Fangrui Product Details 1. Comfast Cf-e113a V2 5.8ghz 300mbps 11dbi Monitoring Bridge Wifi Repeater Set 2. One-click Pairing For Easy Transmission: Say Goodbye To Complex Settings; Pairing Is A Snap. Video Data Is Transmitted Back Clearly, Without Lag Or Packet Loss, Ensuring Stable Transmission Whether On A Construction Site Or For Remote Monitoring. 3. Industrial-grade Configuration For More Stable Transmission: Utilizing A High-performance Qualcomm Chip And An External High-power Rf Amplifier, Wireless Transmission Is More Stable. 4. Stable Transmission Up To 3 Km: Fully Engineering-grade Hardware Technology, A High-power Pa Rf Amplifier, And An 11dbi High-gain Antenna Enable Point-to-point And Point-to-multipoint Wireless Transmission Up To 3 Km. 5. Stable 5.8g Transmission For Higher-definition Video Quality: Supporting The Mainstream 5.8g Frequency Band, Multiple Channels Offer Enhanced Anti-interference Capabilities, And Wireless Speeds Up To 300mbps, Ensuring Stable, Clear, And Smooth Data Transmission. 6. Comprehensive Protection: Utilizing An Integrated Molded Housing Design, It Withstands Harsh Outdoor Environments. 7. Various Modes For Flexible Application: Meet All Application Requirements Of Outdoor Wifi Projects, Allowing You To Master Core Equipment And Flexibly Implement Projects. 8. Hide Ssid To Ensure Network Security: The Bridged Wireless Ssid Can Be Hidden To Prevent Unauthorized Wireless Terminals From Searching For The Wireless Ssid, Protecting Network Data From Malicious Attacks And Ensuring User Data Security. 9. Specifications 10. Motherboard Chipset: Qualcomm Solution, 5g Memory: Sky85735-11 11. Memory: 64mb, Flash: 8mb 12. Antenna Specifications: 11dbi 13. Wireless Standard: Supports Ieee 802.11an 14. Rf Parameters: Transmit Power: 200mw (23dbm), Receive Sensitivity: -96dbm, Operating Frequency: 802.11an: 5.180ghz-5.825ghz 15. Wireless Data Rate: 300mbps 16. Physical Interfaces: 10100mbps Wan Rj45 Ethernet, 10100mbps Lan Rj45 Ethernet, 1 Reset Button, 1 Toggle Switch 17. Indicators: Powe