ASUS PCE-AC88 – network adapter

Description

ASUS PCE-AC88 – network adapter

ASUS PCE-AC88 is a dual-band AC3100 4×4 Wi-Fi PCI Express (PCIe) adapter for desktop PCs. Its NitroQAM technology delivers combined wireless speeds of up to 2100Mbps on the 5GHz band and 1000Mbps on the 2.4GHz band – faster than 3×3 adapters, ensuring smooth streaming and low-latency online gaming. It’s the first 4×4 802.11ac PCIe adapter on the market, giving you improved Wi-Fi reception and – when paired with a 4×4 router – the full performance potential of 4×4 Wi-Fi!
Antenna
Antenna Qty : 4
Antenna Form Factor : External detachable

Networking
Type : Network adapter
Form Factor : Plug-in card
Interface (Bus) Type : PCI Express
Data Transfer Rate : 3167 Mbps
Wi-Fi Bands : 2.4 GHz, 5 GHz

Software
Type : Drivers & Utilities

System Requirements
OS Required : Microsoft Windows 7, Windows 10

Dimensions & Weight
Width : 2,1 cm
Depth : 10,33 cm
Height : 6,89 cm
Weight : 125 g

Product features:
• Enjoy the faster Wi-Fi on your desktop
NitroQAM (1024-QAM) technology gives PCE-AC88 Wi-Fi speeds of up to 2100Mbps (5GHz) and 1000Mbps (2.4GHz), so you can enjoy smooth streaming and low-latency online gaming on your desktop PC.
• Unrivaled Wi-Fi reception with the first ever 4×4 adapter
With a four-transmit, four-receive (4×4) antenna design, Wi-Fi range and signal stability are improved dramatically for faster, clearer and stronger Wi-Fi. PCE-AC88 pushes your desktop’s Wi-Fi reception to higher level, and allows you to unlock the full potential of your 4×4 router!
• Flexible antenna placement
PCE-AC88 includes extension cables for its detachable antennas, plus a magnetized antenna base that can be attached to any suitable surface – horizontal or vertical. This makes it incredibly easy to find the best antenna location for optimum signal quality.
• Custom heatsink for best stability
The stylish, customized heatsink is crafted for non-stop operation, giving you improved stability and reliability for connections when running bandwidth-intensive network tasks in hot environments.