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.
Portwell Adds PCOM-B65A, a New COM Express Type 6 Module with New Gen Intel®Core™ Ultra Processors for Medical Devices, Industrial Control and Edge AI Solutions
Portwell, Inc. has expanded its COM Express module product line with the PCOM-B65A. This module utilizes the new generation Intel®Core™ Ultra processor and is based on the COM Express Basic size form factor (125 mm x 95 mm), continuing the popular legacy of rich I/O interface solutions. To meet growing computing demands for optimized performance per watt, richer I/O interfaces, and increased memory/storage capacity, there is an increasing need for embedded computing to provide faster, more efficient processing capabilities while meeting stringent and evolving reliability requirements.
Fronthaul multiplexer
PCOM-B705GT: A COM Express® Type 7 Basic Size Module Featuring Intel®Xeon® D-1700 Processor Series Advancing Real-Time Performance for Edge AI Computing and Software Defined Networking (SDN) Applications
The interconnectedness of systems, processes and data demands viable and scalable computing resolutions. Inevitably, embedded computing design faces ever-emerging challenges, such as more advanced multi-core processing with AI capabilities, enhanced compute efficiency for real-time workloads, wider range of operating temperature support for critical environment deployments, and much more.
NANO-6064: A Nano-ITX Form Factor Embedded System Board based on Intel Atom® x7000E Series Empowering Real-Time Computing for Edge Medical Devices
Over the last few years, we’ve all witnessed how a pandemic can reshape the dynamics of the medical industry as well as the healthcare landscape. Extra pressure has been put on hospitals and health systems to provide more patient care resources, while at the same time, healthcare organizations have been tackling labor shortage challenges aggravated by healthcare worker burnout and/or early retirement. And as the projected shortage of the healthcare workforce persists, it has become even more apparent that healthcare providers must find “innovative” ways in order to deliver more: more effectively; with fewer and more limited resources.
Portwell Embedded Edge AI System -PEAI-9910 with 13th Gen Intel®Core™ Processor for Workplace Safety Control Equipment and Industrial Edge AI Solutions
The industrial market is dynamic and constantly evolving, requiring companies to ceaselessly adapt to new technologies in order to optimize processes and improve efficiency to remain competitive. Portwell’s PEAI-9910 embedded system solution, integrated with the 13th Gen Intel®Core™ i3/i5/i7/i9 processor, offers a range of capabilities that address key challenges in the industrial market.
Industrial operations face various ever-increasing hindrances such as rising operating costs, stringent safety regulations, complex supply chain management, and the need for continuous process improvement. Consequently, there is a growing demand for “intelligently automatic” tools/solutions that prioritize worker/workplace safety, including accurately ensuring physical identification and compliance in sensitive environments; routinely monitoring industrial settings that involve heavy machinery; controlling, on a real-time basis, access to secure zones; and effectively optimizing safety inspection processes.
Portwell Rugged, Fanless and Compact Embedded System with Intel Atom® x7000E Series Processors for Industrial IoT Gateways and Intelligent Edge Appliances
TAIPEI, TAIWAN Portwell, Inc., a global leader in Industrial Personal Computers (IPC) and embedded computing solutions, announces the launch of the WEBS-21J0, a compact, fan-less and rugged embedded system featuring Intel Atom® x7000E Series Processors, Intel®Processor N Series, and Intel®Core™ i3 N-Series Processors. Designed to meet the diverse needs of various industries, the WEBS-21J0 offers optimized features and performance. Portwell, recognized as a Titanium-level partner in the Intel®Partner Alliance program, has developed this system to deliver outstanding performance and reliability.
Portwell COM Express Type 6 Module Featuring 13th Gen Intel®Core™ Processors for Medical Devices, Industrial Control and Edge Computing Solutions
Over the last few years, the widespread adoption of digitization across industries has been propelling innovative embedded computing designs to accelerate the digital transformation of applications such as medical devices, industrial control, and edge/network communications. 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.
