ADLINK Technology Inc., a global leader in industrial embedded platforms and edge computing, today announced the launch of its next-generation IAP (Industrial Automation Platform) and EVP (Embedded Value Platform) industrial computer series. As ADLINK’s flagship industrial automation lineup, the IAP series is fully certified for major global industrial safety standards—including CB, UL, LVD, CE, and FCC—while the EVP series also meets essential certifications such as LVD, CE, and FCC. Together, the two platforms provide a consistent, reliable, and market-ready foundation for automation, semiconductor, and retail equipment manufacturers requiring seamless cross-country deployment.
As global equipment manufacturers expand into multiple regional markets, the ability of an industrial PC to pass safety and regulatory requirements in multiple markets has become a decisive factor for production scalability and deployment success. Designed with “global certification consistency” at its core, ADLINK’s new IAP and EVP platforms eliminate the need for region-specific system adjustments, significantly shortening time-to-market and reducing the technical and administrative burden associated with regulatory approval. This advantage is particularly critical for OEMs deploying equipment simultaneously across North America, Europe, and the Asia-Pacific region.
The IAP series is engineered for high performance and scalability, addressing demanding use cases such as semiconductor equipment, machine control, precision vision inspection, and AI inference. Supporting Intel® Core™ 200S Series and the latest Intel® Core™ processors, the IAP-M47-4U and IAP-E47-4U are built with reinforced mechanical structures, vibration-resistant construction, and high-speed data throughput to ensure stable 24/7 operation in harsh industrial environments. Within the lineup, the IAP-M47-4U targets compute-intensive AI and multi-camera vision workloads with maximum compute and expansion capability, while the IAP-E47-4U provides a more power-efficient and flexible platform optimized for control-centric and mixed applications with rich I/O expandability. Together, they form a scalable, globally certified IAP platform portfolio that enables equipment manufacturers to precisely match performance and deployment requirements across regions.
Designed for edge AI and compact vision workloads, the EVP series features a slim 1U architecture that balances performance, expansion, and deployment flexibility. The EVP-1000-E4 integrates CPU, storage, I/O, and PCIe expansion into a 1U chassis, making it ideal for space-constrained commercial equipment, smart retail systems, self-service kiosks, and distributed edge control nodes. Its compliance with LVD, CE, and FCC ensures that enterprises can standardize on a single design and rapidly scale deployments across diverse regional markets.
Beyond global certification readiness, ADLINK has strengthened its one-stop industrial computing ecosystem. Both the IAP and EVP series have been pre-validated with ADLINK’s motion control, PoE vision capture, synchronized DAQ, GPU acceleration, and industrial-grade SSD solutions. This pre-integration eliminates the need for customers to perform card-level compatibility checks and stability tuning from scratch, substantially shortening system integration cycles while improving reliability under heavy workloads. Together with ADLINK’s EdgeGO® remote device management platform, customers can centrally monitor and manage distributed equipment across regions, further enhancing operational efficiency.
The new IAP and EVP industrial computer series are now available globally, offered in both barebone and pre-configured versions to help OEMs, ODMs, and system integrators accelerate development and mass production. For product inquiries, sample requests, or project collaboration, please contact ADLINK Technology.
To learn more about the IAP-M47-4U, IAP-E47-4U and EVP-1000-E4, please visit their respective product pages. For more information about ADLINK industrial PC systems visit the ADLINK IPC System page.