Resources · White Papers

White Papers

In-depth technical white papers from WOLF engineering covering rugged AI, embedded video, and SOSA-aligned compute.

Stories

Aug 2026

Latest Drop

Featured Story

August 7, 2026

The Architecture of Assured Intelligence: A Comparative Analysis of NVIDIA IGX Thor and NVIDIA Jetson Thor

As edge AI systems advance from experimentation to real world operation, selecting the right computing platform requires more than comparing processing performance. System architects must also consider deployment maturity, environmental demands, lifecycle expe…

Read the White Paper

More White Papers

Showing 6 of 17

March 23, 2026

PCIE SWITCHES AND LANE-RATE CONVERSION

This paper explains how a PCIe switch supports lane rate conversion, allowing data received on one port at a given PCIe generation and lane width to be retransmitted on another por…

March 20, 2026

The Age of Decisions: C5ISR and the Future of Command in Contested Environments

The character of conflict has fundamentally shifted. In an era defined by ubiquitous sensors, persistent connectivity, and overwhelming data flows, advantage no longer comes from p…

January 23, 2026

Coyotes Amongst the Cosmos: Rugged Computing for Infinite Exploration

Mission success in aerospace and defense is increasingly defined at the edge—where computing systems must deliver high performance while surviving shock, vibration, radiation, and…

November 21, 2025

Comparative Analysis of Rugged WOLF XMC Modules for Embedded Systems

WOLF Advanced Technology’s newest generation of rugged XMC GPU modules marks a disciplined step forward in embedded computing performance, power efficiency, and AI driven capabilit…

NVIDIA_GPU_ARCHITECTURE_TURING_TO_BLACKWELL

November 19, 2025

NVIDIA GPU ARCHITECTURE: FROM TURING TO BLACKWELL

This paper focuses on key improvements when upgrading an NVIDIA® GPU from Turing to Blackwell, looking at architecture improvements specifically for high end embedded GPUs, Turing…

November 7, 2025

SMALLER, SMARTER, SHARPER, STRONGER: VNX+ FOR MODERN EMBEDDED SYSTEMS

In modern defense and aerospace computing, the mandate is clear: achieve more with less. Every gram, watt, and cubic centimeter now determines mission success. For nearly two decad…