EDGE DEVICES

IPCs and Edge IPCs

At SALZ Automation, our range of IPCs and Edge IPCs is designed to meet the evolving demands of modern industrial environments. Whether you need reliable performance for machine control, visualization, or edge-level decision-making, our solutions deliver seamless IT/OT convergence—right at the device level.

By processing data closer to the source, Edge IPCs reduce latency, enhance responsiveness, and enable real-time analytics and machine learning—without relying solely on the cloud. Meanwhile, our Industrial PCs (IPCs) provide the stable backbone needed for traditional industrial computing tasks.

Explore our IPCs and Edge IPCs below.

IPCs (Industrial PCs)

Available with Intel Celeron, Intel Core i3, i5, and i7 processors

Industrial PCs are purpose-built for reliability and performance in demanding industrial environments. Designed for seamless integration into automation, control, and monitoring systems, these IPCs are available with a wide range of memory and storage configurations to suit every application.

Choose from 4GB, 8GB, 16GB, or 32GB DDR4 RAM, and pair it with your preferred storage: M.2 SSDs in 128GB, 256GB, 512GB, and 1TB variants. This flexibility ensures you get the right balance of speed, capacity, and reliability for your industrial tasks.

Select from a comprehensive lineup of processors to match your performance needs. Each processor variant is available with multiple USB and COM ports, as well as advanced terminal options for flexible connectivity. Explore the full range to find the perfect fit for your industrial application:

Intel® Celeron®

Industrial PCs

Intel® Celeron® J6412-based Industrial PCs are engineered to deliver reliable computing, control, and monitoring in industrial environments. These IPCs are ideal for applications demanding stable performance and low power consumption.

DDR4 RAM
M.2 SSD

OS: WIN11, LINUX

Industrial PCs feature onboard Wi-Fi, multiple USB ports, SIM/TF card slots, 2x LAN, COM (RS232/RS485), Audio I/O, HDMI, VGA interfaces, and a 12-pin terminal.

Configuration:

Series M IPCs
Intel® Celeron® Processor J6412
RAM: 4GB/ 8GB/ 16GB/ 32GB
M.2 SSD: 128GB/ 256GB / 512GB/ 1TB

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Intel® Core™ i3

Industrial PCs

Intel® Core™ i3-1215U-based Industrial PCs offer a balanced mix of performance and efficiency, making them ideal for general-purpose industrial applications such as data acquisition, HMI interfaces, where low power consumption is key.

DDR4 RAM
M.2 SSD

OS: WIN11, LINUX

Industrial PCs feature onboard Wi-Fi, multiple USB ports, SIM/TF card slots, 2x LAN, COM (RS232/RS485), Audio I/O, HDMI, VGA interfaces, and a 12-pin terminal.

Configuration:

Series M IPCs
Intel® Core™ i3-1215U
RAM: 4GB/ 8GB/ 16GB/ 32GB
M.2 SSD: 128GB/ 256GB / 512GB/ 1TB

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Intel® Core™ i5

Industrial PCs

Intel® Core™ i5-1235U-based Industrial PCs provide enhanced multitasking and processing capabilities, well-suited for mid-range automation tasks, SCADA systems, and industrial control applications requiring reliable and responsive computing.

DDR4 RAM
M.2 SSD

OS: WIN11, LINUX

Industrial PCs feature onboard Wi-Fi, multiple USB ports, SIM/TF card slots, 2x LAN, COM (RS232/RS485), Audio I/O, HDMI, VGA interfaces., and a 12-pin terminal.

Configuration:

Series M IPCs
Intel® Core™ i5-1235U
RAM: 4GB/ 8GB/ 16GB/ 32GB
M.2 SSD: 128GB/ 256GB / 512GB/ 1TB

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Intel® Core™ i7

Industrial PCs

Intel® Core™ i7-1255U-based Industrial PCs deliver high-performance computing for demanding industrial workloads such as, real-time monitoring, and advanced control systems, all while maintaining energy efficiency and long-term reliability.

DDR4 RAM
M.2 SSD

OS: WIN11, LINUX

Industrial PCs feature onboard Wi-Fi, multiple USB ports, SIM/TF card slots, 2x LAN, COM (RS232/RS485), Audio I/O, HDMI, VGA interfaces., and a 12-pin terminal.

Configuration:

Series M IPCs
Intel® Core™ i7-1255U
RAM: 4GB/ 8GB/ 16GB/ 32GB
M.2 SSD: 128GB/ 256GB / 512GB/ 1TB

to products

These devices function as vital network interfaces in industrial environments, handling communication between various systems while executing localized tasks such as data filtering, protocol conversion, and edge-level processing for improved efficiency.