FebSmart AX3000 is an IEEE 802.11AX WiFi 6 dual band 3000Mbps max speed PCI Express WiFi adapter. Allow users add latest WiFi 6 standard network and WiFi stereo function on desktop PCs for online video call, online phone call, online gamings and 8K ultra-HD video streamings. Based on Intel WiFi 6 AX200NGW WiFi module. Will Deliver dual band WiFi connection speed at 2.4GHz 574Mbps and 5GHz(160MHz) 2400Mbps. Built in WiFi stereo adapter for WiFi audio device signal transmission such as WiFi headset, WiFi TWS earpones, WiFi speakers and WiFi soundbars. Enabled with more technology such as 2X2 MU-MIMO, OBSS, OFDMA and 1024AM ensure wireless network stablity. Equipped 2X3dBi external omni-directional dual band antenna will enhance WiFi stability and reception range. Add the long reception range, few losses, low latency wireless network adapter on Desktop PCs.
802.11 AX WiFi 6 Wireless Network Adapter More WiFi Capacity,Lighting Fast Speed,More Coverage
1.By implementing the new 802.11AX standard with its unique features such as 2X2 MU-MIMO, OFDA, OBSS, 1024QAM, Target Wake Time and Spatical Reuse. AX3000 WiFi 6 (Intel AX200 module) WiFi adapter enables smooth streaming of high-resolution videos, fewer droped connections and faster connections farther away from the router/AP and in dense enviroments.
2.When using WiFi 6 technology with 1024QAM and 160MHz channels. AX3000 WiFi card (Intel WiFi 6 AX200 module) can deliver nearly 3X higher speed upto 2400Mbps and upto 4x capacity improvement in dense of congested environments comparing with 802.11 AC.
WiFi 6 Introduced Few New Ideas Include OFDMA and OBSS Technology to Improve Comunication Speed and Stability
Orthogonal Frequency Division Multiple Access (OFDMA)
OFDMA works by subdividing channels into subcarriers and allowing for transmission to multiple endpoints (devices) at the same time. A Wi-Fi 6 router can send different signals in the same transmission window. This results in a single transmission from the router being able to communicate with multiple devices, instead of each device having to wait its turn as the router serves up the data across the network.
Overlapping Basic Service Sets (OBSS)
OBSS can help to improve network congestion. With older versions of Wi-Fi, devices trying to connect to a network used a listen before talk process, which meant they had to listen for any noise on a channel before transmitting.
Working together, OFDMA and OBSS allow for more effective communication on crowded networks. As more and more of our devices utilize Wi-Fi, this will help preserve the speed and stability of our connections.


