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DMC

Location
Chicago, Illinois, US
Employees
336+ employees
Founded
Est. 1996

What does DMC do?

DMC is a leading technology consulting firm specializing in Microsoft solutions, including Microsoft 365, Azure, and the Power Platform. The company offers a wide range of services such as custom development, system integration, cloud migration, and business intelligence analytics. DMC serves a diverse array of industries, with a strong focus on manufacturing, energy and utilities, and professional services. Their team of experts is dedicated to delivering tailored solutions that drive efficiency and innovation for their clients. DMC is committed to providing ongoing support and managed services to ensure the long-term success of their implementations. With a reputation for excellence and a client-centric approach, DMC continues to be a trusted partner for businesses looking to leverage Microsoft technologies to achieve their strategic goals.

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Tech Stack
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Insights & blog posts from DMC

7 posts analyzed

Replacing the NET.LOGIX InGear Driver with libplctag.NET

How-To GuideMar 12, 2026For: Developers using .NET for PLC communication

With the discontinuation of the NET.LOGIX driver, DMC recommends using libplctag.NET for .NET applications to communicate with Allen-Bradley PLCs. This open-source alternative supports EtherNet/IP and Modbus TCP and offers robust documentation for developers. It is lightweight and high-performance, making it a cost-effective solution for PLC communication.

Key takeaways

  • –libplctag.NET is an open-source alternative to the discontinued NET.LOGIX driver for PLC communication in .NET applications.
  • –The library supports EtherNet/IP and Modbus TCP protocols and is lightweight, high-performance, and licensed under MPL 2.0 and LGPL 2+.
  • –Comprehensive documentation and examples are available to facilitate implementation and integration.

Getting Started with NI-DAQmx in Python

How-To GuideMar 11, 2026For: Engineers using Python with NI hardware

Engineers looking to integrate National Instruments hardware with Python can use NI-DAQmx APIs to perform data acquisition. The process involves setting up a Python environment, simulating hardware using NI MAX, and creating tasks similar to those in LabVIEW. With available source code on GitHub, the blog assists developers in transitioning from LabVIEW to Python for NI hardware projects.

Key takeaways

  • –The blog provides a step-by-step guide for setting up NI-DAQmx with Python, including creating a virtual environment and installing necessary packages.
  • –It explains how to simulate NI hardware in NI MAX and create tasks, facilitating data acquisition for testing purposes.
  • –The Python implementation mirrors the LabVIEW process, highlighting that existing LabVIEW users can easily adapt to the Python API for DAQmx.
  • –The blog includes links to GitHub repositories for source code, offering practical resources for developers.

Battery Life Calculator

Engineering ToolsMar 5, 2026For: Engineers designing electronic products

Engineers can leverage DMC's Battery Life Calculator to optimize electronic device designs by tuning system parameters and comparing various battery and power architecture options. The calculator breaks down power usage into operating modes and conversion efficiencies, offering insights into energy allocation and the impact of design choices on battery life. This tool supports engineers in maximizing device efficiency through detailed analysis of specific configurations like coin-cell trackers and LiPo wearables.

Key takeaways

  • –The calculator assists engineers in optimizing battery life by allowing them to adjust system parameters and evaluate various battery and power configurations.
  • –It provides detailed insights into power consumption by breaking down usage by operating mode and accounting for conversion efficiency.
  • –The tool includes example configurations such as coin-cell trackers and LiPo wearable devices to demonstrate realistic device setups and design impacts.
  • –Users can explore how different design choices affect battery life, helping them understand where energy is allocated and how to enhance efficiency.

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