Portwell Engineering Toolkits (PET)
Explore how Portwell Engineering Toolkits (PET) streamline IoT development with unified APIs and cross-platform support. Discover how PET simplifies system monitoring, device control, and integration across diverse applications. Read the full article here.
Network Optix and Portwell Join Forces at Secutech Taipei
Portwell Unleashes New Industrial Computing Solutions with Intel Atom® x7000RE Series
Accelerating Transportation Automation with Compact and Rugged Embedded System featuring Intel®Celeron® Power and Reliable Connectivity
Compact Embedded System Leads the Future of Machine Vision and Automatic Inspection
Machine vision technology plays a pivotal role in industrial applications, with extensive use from production monitoring to quality inspection and to safety monitoring. However, these application areas often face many predicaments and challenges, including the demand for high-performance processors, multi-channel high-resolution displays, and industrial-grade design.
Industry 4.0 Simplified by Intel®Celeron® Powered Compact Embedded System
Industry 4.0 momentum such as AI and IIoT is reshaping factories with connected machines, adaptive analytics and smarter automation orchestrating greater efficiency and productivity. However, harsh industrial environments, connectivity challenges, and demand for real-time data insights make automation implementations complex. Legacy automation controllers struggle with reliability issues, lack advanced analytics capabilities, and fail to offer the I/O flexibility needed for future expansion. There is an urgent need for rugged, secure and intelligent automation platforms that simplify sensor connectivity and equipment coordination while providing actionable facility insights.
Portwell Launched WEBS-89I0, a Compact and Robust Industrial PC, Accelerating Industrial Automation Transformation
Portwell Inc., a world leading IPC provider, unveils the WEBS-89I0, a cutting-edge embedded system offering outstanding performance and reliability. Powered by Intel®Celeron® J6412 processor and featuring compact, rugged fanless design and rich I/O interfaces such as 3 GbE, dual Display and expansion slots, the WEBS-89I0 delivers exceptional computing power and flexibility, making it an ideal solution for accelerating factory automation and industrial transformation.
Portwell Unveils a Broad Range of Industrial Motherboards, COM-HPC Modules, and Embedded Systems Engineered with 14th Gen Intel®Core™ Processors
Portwell Inc., a leader in industrial IoT and edge computing solutions, is delighted to unveil an extensive series of products engineered with the 14th Gen Intel®Core™ processors. This comprehensive series includes diverse form factors of PICMG 1.3 full-size Single Board Computers (SBCs), industrial ATX/Mini-ITX motherboards, embedded systems, and COM-HPC modules.
NODE.X- Simplify and Improve Your Device Administration with Resilient IT Infrastructure
TAIPEI, TAIWAN – January 22, 2024 – In today’s dynamic business environment, modern IT infrastructure encounter a variety of networking issues that require a safe, easier and resilience environment to manage your devices. Businesses are looking for a comprehensive solution to deal with a variety of problems, such as the requirement to maintain a minimum staff, the management of dispersed and complex network architectures, and the growing threat of hackers improving their attacks.
Portwell Adds PCOM-B659, a New COM Express® Type 6 Module with 13th Gen Intel®Core™ Processors for Medical Devices, Industrial Control and Edge Computing Solutions
Portwell, Inc., expands its COM Express module with PCOM-B659. This new 13th Gen Intel®Core™ processor is now available in a new compact size form factor (95mm x. 95mm) in continuation of its previously popular, rich I/O interface solutions. To cope with the growing computational needs for optimized performance per watt, richer I/O interfaces, and greater memory/storage capacity, among others, there has been an increasing demand for embedded computers to provide faster and more efficient computing and processing capabilities while meeting strict, yet ever-evolving, reliability requirements.
