Designing Ultra-Compact Embedded Computing Platforms for SWaP-Constrained Defense Systems
Modern defense and aerospace platforms increasingly demand more computing capability from systems that must fit into smaller, lighter,...
From Sensor to Decision: The Rise of Tactical Edge Intelligence
From Sensor to Decision: The Rise of Tactical Edge Intelligence Modern defense and aerospace missions are generating unprecedented...
Rugged Edge AI Architectures
Why Defense Platforms Are Moving Toward Rugged Edge AI Architectures The Growing Role of Rugged Edge AI in...
Managed L2/L3 Ethernet Switch
Modular Ethernet Switch: Managed L2/L3 Switching for VNX+ Systems Most engineers evaluating a VNX+ platform spend their time...
Embedded System Design
How Are Modular I/O Carriers Changing Embedded System Design Embedded computing platforms are increasingly expected to do more...
VNX+ Ethernet Switches
VNX+ Ethernet Switch: A Closer Look into Rugged, Modular Switches In rugged embedded computing, your processor may be...
Rugged Hybrid COTS Computer
What Is a Rugged Hybrid COTS Computer and Why Does It Matter for Mission-Critical Applications? Modern defense, aerospace,...
Rugged SFF Computer Range
Rugged SFF Computers for Tactical Edge Missions: A Complete Guide Modern defense, avionics, and industrial automation programs are...
VNX+ GPGPU: Edge AI
VNX+ GPGPU: Enabling Edge AI Processing with the NVIDIA® Jetson Orin NX As defense programs accelerate their transition...
VNX+ SBC Module
VNX+ SBC: A Technical Look Into VNX+ Single Board Computer Module System integrators and embedded computing engineers working...