Cincoze GP-3100: New in industrial GPU computing

The Cincoze GP-3100 is the latest model of industrial GPU computing, combining high performance with modular flexibility and robust design. It is designed for demanding applications such as artificial intelligence (AI), edge computing, machine vision and industrial automation systems.

Performance without compromise

The Cincoze GP-3100 is equipped with the latest Intel® Core™ 14th, 13th and 12th generation processors (i9/i7/i5/i3), which provide superior performance for the most demanding computing tasks. Its GPU slot supports graphics cards with TDP up to 250W, making it possible to use high-end graphics solutions for AI applications and machine learning.

Modular design of the Cincoze GP-3100

The computer offers a modular solution for maximum adaptation to various applications. It has up to 2 PCIe slots (16x and 4x), which allows the connection of additional cards, such as acceleration or communication modules. With support for two 2.5″ SATA SSD/HDD and an M.2 NVMe drive, the system can be easily expanded with the necessary storage capacity.

Durability and reliability

The Cincoze GP-3100 meets industry standards and is designed to operate in extreme conditions. It operates in a temperature range of -40 °C to 70 °C and is equipped with protection against shock, vibration and electromagnetic interference EMC.

Key features of the Cincoze GP-3100

• Processors: Intel® Core™ i9/i7/i5/i3 14th, 13th and 12th generation
• GPU support: Slot for graphics cards with TDP up to 250 W
• Memory: Up to 64 GB DDR4
• Storage: Two 2.5″ SATA and one M.2 NVMe drive
• LAN: Support for two 10GbE LAN ports for fast and stable communication
• Expansion: Up to two PCIe slots (16x and 4x), CMI and CFM modules for expansion I/O Functions
• Functions: Supports engine start and ignition sensing – ideal for automotive applications
• Durability: Operates in temperatures from -40°C to 70°C

Typical Applications

The Cincoze GP-3100 is a high-performance industrial computer designed for demanding applications that require high processing power, reliability and expandability. Here are some examples of applications where this computer could be effectively used:

1. Machine Vision and Quality Control
   • Processing images from high-speed cameras for real-time product quality control.
   • Used in production lines for pattern recognition, defect detection and measurement.
2. AI and Edge Computing
   • Deploying machine learning and artificial intelligence models at the edge of the network (Edge AI) for predictive maintenance, anomaly detection and process control.
   • Local analysis of data from IoT sensors without the need to send data to cloud systems.
3. Industrial Automation
   • Control and monitoring industrial robots and other equipment in factories.
   • Integration with PLCs (programmable logic controllers) and SCADA systems.
4. Energy and infrastructure management
   • Electricity network management and monitoring of renewable energy sources (solar and wind power plants).
   • Use in smart grid systems or in transmission system control.
5. Transportation systems
   • Deployment in trains, metros or buses for infrastructure management, monitoring and data processing in real time.
   • Support for intelligent systems for traffic monitoring and traffic light control.
6. Healthcare
   • Processing and analysis of image data from medical devices such as CT or MRI scanners.
   • Support for laboratory automation or biological sample analysis equipment.
7. Defense and security
   • Collection and analysis of data from camera systems for security and surveillance.
   • Use in military applications or in environments requiring high device durability.
8. Research and science
   • Scientific simulations and data collection from experimental devices.
   • Control of laboratory equipment or analysis of large data sets.

Are you interested in this product? Want to buy it or get more information? Write to us at [email protected] or call +420 597 407 321.