D-Link Wireless-N Nano USB Adapter

Description

D-Link Wireless N Nano USB Adapter (DWA‑131) – 300 Mbps Wi‑Fi for Laptops & Desktops

Upgrade your wireless experience with the D-Link Wireless N Nano USB Adapter (DWA‑131), the ultimate solution for fast, reliable, and portable Wi‑Fi. This ultra‑compact adapter delivers up to 300 Mbps wireless speeds on the 2.4 GHz band, making it perfect for streaming HD videos, attending online meetings, gaming, or simply browsing the web without interruptions.

The nano design is small enough to stay connected to your laptop without blocking other USB ports, making it a true plug‑and‑forget device. Whether you’re working from a café, traveling, or upgrading your home office, the DWA‑131 provides wireless freedom without bulk.

Connecting to your network is effortless with the Wi‑Fi Protected Setup (WPS) button, allowing you to establish a secure connection in seconds. Its advanced security protocols (WEP, WPA, and WPA2) ensure your data stays safe while enjoying smooth internet performance.

This adapter also features backward compatibility with 802.11b/g routers, giving you the flexibility to connect to older networks or public Wi‑Fi hotspots when needed. Its enhanced range and reduced dead zones provide a stable wireless experience for both home and office setups.

The DWA‑131 is an ideal choice for:

• Upgrading desktops without built‑in Wi‑Fi

• Boosting laptop wireless performance

• Travelers who need portable internet access

• Users seeking a simple, driver‑friendly network solution

Key Features & Specifications:

• Speed: Up to 300 Mbps on 2.4 GHz

• Wireless Standard: 802.11b/g/n

• Design: Ultra‑compact nano form factor (plug‑and‑forget)

• Security: WEP, WPA/WPA2, Wi‑Fi Protected Setup (WPS)

• Interface: USB 2.0

• Compatibility: Windows & Linux (driver support required)

• Use Case: Ideal for laptops, desktops, and travelers needing portable Wi‑Fi

With the D-Link DWA‑131, you get speed, portability, and convenience in a single device. Enjoy seamless wireless connectivity anywhere without compromising performance or security.