I. Core Positioning of the Solution
Piesia focuses on the core demands of digital intelligent logistics: "full-process automation, real-time data collaboration, and reliability in extreme environments." Based on the product concept of "high-performance embedded hardware matrix + multi-scenario device interconnection + full-link intelligent control," we create exclusive solutions for digital intelligent logistics. The solution uses logistics-specific motherboards, AGV/AMR control modules, and intelligent terminal industrial computers as core carriers, covering both Intel x86 and domestic Phytium dual-architecture platforms. It deeply integrates key technologies such as AI computing power support, multi-protocol collaboration, wide-temperature and shock-resistant protection, and low-latency data transmission. It is widely applied in intelligent warehousing, automated sorting, unmanned handling, ports and terminals, and smart cold chain logistics, providing various industries with integrated logistics automation and intelligent solutions from hardware support to system adaptation.
II. Core Products and Technological Advantages
1. Full-Scenario Computing Power Support, Adapting to Diverse Logistics Needs
• High-Performance Computing Platform:
◦ Intel Flagship Platform: Equipped with 12th/13th generation Core i7/i9 and Tiger Lake U series processors, integrating NPU computing power up to 100 TOPS, supporting AI algorithms such as SLAM path planning, cargo visual recognition, and dynamic obstacle avoidance. It can efficiently handle computationally intensive tasks such as AGV scheduling and 3D cargo scanning and modeling, with a response latency of <50ms;
◦ Domestic Platform: Based on the Phytium Tenglong E2000Q industrial-grade processor, compatible with Kylin and Tongxin domestic operating systems, and compatible with domestic WMS/ERP logistics management software, achieving independent control of core hardware and systems, meeting the security and compliance requirements of government logistics and critical material transportation;
• Low-Power Edge Computing: Some products have a standby power consumption as low as 5W, using a fanless cooling design, adapting to power-constrained scenarios such as logistics terminals and handheld scanning devices, ensuring long-term mobile operation.
2. Multi-device collaborative interconnection, enabling seamless data flow across the entire logistics chain
• AGV/AMR intelligent control: Integrated CAN-FD bus interface (compatible with CAN2.0A/B) and multi-channel PWM output, supporting precise control of BLDC/PMSM motors, adaptable to AGV fixed-path navigation and AMR autonomous obstacle avoidance scheduling, and can be linked with lidar and ToF sensors to achieve millimeter-level positioning, meeting the needs of automated warehouse goods handling and workshop material transfer;
• Seamless multi-protocol integration: Built-in 3-6 Gigabit Ethernet ports (supporting IEEE 1588 PTP synchronization), compatible with PROFINET, EtherNet/IP, and HarmonyOS soft bus protocols, enabling seamless integration with WMS/ERP/MES systems, automated warehouses, sorting robots, and weighing equipment, achieving real-time data collaboration throughout the entire "inbound - storage - sorting - outbound" process;
• Rich peripheral expansion: Supports PCIe 4.0 and M.2 interface expansion, compatible with AI inference modules, RFID readers, high-definition cameras, and 5G/WiFi 6 modules, meeting the needs of value-added functions such as visual cargo recognition, electronic tag traceability, and remote scheduling. 3. Industrial-Grade Reliable Design, Adapted to Harsh Logistics Environments
• Extreme Environment Adaptation: Operating temperature range of -40℃ to 85℃, featuring a fully sealed protective structure and shock and vibration resistance design (impact resistance up to 10G), and passing rigorous electromagnetic compatibility (EMI) and electrostatic discharge (ESD) tests. Suitable for complex environments such as ports, cold chain warehouses, and dusty workshops, ensuring 7x24 uninterrupted operation;
• Long-Term Stable Operation: Supports dual-channel DDR4/DDR5 memory (up to 128GB) and multiple hard drive arrays (SATA3.0 + NVMe), allowing for massive storage of logistics orders, cargo tracking data, etc., with a mean time between failures (MTBF) of over 50,000 hours, preventing logistics disruptions due to equipment failure;
• Wide Voltage Power Supply Adaptation: Supports DC 9~36V wide voltage DC power supply, compatible with different power supply scenarios such as logistics vehicles and mobile terminals, and features overvoltage, overcurrent, and reverse connection protection functions to ensure safe operation in complex power supply environments.
4. Intelligent Management and Maintenance, Improving Logistics Operational Efficiency
• Remote Scheduling and Management: Integrates Intel vPro remote management technology, supporting AGV cluster scheduling, real-time equipment status monitoring, and remote firmware upgrades, enabling centralized management of logistics sites across regions, reducing on-site maintenance frequency by 80%, and lowering labor costs;
• Data Security Protection: Built-in TrustZone security mechanism and TPM2.0 encryption module, supporting national cryptographic algorithms (SM2/SM3/SM4), encrypting the transmission and storage of logistics orders, cargo information, and dispatch instructions to prevent data leakage and tampering, ensuring logistics information security;
• Visual Interaction Capabilities: Some products are equipped with a 15.6-inch full HD touchscreen (IP65 waterproof), which can display real-time logistics task progress, equipment operating status, and cargo location information, supporting human-machine interaction, and suitable for warehouse sorting and on-site management scenarios.
5. Flexible Customization Capabilities to Match Personalized Scenario Requirements
• Hardware Customization: Interfaces and layouts can be customized according to customer needs (e.g., adding CAN ports, expanding GPIO channels), as well as dimensions (to fit the limited installation space of AGVs) and protection levels. Logo customization and modular function selection are supported during mass production;
• Software Adaptation: Provides services such as operating system tailoring, driver development, and logistics protocol stack integration, compatible with mainstream logistics management software (such as WMS intelligent warehousing systems and AGV scheduling platforms), ensuring seamless hardware and software collaboration.
III. Typical Application Scenarios
1. Intelligent Warehouse Management Scenario
• Application Requirements: Requires automatic goods warehousing, intelligent storage, precise picking, and outbound verification, demanding strong equipment linkage, real-time data synchronization, and strong environmental adaptability;
• Core Hardware: Piesia Logistics-specific Industrial PC (Intel Tiger Lake U platform) + Embedded core board;
• Application Highlights: Supports collaborative linkage of automated warehouses, AGV robots, and RFID readers. NPU acceleration is used for visual recognition and location matching of goods, increasing warehousing and sorting efficiency by 50%, and achieving a 99.9% inventory accuracy rate. After deployment in an e-commerce warehouse center, labor costs were reduced by 40%;
• Core Value: Achieves full automation of warehousing operations, improves space utilization and operational efficiency, and reduces human error.
2. AGV/AMR Unmanned Handling Scenario
• Application Requirements: Requires automatic material handling, autonomous path planning, and dynamic obstacle avoidance, demanding precise positioning, rapid response, and stable operation;
• Core Hardware: Piesia AGV-specific control mainboard (domestic Phytium platform) + motor drive module;
• Application Highlights: Integrates CAN-FD bus and lidar interface, supports SLAM autonomous navigation and millimeter-level positioning, with a dynamic obstacle avoidance response time of <100ms. It can be adapted to scenarios such as workshop material transfer and airport baggage handling. After deployment in a car factory, handling efficiency increased by 60%, and path optimization rate reached 30%;
• Core Value: Replaces manual handling, reduces labor intensity, and ensures accurate and efficient material transportation.
3. Automated Sorting Scenario
• Application Requirements: Requires rapid barcode scanning and identification, classification and sorting of goods, and information uploading. Demands include fast processing speed, high recognition accuracy, and adaptability to high-dust environments;
• Core Hardware: Piesia fanless mini industrial PC + AI inference module;
• Application Highlights: Equipped with 6 Gigabit Ethernet ports for simultaneous data acquisition from multiple cameras, NPU accelerates barcode recognition and goods classification algorithms, sorting speed reaches 3000 pieces/hour, recognition accuracy ≥99.8%, supports mixed sorting of multi-specification goods. After deployment in a courier sorting center, sorting efficiency increased by 80%, and the mis-sorting rate decreased to 0.01%;
• Core Value: Achieves full automation of sorting operations, overcomes the bottleneck of manual sorting, and improves sorting efficiency and accuracy.
4. Smart Port Terminal Scheduling Scenario
• Application Requirements: Requires automatic container lifting, transportation scheduling, and quay crane coordination. Demands include equipment resistance to salt spray corrosion, vibration and interference resistance, and stable data transmission;
• Core Hardware: Piesia industrial-grade rugged industrial PC (Intel Core platform) + multi-port expansion module;
• Application Highlights: Fully sealed protective structure adapts to salt spray and high-humidity environments, operating temperature range of -20℃~75℃, real-time linkage with quay crane control system and AGV scheduling platform via Gigabit Ethernet, scheduling command response delay <50ms. After deployment in a port, container turnover efficiency increased by 25%, and operational error rate decreased by 90%;
• Core Value: Improves the level of port operation automation, ensures stable equipment operation in harsh environments, and reduces operating costs.
IV. Core Value of the Solution
1. Fully Automated Process: Covering warehousing, handling, sorting, and scheduling, the solution provides comprehensive hardware support to help logistics companies transform from manual operations to automated operations;
2. Industrial-Grade Reliable Operation: Wide temperature range protection, shock and interference resistance, and long-term supply guarantee, adapting to the complex environment and 7x24 operation requirements of the logistics industry;
3. Efficient Multi-Device Collaboration: Multi-protocol compatibility and real-time data synchronization enable full-link collaboration between logistics equipment, management systems, and terminal nodes, improving operational efficiency;
4. Flexible Dual-Platform Adaptation: The x86 platform meets high-performance computing needs, and the domestically produced platform ensures security and compliance, covering diverse logistics scenarios;
5. Customized and Rapid Deployment: Hardware interfaces, dimensions, and software adaptation can all be customized, coupled with a full range of technical support, shortening the project implementation cycle.
V. Service Guarantee
As an Intel Platinum Partner and a national high-tech enterprise, Piesia has 20 years of experience in industrial embedded hardware R&D, providing full-process services from hardware customization, driver development, system debugging to long-term supply. A professional technical team provides 7x24 support, combined with a nationwide service network, offering customers a dual guarantee of "localized rapid support + remote technical guidance". At the same time, we deeply cooperate with mainstream logistics software vendors and AGV equipment manufacturers in the industry, providing an integrated "hardware + software + peripherals" package service to help customers quickly achieve digital and intelligent upgrades in logistics.