High Performance Data Acquisition – iSEs

iSEs Platform – Spring Electronics

Overview

Modern industrial and test systems require large-scale connectivity, deterministic control, and ultra-low latency across distributed hardware. These systems integrate numerous GPIOs, communication interfaces, and sensors, while maintaining precise timing and reliable data exchange.

Spring Electronics iSEs (Industrial System Engine Solutions) delivers a scalable, FPGA-based platform designed for high-performance data acquisition and real-time system control, with minimal latency and maximum flexibility.

The platform combines robust hardware architecture, high-speed communication, and user-friendly software tools to simplify integration and accelerate deployment.

Platform Components

The iSEs platform includes:

  • Industrial Electronics System Solution (iSEs)

  • End-Point Industrial Logic Engine

  • Full-Duplex Industrial Ethernet Switch

  • Dedicated Service Port for Configuration and Debug

Key Features

FPGA-Based Hardware Architecture

  • All critical logic implemented in FPGA hardware for deterministic performance

  • Designed for high reliability and safety-critical applications

  • Supports in-field hardware reconfiguration and upgrades

High-Density, Deterministic I/O Control

  • Control of 1000+ GPIOs

  • Sub-10 ns system-level skew

  • Precise card-to-card synchronization using system time

Comprehensive Sensor & Interface Connectivity

Supports a wide range of interfaces:

  • Digital Interfaces: GPIO, SPI, I²C, UART

  • Analog Interfaces: ADC / DAC (high-performance and standard)

  • Memory Interfaces: Flash, external memory

  • Communication Ports: Ethernet (10/100/1000Base-T)

  • Industrial Protocols:

    • Modbus

    • CAN Bus

    • PLC interfaces

Advanced Data Acquisition Capabilities

  • Configurable triggering and capture mechanisms

  • Built-in signal processing options: FIR / FFT filtering

  • Integrated event logging and data recording

Sensor Integration

  • Temperature sensors

  • Imaging sensors

  • Custom industrial sensors

Deterministic Timing & Synchronization

  • Global Time Stamp / Machine Time architecture

  • All system components synchronized to a unified time base

  • Integrated clock and time recovery mechanisms

High-Speed Communication Infrastructure

  • Reliable, scalable networking using:

    • Gigabit Ethernet (1G)

    • 10 Gigabit Ethernet (10G)

  • Cost-effective and widely adopted interconnect solution

Software & Integration Tools

  • Complete suite for:

    • System configuration

    • Monitoring and diagnostics

    • Debug and operational control

  • Automatic system discovery, including IP address assignment

  • APIs and tools designed for easy customer integration

Expandability

  • FMC / PIGI connectors for custom hardware expansion

  • Support for user-defined proprietary logic within the FPGA

Applications

Industrial, Medical, and Defense Systems

  • High-reliability data and control infrastructure

  • Board-to-board communication over standard protocols

High-Performance I/O Expansion

  • Large-scale GPIO extension

  • Deterministic behavior with low latency and jitter

Distributed Sensor Systems

  • Remote data acquisition and monitoring

  • High-performance far-end control and measurement

Data Path & Control Systems

  • Upstream data (e.g., image sensors)

  • Downstream control (e.g., print heads, actuators)

Hardware-Based System Control

  • Real-time operations implemented fully in hardware

  • CPU is not involved in time-critical tasks, ensuring deterministic response and reduced system load

Complete Machine Electronics Infrastructure

  • End-to-end solution for complex industrial systems

  • Scalable, modular, and future-ready architecture

Summary

Spring Electronics iSEs provides a powerful, flexible, and scalable platform for high-performance data acquisition and real-time control. By leveraging FPGA-based processing, deterministic timing, and high-speed communication, the platform enables robust system design with simplified integration.

 

System Block Diagram – Sensors Board

System Block Diagram – Sensors Boards Over Network

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