VC007 Ultra-Thin Vapor Chamber Heatsink for Telecom Equipment

Core Technology: Ultra-Thin Vapor Chamber and High-Efficiency Heat Spreading Architecture

1. Ultra-Thin Vapor Chamber Structural Design

• Extreme Space Optimization: The 4.6mm ultra-thin body thickness breaks through the space limitations of traditional cooling solutions, making it particularly suitable for integration inside telecom equipment with severely constrained height.

• 80×80mm Standard Compatibility Size: Perfectly matches the package dimensions of mainstream communication chips and modules, providing maximized effective cooling area.

• Enhanced Structural Rigidity: While maintaining ultra-thinness, mechanical strength is ensured through internal support and external frame design, meeting telecom equipment vibration and shock environment requirements.

2. High-Efficiency Uniform Heat Spreading Technology

• Optimized Spreading for Hotspots: The internal wick structure is specifically optimized for typical high heat flux density areas of communication chips, achieving rapid and uniform heat transfer from the center to the edges.

• Reduced Thermal Resistance and Temperature Difference: Significantly lowers the overall thermal resistance from the chip surface to the heatsink exterior, ensuring chip surface temperature differences are controlled within a very small range (typically <5°C), improving system stability.

• Rapid Thermal Response Capability: The phase-change working fluid ensures quick heat absorption or release during load fluctuations, maintaining stable temperatures for telecom equipment under dynamic operating conditions.

3. Professional Nickel Plating Surface Treatment

• Excellent Long-Term Corrosion Resistance: Nickel plating treatment provides lasting protection for the copper substrate, effectively resisting corrosion from harsh environments common to telecom equipment, such as humidity and salt spray.

• Stable and Superior Thermal Interface Performance: The plating surface offers high flatness, ensuring good contact with the chip or thermal interface material (TIM), with minimal performance degradation over long-term use.

• Enhanced Electrical Safety and Appearance: Provides certain electrical insulation characteristics and gives the product a superior, durable appearance.

Target Application Scenarios and Value Presentation

Key Application Scenario Analysis

1. 5G Small Cells and AAU/RRU Units

• Scenario Characteristics: Extremely compact internal space, high power density, complex deployment environments.

• VC007 Value: The 4.6mm ultra-thin design can be directly attached to the main processor or RF chip, significantly increasing the thermal headroom without increasing module thickness, ensuring 5G equipment performance in high-temperature environments.

2. High-Speed Network Switch Chip Cooling

• Scenario Characteristics: Switch chip power consumption continues to rise, but board layouts are dense, with limited cooling height.

• VC007 Value: The 80×80mm standard size can directly cover most switch chips. Its efficient, uniform heat spreading capability prevents chips from throttling due to localized overheating, ensuring data throughput.

3. Next-Generation Optical Communication Modules (e.g., 400G/800G)

• Scenario Characteristics: Standardized module sizes (e.g., QSFP-DD), precious internal space, concentrated heat from lasers and driver chips.

• VC007 Value: The ultra-thin characteristic allows integration inside the module, providing efficient point-to-area heat spreading for key heat-generating components, improving the module's operating temperature range and reliability.

Multi-Level Value for Customers

For R&D Teams (Technical Value)

• Break Through Design Bottlenecks: Provides a solution for cooling high heat flux densities even under strict space constraints.

• Simplify Thermal Design: Ready-to-use standardized component reduces simulation verification and custom development cycles.

• Raise Product Performance Baseline: Directly improves equipment computing stability and speed by lowering chip operating temperatures.

For Product and Project Management (Business Value)

• Accelerate Time-to-Market: Adopting a validated, standardized cooling solution shortens thermal testing and reliability verification cycles.

• Enhance Product Competitiveness: "Ultra-thin, efficient cooling" can become a technical highlight in product promotion, differentiating from competitors.

• Reduce Supply Chain Risk: Standard parts provided by a reliable professional OEM manufacturer ensure quality and supply stability.

For End-User Operations (Long-Term Value)

• Improve Equipment Uptime: Excellent cooling reliability directly reduces failure rates caused by overheating.

• Lower Total Cost of Ownership (TCO): Reduces performance throttling due to insufficient cooling and may lessen stringent requirements on room air conditioning.

• Support Network Upgrades and Expansion: Provides thermal management headroom for future installation of higher-performance chips in the equipment.

FAQs