Engineering Tools that
Accelerate Testing, Reduce Risk,
& Deliver Results
Trusted by Aerospace, Defense, Automotive & Mission-Critical Teams
From automated test hardware to embedded software tools and FPGA IP cores, Array of Engineers products power higher quality systems with less manual effort— giving teams more time to innovate.
Explore Products
Why Our Products Matter
All Array of Engineers products share common strengths
- Designed by engineers for engineering teams
- Build to integrate with your workflows
- Backed by real embedded software and hardware expertise
- Reduce manual test timelines and risk
- Support complex protocols and real-world conditions
Whether you’re validating complex firmware or automating hardware-software test cycles, our product solutions are built with precision and performance in mind.
Testing Automation
Future-Ready and Quickly Deployable Test-Automation Products
Automated Test Controller (ATC)
The ATC is a highly versatile analog/digital data acquisition module that supports automated testing and verification for electronic systems, devices, and hardware. OGur ATC system uses custom hardware and tailored embedded software to simulate real world hardware components for system testing, troubleshooting, and certification purposes.
System Architecture
Based around the Xilinx Ultrascale System-on-Chip (SoC), which contains a fully integrated multi-core ARM & FPGA architecture.
FPGA utilizes custom IP cores to operate the digital & analog peripherals.
SoC based architecture allows the user complete customization of the data acquisition features.
Design Features
1U 19 inch standard enclosure rack
Xilinx Ultrascale SoC
FreeRTOS for real-time processing of events and logging on RPU
Petalinux for custom application development on APU
High Power Resistor
USB controlled variable resistor load module
Fully adjustable from 0 to 2048k Ohms
1 Ohm resolution
400 VDC Max input voltage
400 Watt Max Power Rating
Automated Test Controller (ATC)
ATC Module
ATC Circuit Board
ATC Product Overview
The ATC is a highly versatile analog/digital data acquisition module that supports automated testing and verification for electronic systems, devices, and hardware. Our ATC system uses custom hardware and tailored embedded software to simulate real world hardware components for system testing, troubleshooting, and certification purposes.
ATC System Architecture
- Based around the Xilinx Ultrascale System-on-Chip (SoC), which contains a fully integrated multi-core ARM & FPGA architecture
- FPGA utilizes custom IP cores to operate the digital & analog peripherals
- SoC based architecture allows the user complete customization of the data acquisition features
Analog-to-Digital Converter (ADC)
- 4x parallel 2 MSps ADCs
- 2x parallel 40 MSps ADCs
- 16x muxable inputs
Digital-to-Analog Converter (DAC)
- 4x channels
- +/-10V (300mA total)
CAN
- 2x channels
- Up to 8 Mbps
- Supports CAN 2.0 and CAN FD
- Implements ISO 11898-2:2016
Serial
- 4x RS-232 or
- 2x RS-485/422 channels
Additional Supported Protocols
- DDS
- I2C
- SPI
- TTL Serial
USB
- Hi-Speed USB 2.0
- Full OTG support
General-Purpose Input / Output (GPIO)
- 22x GPIOs
- 3.3V & 5V logic levels
- 6x open-collector outputs up to 51V
LVDS
- 8x LVDS pairs or 16x single ended
Gigabit Ethernet
- Compatible with IEEE Std 802.3
- Supports 10/100/1000 Mb/s
- Full and half duplex
GTR Transceivers
- 4x GTR channels (Tx/Rx Pair)
- Up to 6 Gb/s
MIL-STD-1553
- 2x channels
- Meets MIL-STD-1553 & MIL-STD-1760
- Direct coupling or transformer coupling
Automated Test Software (ATS)
The ATS software interacts with all ATC interfaces, enabling the user to implement automated test procedures and capture detailed logs of communication and test results. We develop customer specific test harnesses for each project using an ATS application programming interface (API) and associated hardware
ATS Features
- Custom Python 3.6 Library
- API provides a user-friendly script interface, enabling users to develop and perform test procedures
- Implements text execution, creates procedures, and provides results summary
- Designed for Jenkins for automated test execution
- Graphical user interface (GUI) enabled visual recognition
- Detects images on GUI environments
- Provides GUI control and image verification
High Power Resistor
High Power Resistor Module
High Power Resistor Board
High Power Resistor Features
- USB controlled variable resistor load module
- Fully adjustable from 0 to 2048k Ohms
- 1 Ohm resolution
- 400 VDC Max input voltage
- *400 Watt Max Power Rating