Factories want small computer systems that run AI and work in robust circumstances. This method suits areas, expands simply, and stays dependable.
Factories and machine builders face challenges becoming highly effective computing into tight areas, dealing with high-speed AI duties, and guaranteeing programs survive harsh circumstances. They want compact, dependable machines that may handle warmth, assist versatile I/O, and scale with numerous machine imaginative and prescient necessities.
Cincoze’s MAGNET line, its fourth product household, tackles these points with DIN-Rail embedded computer systems designed for the Machine Degree in sensible manufacturing. The primary mannequin, MD-3000, delivers desktop-grade computing in a compact 150 mm chassis whereas supporting Intel Core processors, as much as six-slot Scalable Enlargement Decks (SEDs), and over ten Scalable Enlargement Modules (SEMs). This flexibility lets customers increase for numerous I/O, storage, and AI wants.
For top-speed picture processing and AI inference, first mannequin helps Intel twelfth–14th Gen Core CPUs (35–65 W), as much as 96 GB DDR5 reminiscence, and twin NVMe SSDs. Warmth administration within the small chassis is dealt with with two patented options: the Dynamic Thermal Mechanism transfers warmth effectively from the CPU to exterior fins, and Good OTP screens fan standing, adjusting cooling to take care of secure long-term CPU efficiency.
The modular SED and SEM design permits customers to combine 2-, 4-, or 6-slot decks with hot-swappable modules for I/O interfaces, PoE, M.2 growth, and storage, whereas a guiding rail system simplifies set up and upkeep.
With DIN-Rail assist, 150 mm top, and front-facing I/O, the mannequin suits tight management cupboards. It withstands large temperatures, large voltage enter, shock, vibration, and meets industrial EMC requirements, guaranteeing dependable operation.
The mannequin combines excessive efficiency, modular scalability, compact design, and rugged reliability, offering a strong computing core for sensible manufacturing and machine imaginative and prescient purposes.
