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Price: 800
University Multimedia Classroom Upgrade Guide: Nano Blackboard & Virtual Lab Integration
1. Background & Needs
Higher education is evolving toward virtual-physical integration, but traditional multimedia classrooms face three challenges:
1.Fragmented devices: Separate projectors/whiteboards/PCs
2.Lab limitations: High-risk/cost experiments (e.g., nuclear simulations) are impractical
3.Poor interaction: Lecture-based
The Nano Blackboard, as an all-in-one smart terminal, bridges this gap through deep integration with virtual labs.
2. Integration Design
2.1 Hardware Architecture
"1+2+X" model:
1 Core: 86" Nano Blackboard (4K touch + OPS PC)
2 Extensions:
VR Lab Terminal: HTC Vive Pro 2 (master-controlled by blackboard)
Data Hub: Supports Arduino/Python hardware programming
X Peripherals: 3D printers, oscilloscopes, etc.
2.2 Software Platform
Module | Function | Application Example |
Virtual Lab | 200+ discipline-specific simulations | Chemical molecular visualization |
Code Editor | Python/C++/MATLAB support | Algorithm verification |
Data Dashboard | Real-time experiment analytics | Physics parameter tracking |
LMS Integration: API connectivity with campus systems
KPI | Pre-Upgrade | Post-Upgrade | Improvement |
Device Usage | 48% | 92% | 91.7%↑ |
Experiments | 63/year | 218/year | 246%↑ |
Satisfaction | 76/100 | 94/100 | 23.7%↑ |
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