GRAYHILL

Military communication equipment has evolved to meet the demands of modern defense systems. Today’s field-ready equipment requires controls that are rugged, dependable, and accurate, so operators can make fast, confident adjustments in the field. GRAYHILL’s 26 Series Mechanical Encoder drives that evolution forward. Built for applications like personal military radios, it delivers precise position control through binary or gray code outputs, helping ensure accurate signal selection in compact devices. With durable materials and performance validated through standards like MIL-STD-202, the 26 Series is engineered to perform in the harsh conditions military systems face. Whether integrated into handheld radios or other mission-critical electronics, the 26 Series Mechanical Encoder provides dependable tactile feedback and robust performance that operators can trust in the field. Grayhill is built for progress, advancing control for mission-critical communication. Learn more at: https://lnkd.in/gfqM2v23 #BuiltForProgress #MilitarySolutions #EverythingClicks

Dust, mud, and water are part of everyday operation for construction and agricultural vehicles. This means the components inside the cabin must be built to withstand it. That’s where IP67-rated sealed interfaces become critical to protecting onboard electronics. An IP67 rating helps ensure electronic components remain protected from both dust and water intrusion in harsh outdoor environments. For engineers and OEMs designing equipment that must perform in the field every day, that level of sealing helps protect reliability throughout daily operation. GRAYHILL’s CAN Bus keypads are sealed to IP67, a rating verified through rigorous validation testing, including: • Dust ingress testing: Enclosures are tested to ensure they're completely dust-tight, preventing particulate contamination that could affect internal electronics. • Air leak testing: Components are pressurized and monitored to verify seal integrity before performing water immersion testing. • Water immersion testing: Components are submerged under controlled conditions to ensure protection against water ingress during temporary immersion. Whether operating in a dusty harvest field or a muddy construction site, sealed components help ensure that critical controls remain responsive, reliable, and protected from the elements. #EverythingClicks #VehicleControls #AgTech

Not all Hall-effect rotary encoders perform the same. The difference comes down to engineering. Hall-effect technology is often chosen for its durability and non-contact operation. But real-world performance depends on more than just the sensing method. Design details matter. In this article, we take a closer look at what actually impacts encoder performance, from magnetic design to mechanical feel, and why those factors should be considered early in development: 🔹 How magnetic design and sensor alignment influence accuracy 🔹 The impact of signal processing on output stability 🔹 Mechanical factors that affect tactile feel and longevity 🔹 Environmental considerations like vibration and temperature For engineers and technical buyers, understanding these variables can help ensure consistent performance in demanding applications. Read the full article: https://hubs.li/Q048wDN40 #EverythingClicks #HallEffect #SensorTechnology #RotaryEncoders

GRAYHILL's strength comes from its global family. A special congratulations to our long-tenured associates in Shenzhen, and best wishes to everyone celebrating the Lunar New Year. Here's to a year of bold strides and shared success!

The Golden Dome is moving faster than any major defense program in decades. With billions already allocated and a 2028 initial operational capability target, traditional acquisition timelines are being compressed. Programs that once had years to iterate are now operating on accelerated development cycles. In a system-of-systems architecture, every interface matters. That includes your HMI control panels. So, what does a Golden Dome-ready HMI supplier actually look like? • Hardware already tested to MIL-STD-810H and MIL-STD-461 • Native support for open architecture integration • Full NDAA Section 5949 traceability and documented component genealogy • Secure handling of controlled technical data • Domestic production capacity that can scale without overseas bottlenecks In a system built on speed and interoperability, delays at the interface level ripple across the entire architecture. We break down what Golden Dome contractors should demand from their HMI suppliers, from environmental qualification to supply chain genealogy and vertical integration readiness. If your team is competing for Golden Dome-related contracts, this is worth reviewing: https://hubs.li/Q0485XG-0 #EverythingClicks #GoldenDome

GRAYHILL is pleased to announce Monica Elliott as our new Quality Leader in Iola. In this role, Monica will oversee our quality management systems, ensuring that the precision-molded components produced at our facility meet the rigorous standards required for our global human machine interface (HMI) solutions. By bridging the gap between production and operations through data-driven insights and Statistical Process Control (SPC), Monica will ensure that quality remains a central pillar of our daily molding operations. With a Bachelor of Science from the University of Wisconsin–Stevens Point, Monica specializes in rigorous verification and validation (V&V). She joins us with over 25 years of experience, including pivotal roles at Baxter International and The Worth Company. Her background spans the medical, automotive, and aerospace sectors. In her free time, Monica is an avid musky hunter, backcountry kayaker, and rustic camper. She enjoys spending time outdoors with her two daughters and volunteering at the Mead Wildlife Refuge. Please join us in welcoming Monica and wishing her success in her new role. #TeamGrayhill

Outdoor displays do not get the luxury of ideal lighting. Direct sun, glare, reflections, and UV exposure can all make a perfectly good interface difficult to read in the field. Our newest article in the Quality Testing Series explains how GRAYHILL evaluates sunlight readability using controlled lighting conditions and optical measurement methods. These evaluations help ensure that displays and indicators remain visible, reliable, and consistent in real-world outdoor environments. In this article you will learn: • How ambient brightness and reflections impact contrast ratio • Why specular and diffuse glare must be evaluated separately • How lighting conditions influence display readability • How UV exposure affects long-term optical clarity • How Grayhill improves interface performance through materials, coatings, and design optimization If your products operate in outdoor, high-brightness, or mission-critical environments, clear visibility is essential for safety and usability. 👉 Read the article here: https://hubs.li/Q047qZL-0 #EverythingClicks #OpticalTesting #DisplayEngineering #HumanMachineInterface