04-26-2024, 04:15 PM
Great to hear that your DS923+ has arrived! When it comes to connecting your NAS wirelessly, it's important to note that DSM 7, Synology's latest operating system, no longer supports USB Wi-Fi dongles. However, there's still a solution to achieve similar results using powerline adapters.
Powerline adapters allow you to extend your network connection through your home's electrical wiring, providing a stable and reliable connection for your NAS without the need for long Ethernet cables or wireless dongles. Simply plug one adapter into a power outlet near your router and connect it to your router via Ethernet cable. Then, plug the second adapter into a power outlet near your NAS and connect it to your NAS via another Ethernet cable. This setup effectively extends your network to your NAS through your home's electrical wiring, offering a seamless and robust connection.
Using powerline adapters ensures that your DS923+ receives a consistent and reliable network connection, ideal for handling large photo files and other data-intensive tasks. Plus, it eliminates the need for wireless connectivity, which can sometimes be prone to interference and signal degradation.
Powerline adapters allow you to extend your network connection through your home's electrical wiring, providing a stable and reliable connection for your NAS without the need for long Ethernet cables or wireless dongles. Simply plug one adapter into a power outlet near your router and connect it to your router via Ethernet cable. Then, plug the second adapter into a power outlet near your NAS and connect it to your NAS via another Ethernet cable. This setup effectively extends your network to your NAS through your home's electrical wiring, offering a seamless and robust connection.
Using powerline adapters ensures that your DS923+ receives a consistent and reliable network connection, ideal for handling large photo files and other data-intensive tasks. Plus, it eliminates the need for wireless connectivity, which can sometimes be prone to interference and signal degradation.