Industrial PC Configuration Upgrade | Industrial-Grade Scenario-Based Solutions Hub
Service Overview
As the core carrier of the industrial computing power hub, the customized service for industrial computers is crucial. Against the backdrop of Industry 4.0 and the iteration of intelligent manufacturing, aging industrial computers can achieve performance leaps through precise configuration upgrades. Our services focus on core components such as processors, memory, and storage, providing end-to-end upgrade solutions from hardware replacement to system optimization. These solutions enable adaptation to new scenario requirements without replacing the entire machine, averagely reducing upgrade costs by 40% and extending the equipment's service life by 5-8 years.
Core Upgrade Capabilities
Hardware Core Component Upgrade
Processor Upgrade
Upgrade Platform:
- Intel Platform: Covers from entry-level to high-end, bringing significant performance improvements in multi-tasking and large-scale software.
- AMD Platform: Renowned for high cost-performance and excellent multi-threading performance with its Ryzen series.
- Other Platforms: Optimized for specific fields like embedded systems and servers.
When upgrading, consider interface types, motherboard compatibility, and heat dissipation for optimal performance.
Typical Scenarios:
In intelligent manufacturing, AI visual inspection algorithm upgrades reduced defect recognition speed from 20ms/frame to 6ms/frame. In energy monitoring, data collection points expanded from 100 to 500, with real-time analysis delay ≤50ms.
Memory Expansion
Technical Solutions:
Example: 8GB→32GB DDR4 3200MHz (bandwidth increased from 25.6GB/s to 102.4GB/s).
ECC memory upgrade: Error checking and correcting function, suitable for medical devices (misdiagnosis rate reduced by 99.9%).
Application Scenarios:
- Intelligent warehousing: WMS system concurrent tasks increased from 50 to 200, order processing efficiency tripled.
- Rail transit: Onboard data cache expanded from 1 hour to 8 hours, improving stability.
Storage Upgrade
Solution Comparison:
| Upgrade Type | Technical Parameters | Performance Improvement |
|---|---|---|
| HDD→NVMe SSD | 512GB→2TB, read speed 3500MB/s | Boot time reduced from 45s to 8s |
| Single Disk→RAID 5 | 4×1TB SSD, redundant backup | Data security enhanced |
Industrial Scenarios:
- Metallurgy industry: Historical data storage expanded from 3 months to 2 years, retrieval speed increased by 10 times.
- Medical imaging: DICOM image loading time reduced from 15s to 2s, supporting real-time access to 4K images.
Power Supply Upgrade
Core Solutions:
- Standard power supply→Wide-voltage redundant power supply (9-60V DC input, dual-channel automatic switching).
- Power upgrade from 200W to 400W (supports more expansion cards, such as dual GPUs).
Applicable Scenarios:
- Vehicle-mounted equipment: Resistant to power fluctuations.
- Critical systems: MTBF increased from 100,000 to 500,000 hours (e.g., rail transit signaling systems).
Functional Module and System Upgrade
Communication Module Upgrade
Wireless: 4G→5G (peak rate 3.5Gbps, latency 10ms); WiFi-5→WiFi-6.
Wired: 100Mbps LAN→2.5G LAN (bandwidth up 2.5x).
2.2.2 System and Software Optimization
System: Windows LTSC upgrade; Linux kernel optimization.
Application: SCADA system memory occupancy reduced from 2.8GB to 1.2GB.
Full Process of Upgrade Service
Current Status Diagnosis
The technical team collects information, meticulously recording the existing configuration:
- Processor model (e.g., Intel Core i5-6500)
- Memory capacity (8GB DDR4)
- Storage type (1TB HDD)
- Power supply wattage (200W)
- Communication module specifications (100Mbps LAN port)
The team also understands the system version, application software, and performance bottlenecks.
Requirement Analysis
Combined with the customer's application scenarios, upgrade objectives are clarified and performance indicators are quantified (e.g., accelerate AI visual inspection, expand data collection).
Upgrade Solution Provision
Hardware Upgrade Planning
- Processor: Select models like Intel Core i7-12700, evaluate compatibility, and upgrade cooling.
- Memory: Choose capacity like 32GB DDR4 3200MHz; use ECC memory for medical devices.
- Storage: Replace HDD with 2TB NVMe SSD or configure a RAID 5 array for security.
- Power supply: Upgrade to a 400W wide-voltage redundant power supply for stability.
Functional Module and System Optimization Solutions
- Communication: Upgrade to 5G wireless or 2.5G LAN wired networks.
- System/Software: Upgrade to Windows LTSC and optimize SCADA system memory.
Upgrade Implementation and Debugging
Hardware Replacement: Disassemble old components, install new modules, ensure firm connections, and apply thermal grease.
System and Software Deployment: Reinstall OS, update drivers, deploy applications, and configure network parameters.
Customized Process
