Read our collection of white papers to learn more about fanless computing and get helpful insights into IPC hardware.
Leverage Real-time Insights From the Edge
Making Buildings Smart
This eBook will give you a solid foundation to understand smart buildings and how you can gain actionable insights from edge data. It will cover smart building examples, what to look for in edge hardware, and how to get started collecting data for a smart building solution of your own.
How to bring resilient, stable, and flexible computing to harsh edge environments
This eBook will help you understand the value of collecting, controlling, and acting upon data on edge devices, and illuminate some of the specific infrastructure needs to optimize far edge deployments.
The Ultimate Guide to Supervisory Control And Data Acquisition (SCADA)
Learn how to get started building a SCADA solution
A SCADA (Supervisory Control and Data Acquisition) system, is designed to collect, analyze and visualize data to help inform actions. We’ve created this guide to highlight the significant benefits of modern SCADA and help you identify the key features of SCADA hardware and software. In this guide we also provide a few tips to help you get started implementing a smart SCADA solution of your own.
The Ultimate Guide to Choosing an Industrial Computer
Our Complete Guide and Configuration Checklist
We’ve collected the most important information to consider before selecting the hardware platform for your project. In this guide you'll learn which variables, configuration options, software choices and more will inform the hardware you need to launch a successful project.
Hardware TPM, sometimes called discrete or dTPM, has become the go-to solution for securing computer hardware. But recently, Intel and AMD have developed their own technologies for securing systems to TPM 2.0 standards using onboard system components without the need for a dedicated cryptoprocessor. Learn more about the similarities and differences between these solutions in our quick reference guide.
Careful thought and consideration has gone into selecting and configuring the perfect fanless computer for your industrial IoT, Industry 4.0 or edge computing project. Don't let the last step in the process undo all that hard work. Download our Fanless Computer Installation Guide and learn all the dos and don'ts to ensure your project is a success.
Protect Your Computer From Particulate Rich Environments
Got dust? Most production environments do. If it isn’t dust, it’s grease, corrosives, or other particulate that harms electronic components and makes IT challenging in the manufacturing space. Airborne hazards break down computer fans and coat motherboards. The end result is system breakdown and production line downtime.
Enhancing Hardware Reliability by Engineering Dependability
In the world of computer hardware and other electronics, Mean Time Between Failure (MTBF) attempts to quantify the dependability of components and systems. But in evaluating the potential total cost of ownership of IPC devices there are a number of other important factors to consider. Learn what MTBF ignores.
Find out which RAID storage solution is best for you
RAID (Redundant Array of Independent Disks) is a technology used to stitch multiple storage drives together into a single volume for a variety of purposes, such as improved read/write speeds and data protection through redundancy. Download our Ultimate Guide to RAID to learn how you can improve your business processes and protect your mission critical data.
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Customers are responsible for all shipping and insurance charges. OnLogic will ship anywhere in the U.S., Canada and, at its discretion and under specific terms, to other international destinations. If items ordered are in stock and customer payment is confirmed, orders consisting solely of components (no built systems) that are placed before 5 p.m. eastern standard time usually ship the same business day if using UPS as the shipping method.
Please note: this is not guaranteed. Orders for products consisting of multiple components that have been assembled into a system by or for OnLogic usually require 3-5 full business days for building and testing. Volume Orders may take longer. Rush orders for systems must be placed by 1:00 p.m. eastern standard time in order to ship by the end of business the next day.
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