SnoR20M16V3 Alorium

TM Arduino-Compatible FPGA Development Board Introducing Sn Bring your projects from prototype to production with Sn an Arduino- compatible FPGA development board in a compact footprint. The FPGA provides a recongurable hardware platform that hosts an ATmega328 instruction set compatible microcontroller. The FPGA also provides the ability to implement custom logic that accelerates specic functionality that is slow, problematic or even impossible for an 8-bit microcontroller. A compact footprint and Arduino compatibility make it perfect for tting into nal projects Sn Advantages Programmable with Arduino FPGA Performance Compact Footprint Rapidly develop your software Boost the speed and Integrate Sn as a compact yet code and even upload custom performance of your project powerful embedded System on FPGA functionality using the free through FPGA powered Module (SoM) for your development and exible Arduino IDE. acceleration and ooad. project or nal product. Xcelerator Blocks An Xcelerator Block (XB) is an optimized hardware implementation of a unique processor-intensive function. Basically, an XB is a custom piece of hardware, implemented on the same FPGA fabric and tightly integrated with the microcontroller. XBs can access the same register space and even integrate with the instructions of the microcontroller. Available XBs XB Roadmap Sn ships with pre-installed XBs that target Future XBs will be implemented based on feedback application-specic behavior, and the board can from early adopters and new potential customers. be eld-updated to change the XBs implemented on the FPGA. Additional XBs on our roadmap: Proportional-Integral-Derivative (PID) control The default Sn conguration will include XBs for: Event Counters and Timers Quadrature Pulse Width Modulation (PWM) Floating Point Math Multiple UARTS Servo Control NeoPixel Control Enhanced Analog-to-Digital FunctionalityTM User-Created Xcelerator Blocks To use the USB port you will need a high power external 3.3V FTDI board connected to these pins on the Sn: TX/RX/DTR/3.3V/GND. For advanced users, there is a JTAG footprint on the board allowing a JTAG programmer to talk to the FPGA directly. The microcontroller core that we have developed has been designed to be easily extendable, and Alorium Technology has developed a support model for users who want to create their own XBs and interface to the on-chip microcontroller. Sn Top View OpenXLR8 has been created to allow Sn users to develop their own custom XBs and integrate them into the FPGA. This allows developers procient with Verilog or VHDL and Intels Quartus Prime software to create their own XBs. The skys the limit on what can be done, and the XBs created this way can be shared with the rest of the XLR8 and Sn community. Technical Specs Physical Dimensions Specication Table .7 inches x 1.7 inches Sn Part Number SnoR20M16V3 Digital I/O FPGA Intel MAX 10* 3.3V inputs 3.3V outputs Embedded ATmega328- Microcontroller Compatible Analog Inputs Operating Voltage 3.3V 3.3V ADC Performance: 1 MHz Input Voltage 4-16V Resolution: 12-bit sustained 32 Dedicated Sample Rate: 254k samples/second Digital I/O Pins 6 Shared w/ Analog Logic Elements 16K Analog Input Pins 6 Program FLASH 32 KB SRAM 2 KB Clock Speed 16/32 MHz *FPGA Part Number: 10M16SAU169C8G Contact Alorium Technology 715.575.3150 www.AloriumTech.com