CUDY AC650 Wireless Dual-Band PCI-E Adapter
CUDY AC650 Wireless Dual-Band PCI-E Adapter
Dual-band WiFi card for fast internet connection
CUDY AC650 Wireless Dual-Band PCI-E Adapter WiFi network card
The CUDY AC650 WiFi network card is the ideal solution for desktop computers that need a fast and stable wireless connection without external USB adapters. Thanks to dual-band Wi-Fi AC technology, it offers speeds of up to 433Mbps on the 5GHz band for smooth gaming, streaming or video calls, and up to 200Mbps on the 2.4GHz band for a stable connection over longer distances. The external adjustable antenna lets you optimise the signal direction according to your computer's location, ensuring better reception even in more challenging environments, while modern WPA3 security protects your network from unauthorised access. The CUDY WiFi network card is fully compatible with Windows 10 and Windows 11 (64-bit) and installs into a PCI-E x slot. The package also includes both standard and low-profile brackets for smaller PC cases. This makes the CUDY WiFi network card a reliable choice for home and office setups where performance, stability, and connection security are key.
Key features of the CUDY AC650 Wireless Dual-Band PCI-E Adapter WiFi network card
- The CUDY AC650 network card offers a fast dual-band Wi-Fi connection with speeds of 433Mbps
- External adjustable antenna ensures better signal reception even in noisy environments
- Modern WPA3 security protects the network from unauthorised access
- The CUDY AC650 WiFi network card installs into a PCI-E x slot
- Package includes standard and low-profile brackets for use in smaller PC cases
- The CUDY AC650 WiFi network card is fully compatible with Windows 10 / 11
The CUDY WiFi network card offers speeds up to 433Mbps
With the CUDY AC650 WiFi network card, you can easily equip your desktop PC with Windows 10 or Windows 11 to get a fast and stable wireless connection without the need to run an Ethernet cable. You'll get speeds of up to 433Mbps on the 5GHz band for smooth gaming, 4K streaming or online calls, as well as a reliable connection of up to 200Mbps on the 2.4GHz band for regular work and a longer signal range.
Optimised signal reception with an external antenna
The CUDY AC650 WiFi network card has an external adjustable antenna that helps you get a better signal and adapt to your computer's specific location. By adjusting the antenna's angle up to 180°, you can optimise the reception direction for maximum stability and faster connection speeds, even in environments with a weaker signal or more interference. The result is a more reliable wireless connection for work, gaming, and streaming without dropouts.
Install the CUDY WiFi network card in standard and small cases
The package includes both standard and low-profile brackets, so you can easily install the CUDY AC650 WiFi network card in both classic desktop computers and smaller SFF-type PC cases. You don't have to worry about compatibility with your setup or buy extra accessories – just choose the right bracket and the card is ready to use. This makes the CUDY network card an ideal choice for home and office computers with limited space.
WPA3 for advanced Wi-Fi network security
Thanks to the latest WPA3 security, the CUDY WiFi network card protects your home and office network. Modern encryption significantly improves the security of Wi-Fi network passwords and provides better protection against brute-force attacks, preventing unauthorised access to your network and keeping your connection and data safe.
WiFi network card for standard and high-performance motherboards
The CUDY AC650 WiFi network card is compatible with most common motherboards. It uses the PCI-E interface for connection and power, and you can easily install it in a PCI-E x1 slot, as well as larger PCI-E x4, x8, or x16 slots. This flexibility makes the CUDY AC650 an ideal choice for both new computer builds and easy upgrades of older desktop PCs.
Specifications
Type
Wi-Fi Parameters
Features
| Code: | CUD25k63 |
| Warranty: | 24 months |
| Links: | Producer's Website: |