Products

Manufacturing

Here are some products that we have designed and manufactured for our customers:

  • Model 400519 Tank Volume Controller (TVC)
  • Model 400522 Cockpit Control Panel (CCP)
  • Model 400186 Programmable Flow Controller (PFC)
  • Model DDR300 High-speed Telemetry Data Acquisition System
  • Model 400019 Timing and Control Board for Ultrasonic Treatment of Welds

Some examples of products we developed and
manufactured for our aerospace and industrial customers

Tank Volume Controller

DDR300 High-Speed Telemetry Data Acquisition System

Programmable Flow Controller

Timing and Control for Ultrasonic
Treatment of Welds

Software

Our software developers produce code for embedded systems, real-time operating systems, graphical user interfaces and other Windows-type applications, and domain-specific
application programs.

In addition, we utilize contemporary high-level development environments for Windows-based applications and web applications. We also provide all boot code, assembly language code, and drivers required to boot and configure the hardware. You can also count on us to design and implement reliable software for your
electronic hardware.

Please peruse the topics below to get a feel for the variety and depth of our software development capabilities.

Operating Systems

  • QNX
  • Linux
  • Windows
  • DOS
  • GNU
  • pSOS

Eclipse®-Based Development Environments

  • QNX’s MomenticsTM
  • Texas Instruments’ Code Composer StudioTM
  • Freescale Semiconductor’s Code WarriorTM

Generic Development Environments

  • Microsoft’s Visual Studio®
  • Apache’s NetbeansTM
  • JetBrains’ IntelliJ® IDEA & PyCharm
  • MathWorks’ MATLAB® & Simulink®
  • National Instrument’s LabVIEWTM
  • Google’s Android Studio®

High-Level Programming Languages (HLL)

  • C & C++
  • Visual Basic & VBA
  • Python
  • C#
  • Java
  • CUDA & PyCUDA
  • Ada

Low-Level Programming Languages (LLL)

  • x86 Assembler (MASM)
  • 8051 Assembler
  • GNU Assembler
  • TI DSP assemblers
  • ARM Assembler
  • DOS Batch
  • Linux bash

Processors

  • Intel x86 family
  • TI DSP family (C1x, … , C6x)
  • TI MSP430 family
  • ARM ® Cortex ® -A8
  • Intel 8031/8051 & Zilog Z80 8-bit
  • Rabbit 2000/3000 8-bit
  • MPC7410 Power PC

Development Tools

  • IEEE 1012-2012
  • Subversion & TortoiseSVN
  • BitBucket
  • GitHub
  • Scooter Software’s BeyondCompare
  • FileZilla
  • WireShark

Operating Systems

  • QNX
  • Linux
  • Windows
  • DOS
  • GNU
  • pSOS

Eclipse®-Based Development Environments (was Integrated Development Environments)

  • QNX’s MomenticsTM
  • Texas Instruments’ Code Composer StudioTM
  • Freescale Semiconductor’s Code WarriorTM

Generic Development Environments

  • Microsoft’s Visual Studio®
  • Apache’s NetbeansTM
  • JetBrains’ IntelliJ® IDEA & PyCharm
  • MathWorks’ MATLAB® & Simulink®
  • National Instrument’s LabVIEWTM
  • Google’s Android Studio®

High-Level Programming Languages (HLL)

  • C & C++
  • Visual Basic & VBA
  • Python
  • C#
  • Java
  • CUDA & PyCUDA
  • Ada

Low-Level Programming Languages (LLL)

  • x86 Assembler (MASM)
  • 8051 Assembler
  • GNU Assembler
  • TI DSP assemblers
  • ARM Assembler
  • DOS Batch
  • Linux bash

Processors

  • Intel x86 family
  • TI DSP family (C1x, … , C6x)
  • TI MSP430 family
  • ARM ® Cortex ® -A8
  • Intel 8031/8051 & Zilog Z80 8-bit
  • Rabbit 2000/3000 8-bit
  • MPC7410 Power PC

Development Tools

  • IEEE 1012-2012
  • Subversion & TortoiseSVN
  • BitBucket
  • GitHub
  • Scooter Software’s BeyondCompare
  • FileZilla
  • WireShark

Electronics

If COTS or MOTS electronics meet all of our or our customer’s requirements, we use them with our own software; if not we design our own electronics. We have designed printed wiring boards for applications including:

  • I/O Boards
  • High-Speed Digital Logic
  • Analog Circuits
  • Video Circuits
  • Communication Interfaces (wired and wireless)
  • Digital Signal Processors
  • FPGAs
  • Microcontrollers
  • Servo & Motor Controllers
  • PC/104 formats

Our experience includes the design of multi-layer PWBs using surface mount and legacy through-hole components, including ball-grid array devices. Designs may include controlled impedance circuits. We offer the following:

  • Schematic Capture
  • Component Placement
  • Simulation
  • Routing
  • Gerber Files
  • Pick and Place Files
  • Parts Lists (Bill of Materials)
  • Quick Turnaround
    Prototype Fabrication
  • Assembly
  • Testing

Get in Touch With Us

Contact us today for more information about what we provide.