Huawei Cloudlink Series Conference TV Terminal, 1080P30 ROHS

• Corporate boardroom video conferencing
• Hybrid remote team collaboration
• Executive office communication systems
• Small to medium meeting rooms
• Enterprise internal communication setups
• Government office conferencing environments
• Educational institution remote learning rooms
• Customer service and support centers
• Multi-branch business communication networks
• Project team virtual collaboration sessions 

• ROHS Certified for Safe Enterprise Deployment Use
• Smooth 1080P Video for Professional Meetings Flow
• Compact Hardware for Space Saving Room Setup
• Designed for Enterprise Grade Communication Needs
• Fast Setup for Modern Conference Room Environments
• Stable Performance for Continuous Business Meetings
• Optimized for Hybrid Work Video Collaboration
• Easy Integration with Corporate AV Infrastructure
• Reliable Cloudlink Series Enterprise Communication Unit

• Brand: Huawei
• Model / Part Number: Cloudlink-Box-300-C
• Product Type: Conference TV Terminal
• Video Resolution: 1080P30 HD
• Application: Enterprise Video Conferencing & Collaboration
• Deployment Type: TV-based Conference Room Terminal
• Target Room Size: Small to Medium Meeting Rooms
• Compliance: ROHS Certified
• Build Quality: Enterprise Grade
• Use Case: Corporate Meetings, Hybrid Collaboration, Remote Communication
• Installation: Plug-and-Play Conference Room Setup
• Compatibility: Enterprise Meeting Room Displays & Collaboration Systems
• Operating Environment: Corporate, Government & Institutional Use

WHY CHOOSE THIS PRODUCT?

• Delivers stable Full HD 1080P video conferencing quality
• Reduces deployment complexity with integrated TV terminal design
• Supports enterprise-grade communication reliability
• Enhances hybrid meeting productivity and clarity
• Backed by Huawei’s enterprise collaboration ecosystem
• Ensures environmentally safe operation with ROHS compliance
• Ideal for scalable corporate meeting room deployment
• Minimizes IT overhead with simplified installation model