Application Strategy Of 4u Industrial Computer In Integrated Outdoor Cabinets

I. Industry Introduction of Outdoor Cabinets

Integrator outdoor cabinets are a solution that integrates multiple devices and systems into a unified outdoor cabinet. It provides a safe and reliable environment for installing and protecting various electronic equipment, communication equipment, control systems and other related equipment.

Integrator outdoor cabinets are widely used in various application scenarios such as telecommunications base stations, Internet of Things, smart cities, transportation systems and energy fields. They provide a centralized, safe and efficient solution that enables various equipment and systems to operate reliably in outdoor environments and simplifies the process of installation, maintenance and management.

2. Application of outdoor cabinet equipment

1. Telecom base station: Integrated outdoor cabinets are widely used in telecommunication base stations to install and protect communication equipment, network equipment, power management, environmental monitoring, etc. Integrated outdoor cabinets can provide waterproof, dustproof, anti-corrosion and other functions, and have security performance such as anti-theft, anti-destruction and fire prevention.

2. Internet of Things: Integrated outdoor cabinets can be used to install and protect Internet of Things devices such as sensors, controllers, smart devices, etc. They can provide appropriate environmental control to ensure that the equipment operates within the appropriate operating temperature range, and provide remote management and monitoring functions so that administrators can monitor and manage the equipment in real time.

3. Smart City: Integrated outdoor cabinets can be used to install and protect various devices and systems in smart cities, such as urban monitoring systems, traffic signal systems, public safety systems, etc. Integrated outdoor cabinets can integrate multiple devices and systems to achieve collaborative work and interoperability between devices.

4. Energy field: Integrated outdoor cabinets can be used to install and protect various energy equipment, such as solar panels, wind turbines, power control systems, etc. They can provide appropriate environmental control and safety performance to ensure that the equipment can operate safely and reliably under harsh environmental conditions.

3. Customer requirements

1. Requires a Core 12th generation processor

2. Requires 5 USB ports

3. Requires support for Windows 10 system

4. Provide solutions

Equipment type: 4u industrial computer

Equipment model: SIN-610L-IZ690MA

Product advantages

1. Equipped with the 12th generation Core processor, this processor uses the new Cypress Cove architecture, has a higher clock frequency and more cache, and improves the performance by about 19% compared with the previous generation processor

2. The Core 12th generation processor has built-in Intel's Xe-LP integrated graphics card, which supports more displays and higher resolutions, and has better graphics performance.

3. 128G high-speed memory is compatible and reliable. DDR4 high-frequency large memory greatly increases bandwidth and can significantly improve your work efficiency. You can enjoy a smooth experience no matter what environment.

4. 17 USB interfaces, high-speed USB interface data transmission is stable and fast

5. Development Prospects

As a solution, integrated outdoor cabinets have broad market prospects. With the rapid development of smart cities, 5G networks, the Internet of Things and other fields, the demand for integrated outdoor cabinets will continue to grow. At the same time, with the increasing popularization of the concept of sustainable development, environmentally friendly integrated outdoor cabinets will also receive more and more attention.

SINSMART Technology's products undergo numerous rigorous tests throughout the development process to ensure reliability and durability. These tests include comprehensive testing of all high-speed signals during the design phase and rigorous durability testing for extreme temperatures, shocks, and vibrations to ensure that the product can operate stably even in harsh environments.