| External Interfaces | Ethernet/ Network Cards |
|---|---|
| Standards | 802.11ax |
| Maximum Data Rate | 5374Mbps |
| Brand | fenvi |
| Form Factor | PC Card (PCMCIA) Type I |
| Type | Wireless |
| Unit Type | Unit |
| Number of Ports | 1 Port |
| Model | WIFI 6E MT7922 |
| Unit Quantity | 1 |
| Compatible Port | PCI Express x1, PCI Express x16, PCI Express x4, PCI Express x8 |
| Internal Interfaces | eSATA |
Check the listing for details. WiFi 6E PCI-E Card AX5400 Bluetooth 5.2 802.11ax Tri-Band 2.4G/5G/6G for Desktop. Condition: New. Listed at 18.95 USD. MT7922 WiFi 6E PCIe Card AX5400 Tri-Band up to 6GHz Bluetooth 5.3 for Desktop Features: High-speed transmission rate of 5400Mbps. Offering blazing-fast data transfer speeds to meet your demanding network needs. Tri-band concurrent on 2.4GHz, 5.8GHz, and 6GHz. Enjoying smooth and uninterrupted connectivity across multiple frequency bands. Bluetooth 5.3 with backward compatibility to V5.0/4.2/4.0. Connecting to a wide range of Bluetooth devices with the latest Bluetooth technology. Dispersed alloy heat sink for efficient heat dissipation. Maintaining stable connections without dropouts, thanks to its effective cooling solution. External 6dBi high-gain dual antennas for more stable signals. Receiving and transmitting signals with enhanced stability and coverage.MT7922 WiFi 6E PCIe Card AX5400 Tri-Band up to 6GHz Bluetooth 5.3 for Desktop Features: High-speed transmission rate of 5400Mbps. Offering blazing-fast data transfer speeds to meet your demanding network needs. Tri-band concurrent on 2.4GHz, 5.8GHz, and 6GHz. Enjoying smooth and uninterrupted connectivity across multiple frequency bands. Bluetooth 5.3 with backward compatibility to V5.0/4.2/4.0. Connecting to a wide range of Bluetooth devices with the latest Bluetooth technology. Dispersed alloy heat sink for efficient heat dissipation. Maintaining stable connections without dropouts, thanks to its effective cooling solution. External 6dBi high-gain dual antennas for more stable signals. Receiving and transmitting signals with enhanced stability and coverage.