NAP1
NAP1 is a breakthrough in miniaturization and audio performance: a comprehensive audio system driven by a powerful multi-core application processor with on board memory, and power circuitry - all in a module half the size of a business card. NAP1 is designed to integrate networking, processing, and audio functions to enable a wide range of applications, from current products to totally new concepts.
Features
- Faster Development
With complete Linux and SHARC DSP environments, memory, DSP processing blocks and audio & control applications configured, your team can focus on features and acoustics.
- Audio-over-IP Built In
NAP1 has Dante and AES67 fully integrated and available to change at boot up. With its flexibility, new AoIP will be available in the future.
- Robust DSP Performance
Analog Devices ADSP-SC598 SoC with accompanying 8Gbit DDR3 memory, asynchronous sample rate converters and FIR filter accelerators provide a powerful yet flexible audio processing platform.
- Pre-Certified for Decoding
NAP1 has been certified for decoding a wide range of audio formats: Dolby Atmos, DTS/DTS:X (including IMAX Enhanced), MPEG-H, MPEG-4 AAC, Sony 360RA and Auro3D.
Specs
Processing, Memory & Networking
- Analog Devices ADSP-SC598 System on Chip
- Dual SHARC+ Cores up to 1 GHz
- ARM A55 Core @ 1 GHz
- DDR3 Memory (8 Gbit)
- SPI Flash Quad (SPI2) Memory (1 Gbit)
- Gigabit Ethernet PHY
GPIO & Other Interfaces
- Up to 64 ch I2S/TDM + 2 x S/PDIF Receive/Transmit
- 3 × UART, 1 × I2C, 1 × SPI, 1x QSPI, 2 x PWM
- 1 × ePPI (supporting (TFT) LCD panels)
- 1 × USB 2.0 HS OTG Controller (Requires EXT. PHY)
- 1 × Debug Interface (JTAG)
Audio Formats
- Immersive Audio: Dolby Atmos, DTS/DTS:X (including IMAX Enhanced), MPEG-H, MPEG-4 AAC, Sony 360RA, Auro 3D.
- Audio-over-IP: Dante DEP (Up to 16X16), AES67 (Up to 64X64)
- USB Audio
Extended Capabilities
- Telemetry and Remote Control via Dante Director
- AES70
- Failsafe FW Update Mechanism
- RESTful API for device telemetry and control
“This module dramatically simplifies and shortens the traditional process of integrating processing, memory, DSP, and audio components and setting up the software stack for audio applications and DSP. Customers can spend time on innovation and their differentiators rather than setting up the processing core of their products.”
Albert Yong
Vice President of Audio/OEM at Elytone
Applications
HDMI Dolby Atmos decoding
TBC application example. This will be a short paragraph explaining an application that relies on NAP1 to enable the key features of the application.
- Function 1
- Function 2
- Function 3
Digital audio network with DSP control
TBC application example. This will be a short paragraph explaining an application that relies on NAP1 to enable the key features of the application.
- Function 1
- Function 2
- Function 3
Universal bridging
TBC application example. This will be a short paragraph explaining an application that relies on NAP1 to enable the key features of the application.
- Function 1
- Function 2
- Function 3
