Discover rugged interconnect solutions for solar, wind, and energy storage systems. Explore cable assemblies engineered for reliability in renewable energy environments.
Learn how to optimize data transmission in subsea cable systems. Meritec designs marine-grade cable assemblies for reliable underwater connectivity.
Explore how high-density interconnects (HDI) support space missions. Learn about rugged materials, miniaturization, and Meritec’s aerospace-ready solutions.
Discover how quick-disconnect connector systems reduce downtime and boost operational efficiency in aerospace, defense, medical, and industrial applications.
The plating used on connectors is often overlooked during initial system design, but its impact on reliability, conductivity, corrosion resistance, and long-term performance is significant. Choosing the right plating finish is about more than just cost or appearance. It requires evaluating the full electrical, environmental, and mechanical demands of the application. In industries such as aerospace, defense, industrial automation, and medical electronics, even minor degradation in connector performance can result in signal loss, safety risks, or expensive system failures. Connector plating is the first line of defense against these issues. This blog explores common connector plating materials gold, nickel, and tin along with their benefits, limitations, and best-fit use cases. It also provides guidance for engineers seeking plating options that balance performance, budget, and reliability in harsh environments.
Discover the differences between flexible and rigid PCB connections. Learn how each supports performance, reliability, and space savings in compact electronics.
Explore EMI shielding techniques for cable assemblies. Meritec designs custom interconnects that prevent signal interference in aerospace, defense, and industrial systems.
Explore cable management solutions for industrial automation. Learn how proper cable routing, shielding, and protection improve system reliability and uptime.
Discover military-grade interconnect solutions from Meritec, designed for next-gen defense electronics requiring performance in extreme environments.
As embedded and modular systems grow more powerful and compact, the need for reliable board to board interconnects becomes increasingly vital. In rugged applications such as military systems, industrial automation, and aerospace platforms, board to board connectors serve as the lifeline between critical PCBs , ensuring signal integrity and mechanical reliability even under extreme conditions. This article explores how board-to-board connectors function in ruggedized environments, the design considerations that matter most, and why connector innovation is essential to embedded system performance.
Compare PVC, TPE, and PTFE cable jackets for rugged environments. Meritec helps engineers choose the right cable material for high-performance applications.
Explore custom cable assemblies for autonomous vehicle systems. Meritec delivers rugged, EMI shielded, high speed solutions for autonomy.
Design thermally resilient cable assemblies for harsh environments. Meritec offers engineered interconnects for aerospace, cryogenic, and high-heat applications.
Explore rugged fiber optic connectors for harsh environments. Meritec offers sealed, shock-resistant, and EMI-protected optical interconnects.
Understand the key differences between wire harness and cable assembly solutions. Learn how Meritec supports both for rugged, high-performance systems.
As defense vehicles evolve into digital command centers on wheels, the need for high speed data transmission is no longer a luxury it's a mission-critical requirement. From real-time targeting and threat detection to onboard AI systems and network-centric warfare, modern military platforms rely on a dense web of sensors, processors, and communication modules. At the heart of these systems lie rugged, high-performance cable assemblies that must maintain speed, reliability, and integrity under the most extreme operating conditions. This article explores the core interconnect challenges that arise when implementing high speed data transmission in defense vehicles and how advanced cable assemblies can overcome these obstacles. With decades of experience in the defense sector, Meritec designs and manufactures interconnect solutions engineered to meet the stringent performance demands of today's battlefield environments.
Compare MIL-DTL-38999 Series III vs IV for high-speed military applications. Learn which rugged circular connector is best for EMI, vibration, and deployment needs.
Explore RF test interconnects for high-frequency environments. Learn how to design RF cable assemblies and connectors for precision test and ATE systems.
Discover how overmolding improves rugged connector reliability. Learn about overmolded cable assemblies, materials, and benefits for harsh environments.
Compare micro coaxial vs ribbon cable assemblies for compact, high-speed systems. Explore shielding, signal integrity, and layout design insights.
Modern electronic systems from defense avionics to industrial robotics depend on embedded interconnects to carry high-speed data signals reliably. But as bandwidth demands rise and systems shrink in size, signal integrity failures have become one of the most common and costly problems in design and deployment. These issues can degrade performance, introduce latency, or even cause complete communication breakdowns.
Learn the difference between IP67, IP68, and IP69K connector ratings. Discover rugged sealed cable assemblies for harsh environments.
Compare copper vs fiber cable assemblies in rugged environments. Meritec offers EMI-shielded copper and lightweight fiber solutions built to withstand extreme conditions.
Explore Meritec’s PCB-to-cable interconnect solutions engineered for embedded military, aerospace, and industrial computing platforms.
Compare ARINC and MIL-DTL cable assemblies for aerospace. Meritec delivers rugged, spec-compliant interconnects for commercial and military aircraft systems.
Discover Meritec's miniature aerospace cable assemblies engineered for lightweight, compact, and high-density aerospace and defense applications.
Explore how flexible cable assemblies for robotics enhance performance, motion, and reliability in compact, high-demand robotic systems.
