Evaluation and learning kit for SCI-Compiler
- Beginners’ kit to learn how to easily program an open FPGA
- Powered by SCI-Compiler, the block-diagram-based firmware generator and compiler for CAEN programmable boards
- Automatic VHDL code generation starting from logic blocks and virtual instruments
- Very simple generation of complex online pulse processing: schematics-based design
- Hardware included for custom pulse processing firmware testing
- Ideal for non-expert firmware programmer
- Advanced signal processing blocks like PHA based on Trapezoidal Filter, Charge Integration, Oscilloscope, ….
- Automatic generation of drivers, libraries and demo software
- 2 channel, 65MS/s 12 bit, Open FPGA ADC unit included
SCI-Compiler SMART (SCISMART) is a hardware + software kit for non-expert users who are approaching the open FPGA programming.
We introduce them to an innovative method to simplify the firmware development using SCI-Compiler software, a block-diagram-based programming interface consisting of a prebuilt set of functions (for example oscilloscope, TDC, MCA, charge integration, etc.) specifically developed for physics/engineering applications. Placing and interconnecting the available blocks on a diagram, SCI-Compiler is able to automatically generate a VHDL piece of code that implements the required function and deploy it to the FPGA. In this way, even a non-expert user can write his own firmware code without having any knowledge of the VHDL/Verilog programming language.
SCI-Compiler SMART is composed of a SCI-Compiler license and a basic hardware (DT1260 unit), designed for the exact purpose of evaluating the software and learning how to design custom firmware using the block diagram method. It includes:
- 1x DT1260, 2 Channel, 65 MS/s, 12 bit ADC unit with Open FPGA
- 1x SCI-Compiler Lite license working with the DT1260 unit only
The kit allows to develop both FPGA firmware for custom digital pulse processing and software application for data readout, using the generated libraries. It is therefore possible to access registers of the DT1260 and transfer data to the PC in list, waveform or user-customizable format.
A basic, ready-to-use default firmware and readout software is provided for free and open source. The default firmware manages the basic waveform digitization and Pulse Height Analysis. The user can take advantages of examples firmware diagram available in SCI-Compiler, in order to start learning how to program the FPGA and take confidence with the software.
A complete set of tools!
SCI-Compiler comes with 100+ virtual blocks that works exactly as real laboratory instrumentation.
Control Digital and Analog Input/Output of the hardware devices.
A rich library that contains coincidence logic, boolean functions, Gate and Delay, counters, timers, scaler, frequency meters, array of bit manipulation.
Probe signals of each acquiring channel, even in the middle of the processing chain.
Online image processing capabilities for medical applications, astronomy and high energy physics.
Trapezoidal filter allows to achieve the optimum resolution on HpGE and PMT detectors.
Energy/Time Spectrum can be calculated onboard. Online spectrum allows readout thousands of channels per second.
TDC AND TIMESTAMPING
Timestamp events with 2 ns resolution and calculate TOT. Digital CFD increase 10x the timing resolution on analog signals.
Pulse Shape Discrimination algorithm to allows for particle identification.
High pass and Low pass real-time filter can be combined to emulate a traditional analog shaping chain.
Form Factor 72x22x84 mm3 (WxHxD) Desktop
- POWER CONSUMPTION 0.3
0.3 A @ 5 V (Typ.), power over USB
- ANALOG INPUT
2 single-ended inputConnector
Bandwidth (-3 dB)
Max. dynamic range : 25 MHz
Small amplitude (200 mV): 30 MHzInput impedance
1 kΩ / 50 Ω jumper selectableNoise Level
1 LSB rms, 3 LSB p-p
Full Scale Range
Programmable [0:4096] LSB
Non-linearity < 0.15%
Minimum offset 0 corresponds to
values in the range [50:100] LSB
- DIGITAL I/Os
2 general purpose programmable digital
2 x LEMO
1 kΩ / 50 Ω jumper selectable
25MHz IN, 32 MHz out
- DIGITAL CONVERSION
65 MS/s Simultaneously on each channel
FPGA onchip memory
200 Kbytes of fast FPGA memory.
Memory can be arbitrary partitioned for
specific task using SciCompiler.
Example: 2 channel, 12 bit resolution
waveform digitizer → 32 ksamples per
channel memory depth use about the 65
% of available memory
FPGA onchip memory user available
> 95% of total onchip memory
Internal (default firmware): managed by the default firmware, using a fast trapezoidal filter
External: from LEMO, edge sensitive Software triggered acquisition
Complex trigger logic: implementable by the user on the open FPGA.
32 bit counter, 16.6 ns resolution with default trigger
Possibility to increase the resolution using the Digital Costant Fraction Discrimitation algorithm present in SciCompiler.
Resolution depends on input signal characteristics
User multi-board synchronization can be achieved with custom SciCompiler firmware using the two LEMO connectors as clock/t0/trigger source
- COMMUNICATION INTERFACE
Via USB using Open Hardware stand alone software or
directly from SciCompiler
Jtag connector available for firmware debugging using Vivado
Logic Analyser. (to access to JTAG connector the box must be removed)LED
2 user programmable green LED + 1 blu led power/bootloader indicator
GPIO (for OEM integration)
8 GPIO, 3.3V directly connected to FPGA PIN. (to access to GPIO connector the box must be removed)
GPIO can be used to implement also serial (UART/I2C) interfaces using SciCompiler/Vivado
Waveform recording Pulse Height Analysis with trapezoidal filter
Default firmware distributed open source
as SciCompiler projects
Use SCI-Compiler to develop your own firmware!
Several firmware examples included in SciCompiler
- FIRMWARE UPGRADE
Firmware can be upgraded via micro USB
- SCI-55X0 Readout Software to manage the default firmware
- SCI-Compiler for custom firmware development
Compare with Programmable DAQ Platforms.
|WKSCISMARTXA||SCI-Compiler SMART kit RoHS|