DEVELOPMENT BOARDS

  • AUD-HR-2 device
  • XEF216-512-TQ128 device
  • 16 logical cores, up to 2000MIPS 512KB SRAM
  • High speed USB interface
  • 10/100/1000 Mbps Ethernet interface
  • 53 high speed GPIO
  • 3D Accelerometer and Magnetometer
  • Six servo interfaces
  • Powered from USB micro-B connectors
  • Up to 32 channel processing
  • 8-channel analog input and output
  • S/PDIF optical/coaxial optical input and output
  • ADAT input and output
  • MIDI input and output
  • USB compliant device
  • Bit perfect USB audio and networked audio transfer
  • 10/100/1000Mbit Ethernet connectivity
  • XS1-U6 processor: 500 MIPS, 6 cores,integrated USB 2.0 PHY
  • USB B socket
  • USB or externally powered
  • Stereo line-level analogue audio output: PCM up to 192kHz at 24bits; DSD64 & DSD128
  • Stereo line-level analogue audio input: PCM up to 192kHz at 24bits
  • Coax S/PDIF output
  • Local crystal based audio clocking
  • MIDI input and output
  • Built on the 500 MIPS, 6 core, XS1-U6 processor with integrated High Speed USB 2.0
  • Complete software reference design
  • 4ch audio input via I2S
  • 4ch audio output via I2S
  • Optical digital audio output (S/PDIF)
  • Bit perfect digital audio data, 24-bit @ 192kHz
  • Supports standard sample rates - 44.1kHz, 48kHz, 88.2kHz, 96kHz, 176.4kHz, 192kHz
  • USB bus-powered. No external power supply required
  • Low jitter audio master clocks using asynchronous USB synchronization
  • Complete software reference design
  • 8 channel analog input, 8 channel analog output
  • S/PDIF or ADAT input and output<?li>
  • MIDI input and output
  • 18in/8out digital audio mixer
  • Asynchronous Isochronous from host and adaptive Isochronous to host
  • Bit perfect digital audio data, PCM ≤192kHz at 16, 24 or 32bits
  • Low jitter audio master clocks using asynchronous USB synchronization
  • USB endpoints use the asynchronous synchronization mode to allow an external low jitter audio master clock to be used
  • USB bus-powered or self-powered
  • Built on the 1000MIPS, 16 cores, XS1-U16-128 multicore microcontroller
  • 16-core XS1-L16-128 device
  • Stereo analog audio in/out via 3.5mm jack or RCA sockets
  • Up to 8 channels via I2S headers
  • High quality clock recovery with PLL
  • GPIO for buttons/LEDs
  • Expansion header with 12 spare I/O available
  • 2x XP-SKC-L2 core board
  • 2x XA-SK-AUDIO-PLL
  • 4x XA-SK-E100
  • 2x XA-XTAG2, 2x XA-SK-XTAG2, 2x PSU (12V 2.5A)
  • USB/Ethernet extension cables
  • Supports XMOS AVB reference design software
  • Communications: EtherCAT slave
  • Control board: SOMANET CORE C22 (2 x XS1-L16 devices)
  • Motor IFM: 120W, 3 phase, 8-24V DC
  • Sensor type: Hall sensor only
  • Motor: Moons 42BL30L2-5; (30W, 5000RPM, 24V)
  • Assembled size: 50 x 40 x 15 mm (excluding motor)
  • Synapticon software modules
  • Communications: EtherCAT slave
  • Control board: SOMANET CORE C22 (2 x XS1-L16 devices)
  • Motor IFM: 120W, 3 phase, 8-24V DC
  • Sensor type: Quadrature encoder and Hall
  • Motor: Nanotec DB42S03 (26W, 4000RPM, 24V)
  • Assembled size: 50 x 40 x 15 mm (excluding motor)
  • Synapticon software modules
  • xCORE-Analog 8-core device with integrated debugger
  • PCIe connector for sliceCARD add-on boards
  • 0.1" header compatible with Raspberry PI
  • Two 4-zone cap sense sliders
  • 3x3 LED matrix; 2 additional LEDs; Push-button switch
  • 4 ADC inputs
  • 256KB SPI Flash
  • 500 MIPS multicore microcontroller: 8 xCORE logical cores - one dedicated to xCORE/ARM bridge
  • ARM Cortex-M3 processor
  • 192KB RAM (xCORE:64KB, ARM:128KB); 1024KB flash
  • Digital and analog GPIO, and peripherals, accessible on headers for maximum flexibility
  • On-board xCORE xTAG debugger: 1.25 MSPS application data capture; xCORE-XA IC dynamic power monitoring; 10Mbps JTAG debug
  • Onboard SEGGER J-Link Cortex-M: GDB server; 6 hardware breakpoints; Up to 1MB/second download speed; Up to 15MHz debug interface
  • Real-time power monitoring
  • 16 core xCORE-USB multicore microcontroller
  • USB A/B sliceCARD
  • Mixed Signal sliceCARD
  • xTAG-2 debug adaptor and PSU

The following sliceCARDS are compatible with xCORE-USB sliceKIT. See the sliceKIT Selector Sheet for details.

Audio | Ethernet | GPIO | IS-BUS | LCD | MultiUART | SDRAM | WiFi
  • 16 core xCORE multicore microcontroller
  • GPIO sliceCARD
  • Ethernet sliceCARD
  • xTAG2 debug adaptor, JTAG adaptor, PSU

The following sliceCARDS are compatible with xCORE-General Purpose sliceKIT. See the sliceKIT Selector Sheet for details:

Audio | Ethernet | GPIO | IS-BUS | LCD | MultiUART | SDRAM | WiFi | xCORE General Purpose sliceKIT Core Board
  • 16-core, 1000MIPS, xCORE-Analog multicore microcontroller
  • Five I/O slots for sliceCARDs (up to four can be used simultaneously)
  • Four digital slots and one mixed signal slot for I/O sliceCARDs
  • Mixed Signal sliceCARD
  • 10/100 Ethernet sliceCARD

The following sliceCARDS are compatible with xCORE-Analog sliceKIT. See the sliceKIT Selector Sheet for details:

Audio | Ethernet | GPIO | IS-BUS | LCD | MultiUART | SDRAM | WiFi
  • High speed, low latency bridge between USB on the host and fast JTAG connection on the target
  • Debug stub executed on the adapter
  • Lightning quick debug functions, such as single stepping

  • Analog header with 4-channel analog inputs
  • xSYS header for 2-channel digital inputs
  • Fully compatible with xTAG-2/xTAG-3
  • Dynamic power monitoring
  • Multi-state LEDs for easier application debugging
  • Context sensitive button to interrupt or reset a system
  • USB-powered, based on XS1-U6A-64 device
  • High quality metal enclosure