Asus (PCE-AC58BT) AC2100 (433+1733) Wireless Dual Band PCI

DescriptionSpecificationAdapter Type: PCI Express AdapterInterface(s): PCI ExpressTransmission Method: WirelessMax Data Transfer Rate: 1733 MbpsBands: Dual BandStandards and Protocols: "IEEE 802.11a, IEEE 802.11b, IEEE 802.11g, IEEE 802.11n, IEEE 802.11acBluetooth 5.0"Antenna: External antennaFrequency: 2.4GHz: up to 433 Mbps5GHz: up to 1733 MbpsPackage Type: RetailPackage Weight: 0.2700 kgWarranty: 3 Years%%%%   AC2100 Dual-Band PCIe 160MHz Wi-Fi Adapter   Up to 5X-faster WiFi - Wide 160MHz channels drive wireless speeds up to 1.73Gbps in the 5GHz band. Top speed for all devices - Built-in MU-MIMO technology enables all connected devices to run at the best attainable speed. Bluetooth 5.0 for faster, farther coverage - Experience Bluetooth data transfers up to twice as fast as before, and with 4X the range. Blackspot-reducing external antenna - Freestanding transceiver and connecting cable allows easy positioning for the best reception.     2X-Faster Wi-Fi, Even on Crowded Networks   PCE-AC58BT uses wide 160MHz channels to drive WiFi speeds up to twice the rate of WiFi 5 (802.11ac) devices, and up to 5X faster than WiFi 4 (802.11n) equipment. It's also engineered with MU-MIMO technology to ensure that every connected device benefits from top speeds, even in busy homes or offices.           Still Fast, Even In Crowded Network   PCE-AC58BT instantly upgrades your PC with MU-MIMO functionality, enabling it to achieve top WiFi speeds, even when many other devices are connected to WiFi simultaneously. Instead of taking turns transferring data to the router, MU-MIMO lets multiple devices transfer data at the same time without waiting. With PCE-AC58BT, your PC can be grouped with other MU-MIMO devices on the network, letting you enjoy full WiFi speed for each device in the group.           Better WiFi with Optimal Antenna Placement   PCE-AC58BT's external antenna eliminates concerns about WiFi dead zones. Use the included cables and position the transceiver for optimal signal reception.