Thank you for the question. Yes, digital twins could be leveraged in load forecasting applications. By creating a virtual replica of the power network, they can simulate different scenarios, analyze data, and predict future load demand based on historical data. The models would, of course, need to be constantly updated to keep pace with changes to the network or user behavior.

Thanks for the question. Gigatransfers per second and Gigabits per second are not the same. The difference has to do with data encoding and how bandwidth is specified versus the real-world amount of data being sent and received. There's a more detailed explanation and a helpful chart for reference here - docs.baslerweb.com/knowledge/transfer-speeds-explained-gigatransfers-per-second-gts. Hope that helps.

Mostly true for all thin or zero clients I've looked at

Happy to hear that, thank you!

Thanks for the questions. There are a lot of factors that will impact your particular experience with a hard drive, and SSD technology is constantly evolving, but here are some broad responses to your questions. Many photographers and other professionals who store a large quantity of image files prefer HDDs for long-term storage because of cost, durability, and data recovery ease. HDDs can often provide higher capacity at a lower cost per gigabyte (though the gap is closing). While HDDs are more susceptible to physical damage, they can reliably retain data for a long time when properly stored, whereas unpowered SSDs can suffer from data loss. Similarly, data recovery can be a more simple and effective process for HDDs (though this isn't always the case). In terms of security, neither SSDs nor HDDs inherently provide stronger security. If your drive is stolen, the data on it can be accessed. To protect your data, you should encrypt your drives using encryption software. The date, time, and location data (metadata) embedded in your photos will be preserved when you copy them to an SSD or HDD. This information is part of the photo file itself and will remain unchanged. HDDs can last for many years, often a decade or more, with proper care. However, technology advances, and you might consider upgrading for performance or capacity reasons. The frequency of upgrades depends on your needs. If you're simply archiving photos, you might not need to upgrade very often. SSDs are significantly faster than HDDs for reading and writing data. However, for long-term storage where you're primarily accessing data infrequently, this speed difference is less critical. As I'm sure you can imagine, there are a WIDE array of opinions on this topic, and everyone's experience and needs are different, but we hope this was helpful. Thanks for watching!

@@OnLogic thank you very much!!

Thank you!

Thanks for the question! The Karbon 802 ( www.onlogic.com/store/k802/ ) can be configured with virtually the same connectivity by using its dual-ModBay expansion slots, and features as much (and more, depending on your CPU of choice) processing performance, as the Tacton TC401.

Thanks for the question! The majority of our Rugged computers are rated from -40 to 70C: www.onlogic.com/store/computers/rugged/. If that extra 5 degrees on the top end is crucial, our team would be happy to discuss other options: www.onlogic.com/contact/.

Thank you for watching and for that feedback, much appreciated!

Thanks for asking! We talk about a few different systems in this video. You can configure all of our systems, see the price, and purchase directly on our website - www.onlogic.com/store/.

If you need an HDD for something go with something that has 5400 RPM. Only 7200RPM+ is loud. 5400 is silent.

LMfao