Webinar - Deploying Advanced Cross Domain Solutions at the Tactical Edge for Strategic Information Dominance
Join us to gain insights into the future of secure warfighter communications and the critical role of reliable, resilient solutions in safeguarding mission success at the tactical edge.
Webinar - Today's Tactical Command Posts: Rapid Setup for Resilient and Secure Communications On-The-Move
Explore the engineering challenges and solutions in establishing quick-setup command posts, emphasizing the integration of cutting-edge technologies for connectivity on-the-move, and secure network infrastructure in mobile military environments.
Webinar: Thermal Management Approaches for High Performance Aerospace & Defense Embedded Electronics
In this webinar, Bill Wong, Senior Content Director at Electronic Design, and Ivan Straznicky, CTO Advanced Packaging for Curtiss-Wright, discuss the cooling options available to system designers, thermal management technicques, and thermal management standards.
Webinar - Compute at the Edge: Selecting CPUs, GPUs and FPGAs for SWaP-Constrained and Rugged Applications
In this insightful webinar, experts Dominic Perez, CTO at Curtiss-Wright Defense Solutions and Aaron Frank, Senior Product Manager delve into the critical considerations for selecting CPUs, GPUs and FPGAs for rugged field applications and vehicle platforms with Size, Weight, and Power (SWaP) constraints.
Webinar - Configuring Tactical Hardware in Minutes, Not Hours
Will Lester, VP of Engineering at NexTech Solutions, and Dominic Perez, CTO at Curtiss-Wright will explore how automation can bring today's battlespace into a cloud-native landscape that operates alongside legacy and virtualized applications to maximize situational understanding and improve warfighter effectiveness
Webinar - Resilient Networking at the Tactical Edge
Join Curtiss-Wright and Viasat experts on October 20, 2022, at 2:00 pm ET to explore how fielded tactical networks can be augmented to meet the unique challenges of the disconnected, intermittent, and limited bandwidth environments they must operate in.