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Telecommunications | High-Efficiency Data Acquisition Industrial Computer Solution for Civil Satellite Communications

2025-06-21 09:51:50

1. Industry Background
Satellite communication technology is becoming increasingly important in areas such as environmental monitoring, emergency communications, and smart cities. These systems are generally installed in open areas such as rooftops or remote base stations, necessitating long-term stability in order to capture real-time important data such as weather, environmental conditions, and human movement patterns.

Outdoor temperature changes, humidity, dust, and other environmental conditions place additional strain on the dependability, processing power, and interface compatibility of the fundamental data processing unit—the industrial computer.

2. Customer Profile

The customer specializes in civil satellite communication services, installing site equipment on rooftops to collect and analyze multidimensional data about the surrounding environment.

Unlike military systems, civil applications value cost-effectiveness and versatility over high-security or modular architectures. To provide real-time signal gathering and transmission, the equipment must have consistent and dependable data processing capabilities, as well as robust peripheral connectivity.

High-Efficiency Data Acquisition Industrial Computer Solution2

3. Customer Requirements

Robust Processing Power: The software relies heavily on CPU performance rather than GPU, requiring a minimum of 12 cores to efficiently handle real-time data streams from multiple channels, such as meteorological data and trajectory tracking.

Extensive Serial Port Expansion: To connect meteorological sensors, positioning devices, and communication modems.

High-Efficiency Network Connectivity: Dual Gigabit Ethernet ports to ensure sufficient bandwidth for data backhaul and remote management.

Flexible Expansion Capabilities: PCIe/PCI slots for easy integration of additional modules.

4. SINSMART Solution Recommendation

To meet the customer’s needs, SINSMART, a leading industrial computer manufacturer, recommends the high-performance industrial rackmount computer SIN-610L-BH610MA, tailored precisely for civil satellite communication site requirements.

4.1 Mastering Multithreaded Tasks

Equipped with 12th/13th/14th-generation Intel Core processors, offering up to 14 cores, providing robust performance for CPU-intensive applications like meteorological analysis and trajectory tracking, ensuring efficient handling of multichannel data.

4.2 Diverse Industrial Interfaces

Serial Ports: Six COM ports, including two configurable RS485 ports, to meet the connectivity needs of sensors and serial devices.

USB Ports: Four USB 3.0 and five USB 2.0 ports for seamless connection to acquisition terminals and storage devices.

Dual Gigabit Ethernet Ports: Enable high-speed data backhaul and redundant network backup, ensuring reliable communication links.

4.3 Robust Expansion Capabilities

The 4u rackmount computer features one PCIe x16 slot, three PCIe x4 slots, and three PCI slots, providing ample room for future upgrades with acquisition cards, accelerator cards, or other modules.

Offers three SATA 3.0 interfaces and one M.2 M-Key slot to support both high-capacity storage and high-speed caching requirements.

High-Efficiency Data Acquisition Industrial Computer Solution4

High-Efficiency Data Acquisition Industrial Computer Solution4

5. Conclusion

With precise industrial computer selection and technical support, SINSMART empowers civil satellite communication customers to enhance data acquisition efficiency and system stability. This solution drives the deeper adoption of low-orbit satellite applications in smart cities, public safety, and other fields. For related application needs, please contact SINSMART’s customer service for more product details including rack pc, 1u rackmount pc, n97 industrial computers, embedded pc.