Power quality is one of those problems that engineers only think about after something has already gone wrong. In rugged and mission-critical systems, a voltage spike or a burst of electromagnetic noise on the DC bus can corrupt data, trip protection circuits, or degrade the life of downstream electronics. The fix isn’t usually a redesign…
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What Is a VNX+ Ethernet Switch: Why It Matters in Rugged Systems When you design electronics for aerospace, defense, or industrial automation, every decision carries weight—literally. Getting data from one module to another across a rugged embedded system is not simply a matter of plugging in a cable. Networking in these environments demands an infrastructure…
Edge AI in Defense: How VNX+ GPGPU Processors Are Transforming Rugged Systems Modern defense platforms generate large volumes of data. Electro-optical and infrared cameras, synthetic aperture radar, LiDAR, electronic warfare receivers, and communications intercept systems produce data streams that must be processed in real time for actionable intelligence. Meeting these demands requires AI hardware capable…
What are VNX+ Ethernet Switches? An Insight Into VITA-90 Rugged Networking System Embedded networking platforms used in aerospace, defense, industrial automation, and space applications face a unique challenge: they must deliver high-speed, reliable communication between electronic systems in environments where size, weight, and power (SWaP), are tightly constrained. Standard commercial networking gear simply isn’t designed…
What is a VNX+ System? Understanding the VITA 90 Standard for Rugged Embedded Computing Modern defense, aerospace, and industrial applications are placing increasing pressure on embedded computing platforms. Systems must now operate reliably in extreme temperatures, under vibration, in electromagnetically hostile environments—all while managing growing data workloads and shrinking size, weight, and power (SWaP) constraints….
What is a VNX+ Test Platform? A Complete Guide to Benchtop Testing for VITA 90 Systems As embedded computing systems grow more powerful and architecturally complex, validating their performance before deployment becomes critical. For developers and system integrators working with the VNX+ ecosystem, a structured lab test environment is a prerequisite for reliable product development…
Rethinking Mission-Critical Computing: A Deep Dive into VNX+ (VITA 90) Modular Systems for Aerospace and Defense In today’s defense and aerospace landscape, mission success depends on rapid and reliable computing at the tactical edge. From surveillance aircraft to mobile command centers, the pressure to process and act on data in real time has never been…
Magpie-I: The Ultimate Intel-Based Micro SFF Embedded Computer for Avionics, Military, Space, and Rugged Industries In today’s fast-evolving technological landscape, industries like avionics, military, space, and rugged industrial sectors demand cutting-edge computing solutions that can withstand the harshest environments. Enter the Magpie-I, a highly configurable, Intel®-based Small Form Factor (SFF) embedded computer designed to meet…
Introducing the all new VNX+ I/O Carrier, VNX+ PSU, and VNX+ System: A New Era of Scalability and Flexibility in Embedded Computing Trident Unveils among the first VNX+ Solutions for Demanding Applications in Defence, Aerospace, and Industrial Markets Last week, Trident, an established provider of embedded computing solutions, announced the launch of three products supporting…
VNX+ GPGPU Module Built on NVIDIA® Jetson AGX Xavier™ The Raptor-VNX product line has expanded with the introduction of the VNX+GPGPU module by Trident Infosol. The VNX+GPGPU module is built on NVIDIA® Jetson AGX Xavier™, which delivers up to 21 TOPS and is ideal for high-performance computing and AI in critical embedded and edge systems….