
Acromag – Embedded I/O
Delivers rugged, modular, high‑performance mezzanine and board‑level systems for mission‑critical embedded computing.
RF, telemetry, and timing systems are critical for secure and reliable data transmission across aerospace, defense, and industrial environments. These solutions include RF transceivers, telemetry links, precision timing devices, and synchronization technologies designed for harsh conditions. Applications span satellite communications, unmanned systems, and high-reliability telemetry networks, ensuring accurate real-time data capture and dissemination.
RF, telemetry, and timing systems are critical for secure and reliable data transmission across aerospace, defense, and industrial environments. These solutions include RF transceivers, telemetry links, precision timing devices, and synchronization technologies designed for harsh conditions. Applications span satellite communications, unmanned systems, and high-reliability telemetry networks, ensuring accurate real-time data capture and dissemination.
Embedded computing encompasses ruggedized, application-specific systems designed for real-time control, signal processing, and edge-level decision-making. It includes VPX, COM Express, and other modular architectures used in defense, aerospace, industrial automation, and high-performance embedded computing (HPEC) environments. These systems often integrate FPGAs, GPUs, and I/O to meet SWaP, thermal, and environmental demands.
Instrumentation and testing solutions are engineered to acquire, analyze, and validate critical data in real-time across demanding operational environments. Systems include data acquisition platforms, precision sensors, signal conditioners, and testing frameworks optimized for aerospace, automotive, defense, and industrial R&D. These technologies ensure accurate measurements under dynamic and extreme conditions, enhancing product development and mission assurance.
From the lab to the battlefield, electronics need packaging that protects, cools, and integrates them for reliable performance. Our solutions span rugged VPX chassis, SAVE-compliant platforms, EMI/RFI-shielded cabinets, modular consoles, and lab-ready racks designed for precise testing and integration. Whether isolating vibration, scaling command-and-control environments, or outfitting secure facilities, these systems provide the mechanical backbone that ensures your technology performs at its best in any environment.

Delivers rugged, modular, high‑performance mezzanine and board‑level systems for mission‑critical embedded computing.

Delivers modular, protocol‑rich signal conversion and distributed control for reliable, plant‑wide sensor architectures.
Delivers rugged, field-ready UPS and power systems that keep mission-critical equipment running in the harshest environments.
Delivers avionics test and embedded interface solutions that simplify flight testing, simulation, and systems integration.
Develops rugged IndustryPack, PCIe, and CompactPCI data acquisition and control modules optimized for real-time signal processing in embedded military and aerospace applications.
Provides custom RF/microwave switches, attenuators, and modulators for radar, communications, and EW systems operating from MHz to 40 GHz.
Designs high-throughput, rugged data recorders and network file servers for airborne ISR, space payloads, and telemetry systems requiring secure, high-speed storage in harsh environments.
Provides accurate multi-channel measurement and long-term recording for diagnostics and trend monitoring in industrial and R&D environments using data acquisition and logging instruments.
Provides software-defined phased arrays and RF systems for high-performance aerospace and satellite communications.

Provides synchronized, modular DAQ systems with high-speed analog/digital input and built-in signal conditioning for structural dynamics, NVH, and aerospace test environments.
Designs fanless, fully sealed embedded mission computers and smart displays with MIL-STD certifications for vehicle, UAV, and ground command systems in rugged environments.
Offers ultra-miniature, high-G rated data acquisition systems with embedded sensors for dynamic testing in crash, blast, and biomechanics research applications.
Specializes in custom-designed metal enclosures, chassis, and cabinets with EMI shielding and thermal management for rugged military and aerospace electronics.
Builds climate-controlled, EMI-shielded electronic enclosures and server cabinets with integrated thermal management for military and industrial use.
Manufactures scalable, high-power solid-state RF and microwave amplifiers with real-time diagnostics, Ethernet control, and wideband operation for radar, EW, and EMC testing.
Provides modular, heavy-duty rack and enclosure systems with seismic and MIL-SPEC certification for ruggedized electronics storage and deployment.
Designs precision turbine, positive displacement, and electromagnetic flow meters with high-accuracy calibration systems for aerospace fuel, hydraulic, and process flow applications.
Provides RF, fiber optic, and hybrid connectivity solutions for high-frequency, high-density defense and aerospace systems requiring EMI protection and thermal durability.
Provides vibration and shock isolation systems, mounts, and platforms engineered to protect sensitive defense, aerospace, and industrial electronics from mechanical stress.
Offers rugged embedded computers for industrial automation, control systems, and mission-critical environments.
Builds precision linear slides and motion assemblies trusted in rugged aerospace and defense systems where failure is not an option.
L3Harris delivers telemetry transmitters, receivers, and tracking systems for airborne test instrumentation and real-time flight data transmission in secure defense environments.
LCR Embedded Systems designs, develops, and manufactures fully integrated systems, rugged enclosures and backplanes for the aerospace and defense industry.
Builds space-qualified RF assemblies including SSPAs, converters, and frequency generators for payload and satellite communications with high linearity and mission reliability.
Manufactures ultra-low phase noise frequency synthesizers and oscillators with compact form factors for aerospace, space, and secure communications applications.
Develops rugged, industrial-grade solid-state drives with secure erase and encryption options for aerospace, defense, and mission-critical storage applications in harsh environments.
Designs precision pressure controllers and calibrators with ultra-low uncertainty for metrology labs, calibration facilities, and aerospace manufacturing environments.
Delivers rugged, secure embedded boards that power mission-critical aerospace and defense systems at the tactical edge.

Provides rugged clock and timing systems for aerospace and defense—ensuring precise, GPS-resilient performance in mission-critical systems.
Designs RF and microwave components including filters, switches, and converters with MIL-STD performance for use in SIGINT, SATCOM, and electronic warfare systems.
Develops rugged, time-synchronized Ethernet switches and routers with IEEE 1588 PTP support for real-time networking in defense, avionics, and mobile military platforms.
Uses metal additive manufacturing to design and produce integrated RF antenna systems that reduce SWaP and accelerate deployment for satellite and defense communication platforms.
Provides secure mission data systems, range tracking tools, and deployable communications solutions for real-time situational awareness and operational readiness in DoD environments.
Delivers rugged, compact pressure transducers and transmitters with high accuracy and environmental durability for aerospace, marine, and process industries.
Supplies rugged, low-latency RF data link systems for tactical telemetry, tracking, and command applications in UAVs and mobile defense platforms.
Texys Group designs and manufactures high-performance, precision measurement sensors and data acquisition systems for motorsport, automotive, aerospace, and industrial applications in demanding environments.
Manufactures rugged, MIL-STD certified edge servers and secure computing platforms with long lifecycle support for tactical defense, aerospace, and industrial environments.

Builds certified and lightweight avionics including ADS-B transponders, GNSS receivers, and Mode S systems optimized for UAV and crewed aircraft integration.
Provides multi-band, high-throughput satellite antennas and mobile terminals for airborne, maritime, and ground platforms requiring resilient, global SATCOM connectivity.
Tarin was born and raised in Wisconsin, graduated from the University of Wisconsin-Stout and received a Bachelor of Science degree in Business Administration. Prior to Vic Myers she worked in the hospitality industry 20+ years as a Sales Analyst/Administrator.
In her spare time, Tarin enjoys spending time with her family, traveling to historical sites throughout the United States, reading, going to movies and concerts. On the weekends you will find Tarin at her nephews’ band concerts and baseball games. In addition, music and dance have been a part of her life with musical contrasting influences ranging from Prince to Olivia Newton-John. Tarin is located in our Arizona office.
Natalie Myers joined Vic Myers Associates in September 2021 and is excited to be part of the team. She received her bachelor’s in business administration from the University of Phoenix and prior to her position as Inside Sales Administration she worked in the Hospitality Industry for over 15 years as a Senior Sales Administrator. In her free time, she enjoys spending time with her husband, daughter, family and friends along with watching sporting events, traveling, hiking and cheering on her daughter in dance and basketball! Natalie is located in our Arizona office.
Taylor is a Texas native, and grew up in the small town of Boerne, Texas. He attended Texas A&M University, where earned his bachelor’s degree in Engineering. After college he was recruited by a Manufacturer’s Rep Firm, where he spent the first 7 years of his career. Initially hired on as an inside salesperson, Taylor quickly accelerated within the organization and expanded into various other roles such as Distribution Manager, and Field Sales Engineer. Taylor then spent the following 7 years working for an electronic component distributor named Electro Enterprises that almost exclusively supported the mil/aero market.
Taylor worked as a Field Sales Engineer supporting the Texas, Utah and New Mexico territory, Product Manager, as well as Director or Business Development where he managed a team of 10 Field Sales Professionals across the entire United States. Gathering from his previous experiences, Taylor has now taken on the role of Field Sales Engineer with Vic Myers supporting the Texas, Oklahoma, Louisiana, and Arkansas territory. Outside of the office you will usually find Taylor either spending time with his wife and two young children, or out on the lake bass fishing.
Richard was born and raised in Arizona. Attended Arizona State University with a focus in Mechanical Engineering and then fell into Technical Project Management. After 12 years of managing large budget projects spanning system integrations and upgrades, he transitioned into the role of Field Sales Engineer with VMA.
Richard has a deep passion for building relationships with his clients and principals, and supporting them to problem solve and develop innovative solutions. Outside of the office, Richard can be found volunteering as a mentor and coach of high school students at his church, running and hiking the extensive trails of Arizona, and spending time with his wife, 2 boys, 2 girls, and 2 grandkids. Richard is located in our Arizona office.