802.11g Wireless Print Adapter
The Lexmark 802.11g Wireless Print Adapter allows customers to quickly place Ethernet-capable Lexmark printers on a wireless network.System Requirements
The Wireless Print Adapter requires an existing 10/100BaseTX Ethernet print server in or connected to the printer. An 802.11g Wi-Fi access point is also required for networks not configured for peer-to-peer access.
Supported Print Servers
Lexmark MarkNet N2100 series (Ethernet only), Lexmark MarkNet N2000 series (Ethernet only)
Compatability
The printer must already support Ethernet using the standard Ethernet port or an internal MarkNet Print Server. The Lexmark wireless adapter does not require changes to drivers, utilities or to the type of port monitor used. Lexmark software such as MarkVision Professional, Document Distributor and Optra Forms can also be used without modification to the software.
Wi-Fi Compatibility
Ensures interoperability with leading wireless equipment makers so that all Wi-Fi certified devices work with each other to allow an ever expanding, vendor neutral wireless network. The 802.11g Wireless Print Adapter is a Wi-Fi compatible device.
Mono Laser
Color Laser
Multifunction Mono Laser
| Connectors | One RJ-45 for category 3, 4, 5, 5e, and 6 cabling |
| Web Browsers for Embedded Web Server | Microsoft Internet Explorer 5.x, 6.x Netscape Navigator 6.x, 7.x Apple Mac OS X Safari 1.0 |
| Network Type | IEEE 802.11g Wireless Ethernet Bridge |
Q. How many printers can the 802.11g Wireless Print Adapter support on an Ethernet network?
A. The 802.11g Wireless Print Adapter supports only one printer connection at any given time.
Q. Can the 802.11g Wireless Print Adapter connect my Token-Ring enabled printer to a wireless network?
A. The 802.11g Wireless Print Adaper only works with Ethernet enabled printers.
Q. Can the 802.11g Wireless Print Adapter connect a non-networked enabled printer to a wireless network?
A. The 802.11g Wireless Print Adaper requires existing Ethernet in order to connect a wired device to a wireless network.
