UP Squared Pro Pentium Quad Core
UP Squared Pro Pentium Quad Core
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The UP Squared Pro Pentium Quad Core is a compact x86-based single-board computer featuring Intel's Pentium processor with quad-core architecture, designed for embedded computing and IoT applications requiring industrial-grade performance. Professional engineers and system integrators utilize this platform for real-time data acquisition, edge computing, machine vision processing, and autonomous robotics projects where x86 compatibility and low power consumption are critical requirements. This board solves the challenge of deploying full-featured operating systems and legacy software in space-constrained industrial environments while maintaining thermal efficiency and reliability in harsh deployment conditions.
Specifications
| Specification | Details |
| Product Type | Single Board Computer with Embedded Processor |
| Brand | UP Board |
| Origin | Original/Authentic |
| Processor | Intel Pentium Quad Core (Apollo Lake) |
| Memory Support | Up to 8GB DDR4 SODIMM |
| Storage | eMMC 32GB or 64GB options |
| Operating Systems | Ubuntu, Debian, Windows IoT, Yocto Linux |
| Power Consumption | Typical 7-10W, Peak 12W |
| Form Factor | 133mm x 133mm (Compact) |
Why Choose UP Squared Pro Pentium Quad Core?
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Key Features of UP Squared Pro Pentium Quad Core
- Intel Pentium Quad-Core Processor delivering sustained multi-threaded performance for complex computational tasks and parallel processing workloads
- x86-64 Architecture ensuring full compatibility with standard Linux distributions and legacy industrial software without emulation overhead
- Integrated Intel HD Graphics eliminating discrete GPU requirements and reducing power footprint in visualization applications
- Comprehensive I/O Connectivity including PCIe, USB 3.0, SATA, dual Gigabit Ethernet, and GPIO for extensive peripheral integration
- Industrial Temperature Range operation from -20°C to 60°C enabling deployment in harsh manufacturing and outdoor environments
- Low Power Consumption of 7-10W typical operation reducing cooling requirements and extending battery runtime in portable applications
- DDR4 Memory Support up to 8GB providing ample capacity for data-intensive algorithms and real-time processing tasks
- Compact 133x133mm Form Factor fitting into space-constrained enclosures and mobile robotics platforms
Perfect For
- Industrial IoT Edge Computing - Deploy machine learning inference models and real-time data processing at factory floors for predictive maintenance and quality control without cloud dependency
- Machine Vision and Image Processing - Process high-resolution camera feeds for defect detection, object recognition, and automated inspection systems requiring x86 architecture compatibility
- Autonomous Robotics Platforms - Power mobile robots and autonomous vehicles with sufficient computational capacity for SLAM algorithms, path planning, and sensor fusion from multiple data sources
- Real-Time Control Systems - Execute deterministic control algorithms for CNC machines, laboratory automation, and process control applications requiring low-latency response and legacy software compatibility
- Embedded Data Acquisition - Build distributed sensor networks and telemetry systems with local processing capability for environmental monitoring, structural health assessment, and scientific research
- Kiosk and Digital Signage - Deploy interactive information terminals and dynamic display systems with full multimedia support and network connectivity in retail and public spaces
How to Use
Begin by selecting your preferred operating system image compatible with the UP Squared Pro - Ubuntu 18.04 LTS or 20.04 LTS are recommended for maximum community support and driver availability. Download the appropriate image from the official UP Board repository and flash it onto a microSD card or eMMC using Etcher or similar tools. Connect power via the 5V DC connector, attach your network cable to the Gigabit Ethernet port, and boot the system. Access the board via SSH using the default credentials, then update your system packages and install required development tools such as Python, ROS, or OpenCV depending on your application requirements.
For hardware integration, utilize the 40-pin GPIO header for connecting sensors and actuators following the pinout documentation. Configure peripheral connectivity through the BIOS settings accessible during boot, enabling PCIe lanes for expansion cards if needed. Implement proper thermal management by mounting the board in a well-ventilated enclosure with adequate airflow, particularly if running sustained computational workloads. Establish network connectivity through the dual Gigabit Ethernet ports for redundancy in critical applications, and consider adding external storage via USB 3.0 for high-bandwidth data logging scenarios. Our technical team is available reliable to assist with configuration, driver installation, and troubleshooting specific to your embedded application.
Product Overview
The UP Squared Pro represents a significant advancement in single-board computing by combining the power of Intel's Pentium quad-core processor with the compact form factor essential for modern embedded systems. This board operates on the x86-64 architecture, enabling seamless execution of standard Linux distributions, Windows IoT, and industrial software stacks without requiring emulation layers. The processor delivers sustained multi-threaded performance suitable for parallel processing tasks, while the quad-core configuration ensures efficient handling of concurrent operations typical in data acquisition and sensor fusion applications. The board integrates comprehensive I/O connectivity including PCIe, USB 3.0, SATA, and Ethernet, making it a versatile platform for systems requiring both processing power and extensive peripheral integration.
What distinguishes the UP Squared Pro is its optimized thermal design and industrial-grade component selection, enabling reliable operation across extended temperature ranges from -20°C to 60°C. The platform supports up to 8GB of DDR4 memory and features eMMC storage options, providing adequate capacity for complex algorithms and local data buffering. The integrated graphics capability eliminates the need for discrete GPUs in visualization-focused applications, reducing power consumption and system complexity. Its compatibility with standard development tools, extensive community support, and proven track record in production deployments make it the preferred choice for engineers transitioning from prototype to commercial-scale embedded solutions.
Frequently Asked Questions
What operating systems are compatible with UP Squared Pro Pentium?
The UP Squared Pro supports multiple x86-64 operating systems including Ubuntu 18.04/20.04 LTS, Debian 9/10, Windows IoT Enterprise, and Yocto Linux distributions. The board includes official BIOS and chipset drivers for optimal hardware support. We recommend Ubuntu LTS versions for maximum community documentation and third-party software compatibility.
Can I use this board for real-time applications requiring deterministic performance?
Yes, the UP Squared Pro can be configured for real-time applications by using PREEMPT_RT patched kernels or real-time Linux distributions. However, standard kernels provide soft real-time capabilities suitable for most industrial applications with response times in the millisecond range. For hard real-time requirements with microsecond precision, consider supplementing with dedicated real-time coprocessors or FPGA expansion modules.
What is the maximum memory capacity and upgrade procedure?
The UP Squared Pro supports up to 8GB of DDR4 SODIMM memory. To upgrade, power off the board, remove the existing memory module by gently pushing the retention clips outward, insert the new DDR4 module at a 45-degree angle until fully seated, then press down until the retention clips snap into place. The system will automatically detect the new memory capacity on the next boot.
How do I connect sensors and actuators to the GPIO pins?
The UP Squared Pro features a 40-pin GPIO header compatible with Raspberry Pi pinout standards. Use the official pinout documentation to identify power, ground, and signal pins. For digital I/O, connect directly to GPIO pins with appropriate pull-up/pull-down resistors. For analog sensors, use external ADC modules via SPI or I2C interfaces. Always include current-limiting resistors and protection diodes when interfacing with inductive loads or high-current devices.
Are bulk discounts available?
Yes, wholesale pricing for orders of 10 or more units. Contact our sales team via WhatsApp or email for a customized bulk quote.
Customer Support
Email: techdepotindia@gmail.com
WhatsApp: Available for setup and troubleshooting help
Order your UP Squared Pro Pentium Quad Core today and start building your next project.