WiFi 7 Card, QCNCM865 Tri Band 2.4G/5G/6GHz Wireless Network Card M.2 WiFi7

WiFi 7 Card
WiFi 7 Card, QCNCM865 Tri Band 2.4G/5G/6GHz Wireless Network Card M.2 WiFi7 5.8Gbps Laptop Network Adapter Module for 11
- Low Latency For Real Time Applications: Designed for super low latency, the QCNCM865 ensures fast responses for real time applications such as online gaming and video conferencing.
- Wide Compatibility: Effortlessly integrate the QCNCM865 into your system as it is support for 11 and most devices featuring an NGFF M.2 slot, including brands like fit for DELL and fit for acer, with plug and play ease.
- For MLO Operation: Take advantage of for MLO operation, enabling simultaneous connections across multiple bands and channels. This feature enhances data rates, reduces latency, and improves overall network reliability for demanding applications.
- Fast Data Rates: Experience blazing speeds of up to 5.8 Gbps with the QCNCM865 wireless adapter, utilizing advanced 4K QAM modulation for seamless online gaming and 4K streaming.
- Triple Band Technology: Enjoy versatile connectivity with support for 2.4 GHz, 5 GHz, and the latest 6 GHz frequency bands. This triple band capability ensures optimal performance in any environment.
QCNCM865 WiFi 7 Wireless Network Card Specification
| Material | PCB |
| Standard | FIPS |
| Operating System | Only support for Windows 11 |
| Bluetooth | Not supported |
| Package List | 1 x Network Card; 1 x Screw; 1 x Bracket |
- WiFi 7 Card
- QCNCM865 Tri Band 2.4G/5G/6GHz Wireless Network Card M.2 WiFi7 5.8Gbps Laptop Network Adapter Module for 11
- 2.4/5/6GHz Low Latency Device with 4K QAM
- Ideal for Wins 11 Only
| SKU: | B0GDXPVJZZ |
| Brand: | Yanmis |
| Model: | Yanmis4um2jrtlcg |
| Manufacture: | Yanmis |
| Origin: | China |
Product Description



QCNCM865 WiFi 7 Wireless Network Card Specification
| Material | PCB |
| Standard | FIPS |
| Operating System | Only support for Windows 11 |
| Bluetooth | Not supported |
| Package List | 1 x Network Card; 1 x Screw; 1 x Bracket |










