PCE-AC88 Dual Band Wireless-AC1900 PCIe WiFi Adapter

An instant desktop PC upgrade to dual-band 4×4 AC3100 WiFi up to 2100 Mbps (5GHz band) and 1000 Mbps (2.4GHz band). – 60% faster WiFi with better signal coverage than 3×3 AC adapters. – The external antenna base with magnetic properties allows flexible positioning of the antennas for optimal reception. – The specially designed heatsink guarantees uninterrupted operation for improved stability and reliability. The ASUS PCE-AC68 is a Dual Band AC3100 4×4 WLAN PCI Express ® (PCIe®) adapter for desktop PCs. This is NitroQAM™ (1024-QAM) technology delivering combined WiFi speeds of up to 2100Mbps on the 5GHz frequency band and 1000Mbps on the 2nd 4GHz frequency band 60% faster than 3×3 adapter – enabling smooth streaming and online gaming1 with low latencies. The PCE-AC88 is the first 4×4 802.11ac PCIe® adapter on the market and in addition to improved WiFi reception, it also offers the full potential of 4×4 WiFi when paired with a 4×4 router!

Enjoy 60% faster WiFi for your desktop PC
NitroQAM (1024-QAM) technology enables WiFi speeds of up to 2100Mbps (5GHz) and 1000Mbps (2.4GHz). Nothing stands in the way of enjoying smooth streaming and online gaming with low latencies.

Revolutionary WLAN reception quality with the first 4×4 on the market
Thanks to the antenna design with four antennas each for sending and receiving (4×4), both the range and the signal stability can be dramatically improved for a faster and stronger WLAN with higher reliability. The PCE-AC88 significantly improves the desktop PC’s WLAN reception and thus allows the full potential of a 4×4 router to be used.

Flexible antenna solution
The PCE-AC88 comes with extension cables for the detachable antennas, including a magnetic antenna base that can be attached to any metal surface – horizontally or vertically. This makes it incredibly easy to find the best antenna position for optimal signal quality.

Specially designed heatsink for optimal stability
The elegant, specially designed heatsink is designed for long-lasting operation and ensures improved stability and reliability of WLAN connections when running bandwidth-intensive network tasks in high ambient temperatures.