SINSMART i9 High-Performance Marine Industrial PC | Powering Complex Simulation Systems with Efficiency

As the shipbuilding industry embraces higher levels of digitalization and intelligence, demand for high-performance simulation computing has surged. From navigation simulation and equipment condition monitoring to control system verification, reliable and efficient computing platforms have become indispensable.

Industry Background

Modern shipbuilding projects involve increasingly complex systems that must be simulated and validated before deployment. A marine industrial PC serves as the backbone for these critical tasks, requiring not only compliance with harsh maritime environments, but also robust data processing and graphics performance to reproduce real-world operating conditions accurately.

Customer Requirements

A SINSMART client in the maritime sector sought to build a high-performance simulation system capable of replicating vessel systems and critical equipment operation. Their key requirements included:

1. Processor: At least Intel® Core™ i7 performance level.

2. Graphics: Dedicated GPU with strong rendering power.

3. Form Factor: Rack-mounted chassis for standard cabinets, ensuring long-term stability in professional simulation environments.

4. Scalability: Multi-display support, expansion capacity, and reliable network connectivity.

SINSMART Recommended Solution

Based on these needs, SINSMART proposed the SIN-610L-BQ670MA, a 4U rackmount pc designed for intensive simulation computing. This system combines top-tier performance, high reliability, and to meet the complex demands of marine applications.

1. Core Performance

• Processor: 12th Gen Intel® Core™ i9-13900K, far surpassing i7 performance, delivering exceptional multi-core processing for high-concurrency simulation workloads.

• Memory & Storage: Supports up to 128GB quad-channel DDR4 memory, with 4 × SATA III and 1 × M.2 M-key slot for high-speed storage, ensuring seamless loading of large simulation models.

• Graphics: Compatible with NVIDIA RTX 4060 discrete GPU, offering powerful rendering, multi-display output, and precise visual fidelity for simulation environments.
  
  

2. Rich I/O Interfaces

• Video Outputs: VGA, HDMI, DVI, and eDP for multi-screen simulation demonstrations.

• Serial Ports: 6 × COM (RS232/422/485) for seamless integration with marine equipment.

• USB Ports: 11 total (including 6 × USB 3.0) for peripheral connectivity.

• Networking: Dual Gigabit Ethernet ports for fast and stable data transmission.

• Expansion: 2 × PCIe x16, 4 × PCIe x4, 1 × PCI slot, and 1 × M.2 E-key for wireless module support and functional scalability.

3. Chassis & Deployment

The SIN-610L industrial chassis features optimized cooling design and cabinet-ready installation, ideal for ship engine rooms and constrained spaces. Its rugged structure ensures long-term stability and reliability under maritime conditions.

Conclusion

The SINSMART SIN-610L-BQ670MA high-performance marine industrial PC delivers exactly what the client required—powerful processing, strong GPU performance, rich expandability, and rugged adaptability. By enhancing the efficiency of complex simulation systems, this solution not only strengthens simulation accuracy, but also demonstrates industrial computer manufacturer SINSMART’s deep expertise in industrial computing integration.

With SINSMART’s cutting-edge marine rack pc solutions, the shipbuilding industry can achieve more precise, efficient, and reliable simulation capabilities, paving the way for the future of smart maritime operations.