If you've got more than one computer in the house, sooner or later, you'll probably need a local network of your own. And if you've got a gamer in the house, they'll want all the high-speed bandwidth they can get. Time to get a router where even the wireless runs at 108Mbps.
With four wired ports capable of running at 10/100/1000 Mbps and optimized for the gaming fan's needs, this router can feed your greed for speed. Not into games? Well, it should still do fine for heavy bandwidth applications like distributed video, while allowing your laptops the freedom to roam wherever your lap goes. The reverse SMA antenna is also removable so you can change it if you need to.
Is this the wireless router for you? Only you can decide that, but remember: we'll be waiting right here when you've made up your mind.
- Xtreme N Duo TechnologyWith Xtreme N Duo wireless technology, the D-Link DGL-4500 delivers ultra-fast wireless data transfer rates of up to 300Mbps and supports selectable 2.4GHz or 5GHz band for optimized wireless gaming experience.
- Gigabit Network ConnectionThe D-Link DGL-4500 features 1 Gigabit WAN port and 4 Gigabit LAN ports that provide up to 10x faster speeds than most 100M network connections for the ultimate performance when used as a wired router.
- High-level SecurityThe D-Link DGL-4500 supports the latest wireless networking security standards including WPA and WPA2 and features a built-in firewall to prevent potential attacks from the Internet.
- GameFuel Priority TechnologyThe D-Link DGL-4500 features GameFuel Priority Technology to minimize in-game lag and boost network efficiency and performance for an optimized online gaming experience.
- SharePort TechnologySharePort technology turns the local USB port located on the D-Link DGL-4500 into a fast and responsive virtual network port, so you can easily share USB devices such as printers, multi-function printers and storage devices on your network.
- Green Ethernet TechnologyWith Green Ethernet technology, the D-Link DGL-4500 automatically adjusts power usage according to link status and cable length, greatly reducing power consumption and operational costs while generates less heat for reliable operation.