management features minimize power consumption, making it suitable for battery-powered applications. This codec is designed to meet the high-performance audio demands of modern computing devices and audio systems.