Cincoze Unveils the Compact and Rugged DC-1300 Series for Smart Manufacturing

Rugged embedded computing leader Cincoze has announced its latest innovation in the Rugged Computing – From its DIAMOND product line: the DC-1300 Series. This new entry-performance industrial computer delivers unmatched performance and expansion flexibility within a compact 185 x 131 x 56.5 mm chassis.

Designed to address the challenges of space-limited industrial environments, the DC-1300 Series integrates advanced processing power, robust I/O capabilities, and complete wireless connectivity options, ensuring seamless integration into smart manufacturing and industrial automation applications.

1. Next-Generation Performance with Intel® Alder Lake-N Processor Powered by the Intel® Alder Lake-N platform, the DC-1300 Series supports the Intel® Core™ i3-N305 processor, delivering a performance boost of 4.5 times compared to its predecessor. This enhanced processing power enables the system to handle a variety of demanding industrial workloads, such as real-time data acquisition, machine learning algorithms, AI-driven robotics, and process optimisation tasks. Whether it’s managing predictive maintenance systems, controlling high-speed production lines, or running sophisticated machine vision applications, the DC-1300 excels at ensuring smooth operations.

The processor’s advanced architecture is complemented by up to 16GB DDR5 4800MHz memory, providing the bandwidth required for multi-tasking and data-heavy processes common in modern industrial environments.

Powered by the Intel® Alder Lake-N platform, the DC-1300 Series supports the Intel® Core™ i3-N305 processor, offering 4.5 times the computing performance of its predecessor. This powerful processor is tailored for industrial workloads such as data acquisition, real-time analytics, and AI-driven automation, ensuring high efficiency in demanding applications. Combined with support for up to 16GB DDR5 4800MHz memory in a single slot, this system is built to handle intensive tasks with ease.

2. Compact Yet Powerful Design
   The DC-1300 stands out for its efficient use of space, with a remarkably compact footprint measuring just 185 x 131 x 56.5 mm. This makes it an ideal solution for environments where physical space is limited, such as production lines, robotics workstations, or other machinery with constrained layouts.

Despite its small size, the DC-1300 delivers exceptional computing power that rivals much larger systems. Its robust performance capabilities make it particularly well-suited for factory automation tasks, enabling seamless integration with industrial equipment and processes. Additionally, its high efficiency and reliability make it perfect for robotics control, where precision and consistent performance are paramount.

Whether deployed in tight enclosures or embedded into space-restricted machinery, the DC-1300 offers a harmonious balance of compact design and powerful functionality, empowering industries to innovate without compromising on space or performance.

3. Flexible Storage Options
   The DC-1300 is engineered with versatility in mind, offering a range of storage configurations to accommodate diverse industrial needs. It supports both 2.5-inch SATA HDD/SSD and Half-Slim SSD, providing reliable options for long-term archival storage or less demanding data workloads.

For applications requiring blazing-fast data access and higher performance, the DC-1300 is equipped with an M.2 slot, enabling the use of NVMe SSDs. These high-speed drives ensure exceptional read/write speeds, making them ideal for real-time data processing, analytics, and large-scale industrial workloads.

This storage flexibility allows the DC-1300 to adapt seamlessly to a variety of use cases:

• High-Speed Data Processing: Perfect for environments like factory automation or robotics, where real-time data access is crucial for controlling equipment or processing sensor inputs.
• Data Archival and Storage: Ideal for scenarios requiring long-term data retention, such as monitoring equipment logs, manufacturing records, or video footage from surveillance systems.
• Customizable Solutions: With the ability to mix and match storage types, users can tailor the system to balance performance, capacity, and cost according to their specific requirements.

Additional benefits include:

• Scalability: Expandable storage options to grow with increasing data needs.
• Reliability: Support for industrial-grade SSDs ensures stable operation in extreme temperatures or vibration-heavy environments.
• Energy Efficiency: Designed to optimise power consumption even with high-performance storage configurations.

By integrating advanced storage options, the DC-1300 provides a robust foundation for handling the complex data demands of modern industrial applications. Whether prioritising speed, capacity, or durability, this compact system delivers flexibility without compromise.

4. Rich Native I/O Interfaces
   The DC-1300 is purpose-built for seamless integration with industrial ecosystems, featuring an extensive range of native I/O interfaces to support diverse operational needs. Its connectivity options include:

• Multiple LAN Ports: These enable reliable, high-speed networking and support redundancy or multiple network configurations, ideal for connecting to IoT devices or managing industrial networks.
• USB Ports: High-speed USB ports facilitate easy connectivity with external devices such as barcode scanners, data loggers, and portable storage drives.
• COM Ports: Essential for legacy device compatibility, the COM ports allow seamless communication with older industrial equipment, including programmable logic controllers (PLCs) and CNC machines.
• 4K-Ready DisplayPort Output: Supporting crystal-clear visuals, the DisplayPort output enables the connection of high-resolution displays for monitoring, diagnostics, or user interfaces, meeting the demands of modern industrial control rooms.

These interfaces make the DC-1300 highly adaptable for connecting a wide array of devices and peripherals, empowering industries to modernise operations without overhauling existing setups.

Key Use Cases:

1. Sensor Networks: With multiple ports, the DC-1300 can act as a central hub for gathering real-time data from sensors, making it ideal for environments like smart factories or automated warehouses.
2. Control Systems: Its versatile I/O options enable integration with both modern and legacy control systems, ensuring operational continuity during upgrades or transitions.
3. Industrial Monitoring: By supporting 4K displays, the system is perfect for high-resolution dashboards and control panels, enhancing real-time visualisation of data and processes.
4. Edge Computing: Multiple LAN and COM ports allow the DC-1300 to handle distributed computing tasks at the edge, reducing latency and improving decision-making speed.

Benefits of Rich I/O Interfaces:

• Flexibility: Enables compatibility with a wide range of industrial peripherals, from sensors and actuators to modern displays.
• Future-Proofing: 4K-ready DisplayPort ensures compatibility with next-generation display standards.
• Efficient Upgrades: Supports integration with legacy devices, reducing costs and downtime during system enhancements.

The DC-1300’s robust connectivity options make it an invaluable tool for modern industrial operations, bridging the gap between legacy systems and cutting-edge technologies while maximising efficiency and reliability.

5. Stackable Expansion Box (SEB)
   The DC-1300 Series takes adaptability to the next level with the introduction of the Stackable Expansion Box (SEB). This innovative design leverages the system’s dual M.2 B Key slots, enabling modular expandability that caters to a variety of industrial requirements. The SEB provides seamless integration with specialised modules, including:

• I/O Modules: To increase the number of input/output interfaces for complex device management.
• CANbus Modules: Essential for applications requiring robust communication in automotive or industrial automation systems.
• Fieldbus Modules: Designed for advanced industrial networks, allowing compatibility with specialised communication protocols such as PROFIBUS, EtherCAT, or Modbus.

Key Advantages of the SEB:

1. Customisable Modular Design: Users can tailor the system by integrating additional sensors, communication protocols, or interfaces specific to their operational needs.
2. Enhanced Scalability: The stackable design ensures that expansion is simple and space-efficient, allowing future upgrades without overhauling the entire setup.
3. Cost-Effective Adaptability: The modularity eliminates the need to invest in multiple standalone systems, reducing costs while maintaining flexibility.

Industry Applications:

1. Smart Manufacturing:
   • The SEB facilitates real-time data capture from advanced machinery, supporting predictive maintenance and production optimisation.
   • Expanded I/O capabilities ensure seamless management of multiple devices, such as robotic arms, conveyors, and monitoring systems.
2. Smart Transportation:
   • Telemetry Integration: The SEB can enhance vehicle diagnostics by integrating with telemetry systems, enabling fleet management solutions that provide insights into fuel efficiency, maintenance needs, and route optimisation.
   • Compatibility with CANbus modules ensures efficient communication between vehicle subsystems for improved reliability.
3. Energy Management:
   • The SEB enables the incorporation of specialised Fieldbus modules, which are critical for monitoring and optimising power distribution in renewable energy systems such as solar farms and wind turbines.
   • It supports seamless integration with energy monitoring systems, enabling detailed tracking of performance metrics and maximising efficiency.

Future-Proof Flexibility:

With its stackable and modular architecture, the SEB transforms the DC-1300 into a highly adaptable and future-ready platform. As industries evolve, the SEB ensures that the system can keep pace with emerging technologies and growing operational demands. Whether it’s integrating the latest industrial communication standards or adding new functionality for specialised use cases, the SEB delivers a scalable and reliable solution.

The SEB for the DC-1300 Series empowers businesses to innovate and adapt, unlocking new possibilities across industries such as manufacturing, transportation, and energy management—all while maintaining the reliability and efficiency Cincoze is known for.

6. Wireless Connectivity for Smart Solutions
   The DC-1300 is designed to meet the demands of modern industrial applications by providing robust wireless connectivity options, including Wi-Fi, 5G, and GNSS. These advanced technologies enable reliable and high-speed data transmission, making the DC-1300 an ideal solution for IoT-enabled systems, smart devices, and distributed industrial networks.

Key Wireless Technologies:

1. Wi-Fi:
   • Ensures seamless local connectivity, enabling communication between devices and systems within a factory, warehouse, or office.
   • Perfect for real-time data sharing, enabling quick access to system diagnostics, remote controls, or cloud integration without the need for wired connections.
2. 5G:
   • Delivers ultra-fast data speeds and low latency, essential for real-time monitoring, large-scale data processing, and time-sensitive industrial applications.
   • Ideal for applications requiring massive IoT deployments, such as smart cities, autonomous vehicles, or high-speed transportation systems.
3. GNSS (Global Navigation Satellite System):
   • Supports accurate location tracking, making it a key enabler for fleet management, autonomous vehicles, and outdoor industrial operations.
   • Provides the precision required for applications such as smart logistics, navigation, and geospatial data analysis.

Industry Applications:

1. Smart Manufacturing:
   • Wireless connectivity enables real-time monitoring of production lines and equipment through IoT-enabled sensors.
   • Facilitates seamless communication between machinery, ensuring operational efficiency and reduced downtime.
2. Smart Transportation and Logistics:
   • 5G and GNSS technologies are critical for fleet management, allowing detailed vehicle diagnostics, route optimisation, and real-time tracking.
   • Supports autonomous vehicle communication, ensuring smooth navigation and improved safety.
3. Remote Energy Management:
   • Wi-Fi and 5G enable remote monitoring and control of renewable energy systems, such as solar farms or wind turbines.
   • GNSS integration aids in tracking and managing mobile energy platforms or remote installations.
4. Smart Cities:
   • The DC-1300’s wireless capabilities empower applications like intelligent traffic systems, public transportation networks, and environmental monitoring.
   • Enables seamless communication between IoT devices, creating efficient and connected urban environments.

Advantages of Wireless Connectivity:

• Flexibility: Eliminates the need for extensive cabling, reducing installation complexity and costs.
• Scalability: Supports growing networks of IoT devices, allowing businesses to expand their operations easily.
• Real-Time Data: Enables instant access to critical insights, improving decision-making and operational efficiency.
• Reliability: Designed to provide stable and secure connections, even in challenging industrial environments.

By integrating advanced wireless technologies, the DC-1300 facilitates the development of smart solutions that revolutionise traditional industrial processes. Whether used in manufacturing, logistics, or energy, its wireless capabilities ensure uninterrupted communication and data flow across distributed networks, paving the way for innovation and efficiency.

7. Rugged Durability

The DC-1300 is purpose-built to perform reliably in harsh and demanding industrial environments. With a rugged design and adherence to stringent standards, it               ensures operational stability even in the most challenging conditions.

Key Durability Features:

1. Wide Temperature Range:
   • The DC-1300 supports operations in temperatures ranging from -40°C to 70°C, making it suitable for both freezing cold and scorching heat.
   • Ideal for applications in outdoor environments, refrigerated facilities, desert-like conditions, or temperature-sensitive manufacturing plants.
2. Wide Voltage Input:
   • With support for a 9-48 VDC input range, the DC-1300 is compatible with a variety of power sources, including unstable or fluctuating industrial power systems.
   • This ensures consistent performance in environments such as transportation, remote facilities, and mobile installations.
3. EMC Compliance:
   • Adhering to IEC 61000-6-2/4 EMC standards, the DC-1300 is resistant to electromagnetic interference (EMI), ensuring uninterrupted performance in electrically noisy environments like factories or power plants.
4. Military-Grade Shock Resistance:
   • Certified to the US military shock standard (MIL-STD-810H), the DC-1300 is designed to withstand strong vibrations and impacts.
   • This makes it suitable for high-vibration applications, such as on-board vehicle systems, heavy machinery, and industrial robots.

Industry Applications:

1. Smart Manufacturing:
   • With its rugged design, the DC-1300 can operate in environments prone to vibrations, electrical noise, or extreme temperatures, such as foundries, CNC machining workshops, and assembly lines.
2. Transportation and Logistics:
   • Its wide voltage input and shock resistance make it ideal for on-board vehicle systems, including fleet management, public transport monitoring, and telematics.
   • Suitable for deployment in rail transport or off-road vehicles, where consistent operation under vibration and power fluctuations is critical.
3. Energy and Utilities:
   • The DC-1300 can be installed in remote or outdoor locations, such as wind farms, solar arrays, or oil rigs, where it must endure temperature extremes and harsh weather conditions.
4. Defence and Aerospace:
   • MIL-STD-810H certification ensures that the DC-1300 is reliable for mission-critical applications, such as ground vehicles, drones, or mobile command units.

Benefits of Rugged Durability:

• Uninterrupted Performance: Operates consistently in extreme environments, reducing downtime and ensuring reliability for mission-critical tasks.
• Extended Lifespan: Designed to endure harsh conditions, reducing maintenance costs and the need for frequent replacements.
• Versatile Deployment: Can be used across industries with diverse environmental challenges, from extreme heat to high vibrations.
• Safety and Compliance: EMC and military standards ensure the system operates safely and efficiently, even in sensitive or regulated environments.

By combining rugged durability with advanced computing capabilities, the DC-1300 is a dependable solution for industries that demand resilience in extreme conditions. Its robust design not only ensures reliable performance but also positions it as a long-term investment for critical industrial applications.

Enhanced Performance for Industrial Automation

The DC-1300 Series delivers superior performance, powered by the Intel® Alder Lake-N platform, offering a 4.5x boost in processing power. This enhanced architecture ensures smooth operation across demanding industrial tasks, making it an ideal solution for industrial automation applications.

• Predictive Maintenance: The system processes real-time sensor data to predict equipment failures, reducing downtime and cutting costs associated with unplanned repairs. Its powerful computing capabilities ensure accurate analytics and efficient decision-making, boosting overall operational efficiency.
• Robotics Control: The DC-1300’s advanced processing power enables seamless execution of AI-driven algorithms, ensuring precise control of robots in assembly lines, material handling, and logistics operations.
• Machine Vision Applications: High-resolution imaging for quality inspections, defect detection, and sorting tasks is supported by the system’s enhanced processing capacity. This is critical for maintaining high product quality standards in modern manufacturing.
• AI-Driven Analytics: Multitasking capabilities make the DC-1300 ideal for demand forecasting, supply chain optimisation, and other AI-driven processes that optimise production workflows.

By leveraging the Intel® Alder Lake-N platform, the DC-1300 ensures reliable, high-performance operation for tasks such as real-time processing, robotics control, and machine vision, helping businesses maintain uptime and optimise production efficiency.

Space-Saving Design for Versatile Deployment

The DC-1300 is engineered for space-constrained environments, with compact dimensions and multiple mounting options, including wall, side, and DIN rail mounting. This versatility allows deployment in tight spaces like control cabinets, automated guided vehicles (AGVs), and machinery.

Its space-saving design makes it a perfect fit for smart factories and modern automation systems, where efficiency and adaptability are key. The compact footprint ensures seamless integration without compromising on performance.

Reliable Operation in Harsh Environments

Built to withstand the toughest industrial conditions, the DC-1300 offers:

• Wide Temperature Range (-40°C to 70°C): Ensures stable operation in extreme heat or cold.
• Wide Voltage Input (9-48 VDC): Provides compatibility with varying power sources, even in unstable environments.
• Compliance with Industrial Standards: Meets EMC standards (IEC 61000-6-2/4) and the MIL-STD-810H shock resistance standard, guaranteeing reliable performance in environments with vibrations, electrical noise, or other challenges.

This rugged durability ensures uninterrupted operation in remote locations, harsh industrial sites, or transportation systems, making the DC-1300 a dependable choice for critical applications.

Future-Proof Flexibility

The DC-1300 is designed with modular expandability, enabling businesses to adapt to evolving technology and industry demands. Key features include:

• M.2 Expansion: Supports high-speed NVMe storage or additional wireless connectivity modules, such as Wi-Fi or 5G.
• Stackable Add-Ons: Allows seamless integration of specialised modules, such as CANbus, Fieldbus, or additional I/O interfaces, enhancing system adaptability.

This future-proof flexibility enables businesses to:

• Integrate new sensors or technologies for enhanced automation.
• Upgrade connectivity or processing capabilities as requirements grow.
• Expand functionality to address emerging use cases, ensuring the system remains relevant and cost-effective in the long term.

With its compact design, rugged durability, and powerful performance, the DC-1300 Series is a reliable and scalable solution for modern industrial automation, enabling smart factories, real-time analytics, and IoT-driven processes.

Smart Manufacturing

The DC-1300 Series revolutionises industrial automation by enhancing production line efficiency with advanced real-time monitoring, control, and connectivity capabilities. It enables:

• Advanced Robotics Systems: Powering intelligent robotics for precise assembly line tasks and material handling.
• Predictive Maintenance: Analysing sensor data to foresee equipment issues, minimising downtime and reducing maintenance costs.
• Intelligent Monitoring: Optimising production workflows and ensuring consistent factory automation.

Built for demanding environments, its rugged design ensures high reliability, even in harsh manufacturing conditions, making it a critical component of smart factory solutions.

Smart Transportation

Designed for the challenges of smart transportation systems, the DC-1300 delivers exceptional wireless connectivity and modular expansion capabilities. Key applications include:

• Fleet Management: Providing comprehensive vehicle diagnostics, enabling predictive maintenance, and ensuring peak performance.
• Route Optimisation: Leveraging GNSS capabilities for real-time navigation, reducing fuel consumption, and enhancing logistics efficiency.
• Public Transportation: Supporting advanced telemetry for passenger information systems, offering dynamic updates on schedules and routes.

With CANbus and Fieldbus support, the DC-1300 excels in intelligent transportation systems, enabling efficient tracking, diagnostics, and communication across logistics hubs and public transit networks.

Energy Management

The DC-1300’s rugged design and ability to operate in extreme conditions make it a perfect fit for renewable energy applications, such as wind and solar farms. Its capabilities include:

• Energy Monitoring: Tracking production data to optimise grid integration.
• Data Analytics: Providing actionable insights to improve energy utilisation.
• Remote Diagnostics: Supporting remote control and troubleshooting for power distribution systems.

This adaptability ensures efficient and reliable energy management across diverse settings, from urban grids to remote energy sites.

Healthcare

The DC-1300 Series offers exceptional performance for healthcare applications thanks to its high computing power and compact form factor. Key benefits include:

• Medical Imaging: Processing high-resolution images for diagnostic equipment with speed and precision.
• Patient Monitoring: Supporting real-time data collection and alerts for critical care situations.
• Reliability: The rugged design ensures uninterrupted operation in sensitive healthcare environments.

Its compact size and robust performance make it indispensable for modern medical technology solutions.

IoT and Edge Computing

As an IoT gateway, the DC-1300 supports smart city and edge computing applications, including:

• Intelligent Kiosks: Enhancing citizen services with real-time data processing.
• Environmental Monitoring: Tracking air quality, weather patterns, and other critical data.
• Building Management Systems: Connecting and controlling smart building infrastructures.

With comprehensive connectivity and the ability to transmit data in real time, the DC-1300 is a cornerstone of IoT-driven ecosystems and edge computing architectures.

Retail and Hospitality

The DC-1300 Series transforms retail and hospitality environments by powering:

• Self-Service Kiosks: Enabling smooth customer check-ins at hotels and service counters.
• Interactive Digital Signage: Delivering personalised advertising and promotional content.
• Point-of-Sale Systems: Managing inventory in real time and improving customer experiences.

Its compact, durable design makes it a reliable solution for high-traffic, customer-facing settings.

Automated Guided Vehicles (AGVs)

The DC-1300 Series is perfectly suited for automated guided vehicles in warehouses and factories. It supports:

• Navigation Systems: Ensuring precise route planning and optimisation.
• Seamless Communication: Enabling efficient coordination with central control systems.
• Material Handling Efficiency: Streamlining logistics operations with real-time data integration.

With its rugged durability and compact footprint, the DC-1300 enhances the performance and reliability of AGV solutions, driving operational efficiency in smart manufacturing and logistics.

The DC-1300 Series stands out as a versatile and reliable solution for a wide array of industrial applications, offering the perfect combination of powerful performance, compact design, and rugged durability. Whether it’s enhancing production efficiency in smart manufacturing, enabling seamless fleet management in smart transportation, or optimising renewable energy systems, the DC-1300 excels in meeting the demands of modern industrial environments.

With its Intel® Alder Lake-N platform, modular expandability, and advanced connectivity options like Wi-Fi, 5G, and GNSS, the DC-1300 provides future-proof flexibility for IoT-driven ecosystems and AI-powered applications. Its ability to withstand extreme conditions and its compliance with stringent standards make it a reliable choice for industries requiring uninterrupted operation in harsh environments.

From healthcare and retail to energy management and edge computing, the DC-1300 delivers unmatched performance and adaptability, empowering businesses to embrace automation, improve operational efficiency, and stay ahead in an increasingly connected world.

For organisations seeking a robust, scalable, and future-ready industrial computer, the Cincoze DC-1300 Series is the ultimate choice.