Modern charging systems need more than basic power control. This blog explains how industrial PCs help unify CAN communication, BMS integration, HMI, diagnostics, and gateway functions on one platform for scalable charging system design.
Automation machines often run for 10–15 years, while industrial computing platforms evolve much faster. This article explains how machine builders can lock an Industrial PC bill of materials (BOM) for long lifecycle deployments through processor selection, System‑on‑Module architecture, and lifecycle…
Industrial PC lifecycle and machine lifespan rarely align in industrial automation. While machines often remain in production for 10–15 years, computing platforms evolve much faster. This article explains why lifecycle mismatches occur and how automation OEMs manage component EOL, platform…
OEM vs ODM for Industrial PCs: How Automation OEMs Can Control Lifecycle Risk Article Key Points: OEM vs ODM is a lifecycle control decision, not a branding decision. Machine lifecycles (10+ years) outlast PC platforms, creating validation, service, and supply-chain…
Nodka Automation Technology is pleased to announce its participation in Embedded World 2026, one of the leading global exhibitions for embedded systems and industrial computing technologies.
CODESYS Tech Talk Video: High-Performance EtherCAT Motion Control with NODKA IPCs A technical presentation by the NODKA at CODESYS Tech Talk 2025 is now available to watch on CODESYS North America’s official YouTube channel, providing an in-depth look at deploying…
Physical AI at the Edge: NODKA Showcases Embodied Intelligence Robot Controller at CES 2026 with Intel Las Vegas, NV — CES 2026, NODKA’s Embodied Intelligence Robot Controller reference board is being showcased at CES 2026 in Intel’s Edge Computing booth…