Industrial Intelligent Computer（IPC）

The SP5010 is a standard 1U rack-mount industrial PC based on a domestically developed solution, maintaining both stability and reliability while complying with domestic production policies. Supporting the Windows open ecosystem and possessing the powerful control capabilities of a PLC, the SP5010 can easily handle complex tasks such as logic control and motion control. This compact device enables efficient computation within limited spaces and is widely used in 3C manufacturing, semiconductor, and automotive manufacturing industries, meeting various industrial automation needs.

The SP5040 is a standard 4U rack-mounted industrial PC with a modular design, featuring a wide range of expansion interfaces. It can support up to 7 PCI and PCIe expansion slots, providing powerful interface expansion capabilities for complex industrial scenarios. In addition, the SP5040 is equipped with a highly reliable industrial power supply and offers support for multiple hard drives, making it suitable for applications that require large storage capacity and high expandability, such as smart manufacturing, automation control, and industrial data acquisition.

The SP5040 is a standard 4U rack-mounted industrial PC with a modular design, featuring a wide range of expansion interfaces. It can support up to 7 PCI and PCIe expansion slots, providing powerful interface expansion capabilities for complex industrial scenarios. In addition, the SP5040 is equipped with a highly reliable industrial power supply and offers support for multiple hard drives, making it suitable for applications that require large storage capacity and high expandability, such as smart manufacturing, automation control, and industrial data acquisition.

The SP6000 series IPC-type iComputer features an extremely compact design, enabling cloud-edge-terminal interconnected deployment in limited spaces. As a groundbreaking all-in-one computing and control iComputer, its system architecture is independently developed by Sinsegye, leveraging their extensive experience in industrial control and computing.

The SP7010 IPC-type iComputer product features 'small size, big intelligence', integrating computing and control, with high computing power and flexible allocation of control and computing resources. It perfectly inherits the high-performance hardware platform of integrated computing and control, supports the open Windows ecosystem, and also possesses the strong control capabilities of a PLC. It not only supports traditional logic control and motion control, but also upper-level deployment and complex third-party applications, such as vision algorithms, and can be used in scenarios like photo positioning.

The characteristics of the SP7020 series products are "computing, control and display are integrated, computing is greater than control, and computing and control resources are flexibly allocated". It perfectly inherits the high-performance hardware carrier of computing and control integration, supports the expansion of various PCIE cards, such as graphics cards, network port cards, serial port cards, CAN cards, etc., and supports the expansion of large computing power GPUs. It has an open Windows ecosystem and powerful PLC control capabilities. It not only has traditional logic control and motion control, but also supports the upper deployment of third-party complex applications, such as visual algorithms.

Since its release in the first half of 24, the SP7020 series iComputer has been widely used in 3C, semiconductors, photovoltaics, CNC and other fields. The SP7020 series IPC-type industrial intelligent machine perfectly integrates the upper computer and the lower computer. Compared with traditional distributed control solutions, it simplifies installation and saves space, which can save more than 30% of the deployment hardware cost.

The characteristics of the SP7022 series products are "computing, control and display are integrated, computing is greater than control, and computing and control resources are flexibly allocated". It perfectly inherits the high-performance hardware carrier of computing and control integration, supports the expansion of various PCIE cards, such as graphics cards, network port cards, serial port cards, CAN cards, etc., and supports the expansion of large computing power GPUs. It has an open Windows ecosystem and powerful PLC control capabilities. It not only has traditional logic control and motion control, but also supports the upper deployment of third-party complex applications, such as visual algorithms.

Since its release in the first half of 24, the SP7022 series iComputer has been widely used in 3C, semiconductors, photovoltaics, CNC and other fields. The SP7022 series IPC-type industrial intelligent machine perfectly integrates the upper computer and the lower computer. Compared with traditional distributed control solutions, it simplifies installation and saves space, which can save more than 30% of the deployment hardware cost.

The characteristics of the SP7022 series products are "computing, control and display are integrated, computing is greater than control, and computing and control resources are flexibly allocated". It perfectly inherits the high-performance hardware carrier of computing and control integration, supports the expansion of various PCIE cards, such as graphics cards, network port cards, serial port cards, CAN cards, etc., and supports the expansion of large computing power GPUs. It has an open Windows ecosystem and powerful PLC control capabilities. It not only has traditional logic control and motion control, but also supports the upper deployment of third-party complex applications, such as visual algorithms.

Since its release in the first half of 24, the SP7022 series iComputer has been widely used in 3C, semiconductors, photovoltaics, CNC and other fields. The SP7022 series IPC-type industrial intelligent machine perfectly integrates the upper computer and the lower computer. Compared with traditional distributed control solutions, it simplifies installation and saves space, which can save more than 30% of the deployment hardware cost.