Industrial System Service
68Pages

Industrial System Solution Guide

About Portwell Portwell, Inc. was founded in 1993 and entered the Industrial PC market in 1995 by developing single-board computers. Today, our continuous development of leading-edge products has resulted in strong growth in market shares and revenue, a firm place on the Taipei stock exchange (TAISDAQ), and has established Portwell as a major worldwide supplier of specialty computing application platforms and services. Portwell, Inc. is a Premier member of the Intel® Internet of Things Solutions Alliance. From modular components to market-ready systems, Intel and the 250+ global member...

Portwell is famous for her platform service that could offer the following benefits to customers. Complete Product Portfolio Select from our full range of both off-the-shelf and versatile custom solutions to scale your products. Portwell provides not only board-level products but also peripheral-level and complete system solutions. Implement Latest Intel Technology Portwell delivers cutting-edge solutions not only to meet and exceed the demand for the newest technologies, but also the need for greater product life cycles. Since partnering with Intel in 1999, and with streamline access to...

System Production Flow IPQC Verifies that all the production processes are completed correctly and accordingly to specification. Visual Inspection Visual Inspection Once systems have been assembled, they will have already been visually inspected. Our inspectors ensure all components and accessories are assembled properly and follow MFG before testing. Assembly Makes certain that all the system components were assembled properly (Main board, Cable, Fan, HDD, etc.) Kiting Material Shipping Shipping In order to meet the demands of storage, transportation, loading and unloading the products...

Basic Function Test In order to ensure the system product is able to boot up by Dynamic Burn-In, 100% of the system products are tested for electronic functionality via a Basic Function Testing after assembly. Dynamic Burn In Test Basic Function Test Production Flow DBI is the test used before the product is shipped out. The purpose is to screen possible weaknesses and failures which affect its reliability under different environments. Advanced Function Test Advanced Function Test This procedure is to ensure the quality and functionality of the system product after the Burn-in test. Packing...

Table of Contents EMBEDDED COMPUTING SYSTEM 7 WEBS Reference Table Quality Assurance Brick concept Design Concept for WEBS-5400 Series Rugged Concept WEBS Mounting Solution WEBS-2170 Embedded rugged fan-less system with Intel® AtomTM D2550 based NANO-ITX board Embedded rugged fan-less system with Intel® Atom™ E3800 Series based NANOITX board Embedded rugged fan-less system with Intel® Celeron and Core™ i5/i7 based Mini-ITX board WEBS-5481-S Embedded rugged fan-less system with Intel® Celeron and Core™ i3/i5/i7 based specific form factor board WEBS-5481 Embedded rugged fan-less system with...

DC/DC PS/2 ATX power supply DC/DC PS/2 ATX power supply 350W+350W mini-redundant with active PFC power supply 460W+460W mini-redundant with active PFC power supply output), Board type Board Type supply with active PFC output. Board Type Converter 120W universal input open-frame power supply GADIWA-3161 output, Board Type Converter 120W universal input open-frame, 80W universal input open-frame power supply 60W universal input open-frame power supply

What is WEBS WEBS: Portwell Intelligent Fan-less System Compact, Flexible, Rugged Computing Systems With leading embedded computing technology, Portwell has developed the industrial grade WEBS fan-less computing systems for harsh environment such as factory automation, transportation, facility management, networking and public works. To meet these harsh environmental parameters, each WEBS computing system is designed by precise thermal s imulation and verification to make the system stable and user friendly. The all-aluminum chassis design provides effective heat dissipation and transfers...

Quality Assurance 1 Design & Analysis Portwell WEBS systems undergo quality assurance procedures during the critical early stages of development. Designing a stable product makes it easy for quality checking and complies with Design for Quality (DFQ). At the development stage the product design also involves the material and assembly important for production, with the focus on Design for Manufacturability (DFM). This develops simple, consistent and efficient system structures and endows the product with a stable quality. With their experienced engineering team and complete 3D circuit and...

Quality Assurance Second is to maximize the arrangement of heat dissipation by system design. WEBS systems are designed with an all-aluminum chassis that is ideal for heat dissipation. Heat sinks link the ICs on the embedded board and the aluminum chassis for direct heat transference. The heat transfers from the bottom up so the lower temperature is at the chassis top for greater ease of use and protection. The pictures below illustrate the heat flow of a WEBS system. Balancing the heat of the product in this way makes the perfect fan-less system. 3 Thermal Validation After completing the...

WEBS Reference Table Intel® Core™ i5/i7 PGA 989 Mobile Processor Intel® 4th Gerenation Desktop Core™ Low Power Processor Phoenix uEFI Phoenix uEFI Phoenix uEFI Phoenix uEFI Graphic Controller Mic-in, Line-out Line-in, Line-out, Mic-in Line-in, Line-out, Mic-in Line-in, Line-out, Mic-in Full-size Mini-PCIe Half-size Mini-PCIe Full-size Mini-PCIe Full-size Mini-PCIe Full-size Mini-PCIe Stor. Temp Model M/B Form Factor CPU Chipset BIOS Audio Codec Super I/O Storage Shock Dimension(WxDxH) Mechanical Weight WEBS Reference Table

WEBS Reference Table Specific form factor 170 x 135 x 1.6 mm Specific form factor 170 x 135 x 1.6 mm Specific form factor 170 x 135 x 1.6 mm Intel® 4th Gerenation Desktop Core™ Low Power Processor Intel® 4th Gerenation ULT Core™ i Processor Intel® 4th Gerenation ULT Core™ i Processor Intel® 4th Gerenation ULT Core™ i Processor Phoenix uEFI CFEX, 2.5" SATA HDD mSATA CFEX, 2.5" SATA HDD mSATA CFEX, 2.5" SATA HDD mSATA Line-in, Line-out, Mic-in Line-out, Mic-in Line-out, Mic-in Full-size Mini-PCIe 2x PCIe (or 1x PCIe + 1x PCI) Full-size Mini-PCIe Half-size Mini-PCIe 2x Optinal Graphic Module...