Industrial Flash Storage for Industrial Kitchen Controls
For industrial kitchens, industrial flash storage plays a critical part of ensuring quality control and accurate data reads in everything from industrial refrigeration to industrial oven settings. Automation allows processes to work as efficiently as possible, while also removing the risk of human error from the equation. At the core of effective automation is industrial flash memory. Industrial flash memory is specifically designed to provide reliable data storage in rugged environments. Of particular relevance for industrial kitchen lines is the ability of industrial flash memory to tolerate extreme temperatures, from -40 degrees C to 85 degrees C. Users can rest assured that cooking and storage temperatures won’t affect the integrity of the data that is essential for their automated processes. Could industrial flash storage for industrial kitchens be a solution for your application? Here is what you need to know.
Understanding the Basics of Industrial Storage
Industrial flash memory typically refers to single-level cell, or SLC, flash technology. Only one bit of data is stored per cell in this kind of flash memory. As a result, operations are much faster than with other kinds of flash memory. Storing one bit of data per cell also reduces the risk of data loss during programming operations. With SLC flash memory, rugged operating conditions won’t derail the data storage. In addition to its tolerance to extreme temperatures, industrial flash memory can withstand high levels of shock and vibration without data loss.
Using Industrial Flash Storage for Industrial Kitchen Controls
For industrial kitchen controls, industrial flash storage is a key part of automation. In the automation process, flash memory is used for machine control, process monitoring, and programming updates. Once processes are programmed into the flash memory, automation allows the machines to execute tasks that would otherwise require hands-on execution from employees. Automation streamlines the processes, offering multiple advantages. For industrial kitchens, automation means improved precision, faster turnaround times, and longer production hours. It can also be a cost-effective solution, as it can reduce employee overhead and allow employees to focus on more intricate parts of the operation. Additionally, automation processes will monitor the system for processing errors, allowing operators to get ahead of any production issues before a major failure occurs.
Selecting Industrial Flash Storage for Industrial Kitchen Controls
For some flash memory users, a challenge with industrial grade storage and SLC flash technology is that there are inherent storage capacity limitations when storing only one bit of data per cell. For these users, MLC (multi-level cell) flash that is manufactured for industrial grade applications may be a solution. MLC flash memory allows two bits of data to be stored per cell, thus increasing storage. However, for industrial kitchen controls, SLC flash is usually the best choice. For automation processes, new data will not be written frequently; the processes are programmed and run repeatedly, but since write processes are not as frequent, SLC storage is usually sufficient.
Are you still trying to make your mind up about flash storage for your industrial kitchen? Delkin can help. Explain your needs to our team, and we will help you find the best embedded storage solution for your application.
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