Articles from DT Research

DT Research, a U.S. leader in precision-engineered computing solutions designed for mission-critical and demanding environments, today announced the DA323EP GMS-enabled Android rugged tablet, a new class of large-screen rugged mobility for real-time logistics and warehouse workflows. With Google Mobile Services™ (GMS) built in, the DA323EP provides seamless access to Google applications and enterprise tools, enabling app-driven operations for tracking, navigation, communication, and data capture across the supply chain.

DT Research, a U.S. leader in precision-engineered computing solutions designed for mission-critical and demanding environments, today announced the launch of the DT574 medical-grade All-in-One (AIO) computer and WebDT™ Battery Fleet Manager at HIMSS 2026. The new DT574 expands DT Research’s growing suite of battery-powered medical solutions, which includes AIO computers, medical tablets and medical monitors - all designed to operate using a shared battery ecosystem and supported by a centralized battery management platform.

DT Research, a U.S. leader in precision-engineered computing solutions designed for mission-critical and demanding environments, today announced the unveiling of the DT573 and DT556 All-in-One (AIO) medical computers at HIMSS 2026. This new class of compact, lightweight, and fanless medical AIOs delivers flexible deployment across stick carts, wall mounts, and kiosks - enabling consistent point-of-care computing while reducing deployment complexity and maintenance overhead. The DT573 and DT556 further expand DT Research’s comprehensive line of battery-powered and mounted medical computing solutions.

DT Research, a U.S. leader in precision-engineered computing solutions designed for mission-critical and demanding environments, today announced four new military tactical tablets – the DT361WF, DT361ND, DT381WF, and DT381ND. These new 6-inch and 8-inch tablets are engineered to meet the rigorous requirements of modern defense forces, while also supporting mission-critical field operations in industries such as utilities, public safety and land management.

DT Research, a U.S. leader in precision-engineered computing solutions designed for mission-critical and demanding environments, today announced a partnership with Homeland Language Services to deliver virtual language interpreting solutions for patients receiving care at healthcare facilities. The innovative solutions combine DT Research’s medical tablets and all-in-one computers with Homeland Language Services' interpretation services to provide reliable, multilingual remote consultations that can be delivered in various settings, including healthcare facilities, emergency response sites, educational institutions, legal proceedings and security operations.

DT Research, the leading designer and manufacturer of purpose-built computing solutions for vertical markets, today introduced the DT514 series of All-in-One (AIO) medical computers specifically engineered to meet the demanding needs of in-room patient care. These Windows 11 IoT Enterprise and LTSC, Ubuntu, or IGEL OS models support strict healthcare compliance standards, such as HIPAA compliance, by providing robust security features and encryption for patient data protection in hospitals, clinics, pharmacies, care homes, and hospice care facilities.

DT Research, the leading designer and manufacturer of purpose-built computing solutions for vertical markets, and swyMed™, a top provider of telemedicine and connectivity solutions, today announced that Washington County Regional Medical Center (WCRMC), relies on their technologies for EMS telemedicine services, which is supported by the PAVES (Prehospital and Ambulatory Virtual Emergency Services) network. The WCRMC mobile telemedicine system enables ambulance staff to remotely collaborate with physicians to diagnose, triage, treat, and route patients to the closest local care facility that is able to treat the patient.

DT Research, the leading designer and manufacturer of purpose-built computing solutions for vertical markets, today introduced the availability of the 14th generation of processors for the 582TM and 584TM medical-cart computers and the 502TF and 504TF medical All-in-One (AIO) computers, which are purpose-built to help deliver efficient point-of-care across a diverse spectrum of healthcare environments. With the upgrade of these innovative products, DT Research continues to expand the industry’s most comprehensive array of purpose-built medical computing solutions.

DT Research, the leading designer and manufacturer of purpose-built computing solutions for vertical markets, today introduced the 323MD medical tablet, purpose-built to deliver efficient point-of-care applications across a diverse spectrum of healthcare environments. The 323MD is a highly versatile solution designed for both mobile and fixed settings, making it well-suited for a broad range of healthcare applications and empowers health professionals to monitor, record and manage patient data effortlessly.

DT Research, the leading designer and manufacturer of purpose-built computing solutions for vertical markets, today announced the DT302RP rugged tablet, which elevates the standards for rugged tablets designed for field environments. Set to be showcased February 27-29, 2024 at DISTRIBUTECH International in DT Research’s booth 3174, the DT302RP redefines the landscape of rugged computing and introduces a suite of cutting-edge features designed to elevate the dynamic demands of field professionals in harsh environments.

DT Research, the leading designer and manufacturer of purpose-built computing solutions for vertical markets, today announced a new line of medical-grade all-in-one (AIO) computers, tablets and monitors designed with unique mobile functionality to meet the changing computing needs in healthcare environments driven by the COVID-19 pandemic. The medical-grade computing solutions are purpose-built for healthcare with antimicrobial enclosures to inhibit the growth of microorganisms and hot-swappable batteries for limitless mobility and continuous operation.