ATSAM9753
ATSAM9753 is Integrated Digital Music Instrument manufactured by Atmel.
Features
- Interfaces Directly to Instrument Hardware
- Keyboard Velocity Scanner (Up to 88 Keys, 64 µs Time Accuracy, Log Timescale)
- Switch Scanner (Up to 176 Switches)
- LED Display Controller (Up to 88 LEDs)
- Slider Scanner (Built-in ADC, Up to 16 Sliders)
- LCD Display (8-bit Interface)
- Crisp Musical Response
- 45 MHz Built-in 16-bit Microcontroller
- Interface with Keyboard/Switches through Built-in Shared Memory
- High-quality Sound
- 64-slot Digital Sound Synthesizer/Processor
- Multi-algorithm: PCM with Dynamic LP Filter, FM, Delay Lines for Effects, Equalizer, Surround, Digital Audio-in Processing ..
- patible with ATSAM97xx Sounds and Firmware
- 44.1 k Hz Sampling Rate
- Up to 16 MB x 16 ROM/RAM for Firmware, Orchestration and PCM Data
- Up to 4 Channels Audio-out, 2 Channels Audio-in
- Top Technology
- 144-lead TQFP Space-saving Package
- Single 11.2896 MHz Crystal Operation, Built-in PLL Minimizes RFI
- Available Soundbanks for General MIDI®(GM)(1)or High-quality Piano
- Clean Wave® 1-Mbyte and 4-Mbyte Sample Sets (Free License)
- High-quality 2-Mbyte Piano and Strings Sample Sets
- Other Sample Sets Available Under Special Licensing Conditions
- Quick Time-to-market
- Proven Reliable Synthesis Drivers
- In-circuit Emulation with Code View Debugger for Easy Prototype Development
- Built-in External Flash Programming Algorithm, Allows On-board Flash Programming
- All Existing ATSAM97xx Tools Available for Sound and Sound-bank Development Note: 1. General MIDI requires a license from Midi Manufacturers Association.
Sound Synthesis ATSAM9753 Integrated Digital Music Instrument
Description
The ATSAM9753 integrates into a single chip an ATSAM97xx core (64-slot DSP and 16-bit processor), a 32K x 16 RAM, an LCD display interface and a scanner, allowing direct connection to velocity-sensitive keyboards, switches, LEDs and sliders. With the addition of a single external ROM or Flash and a stereo DAC, a plete low-cost musical instrument can be built that...