Yes. There are several manufacturers of 10/100 BaseT Ethernet to wireless bridges. One example is the LinkSys WET11 Ethernet bridge.

Yes. The i.LON 10 Ethernet Adapter (version 2.x and higher, available from April 2004) supports an external modem attached to its serial port. When used with an external modem, the i.LON 10 Ethernet Adapter uses PPP as the serial protocol. The i.LON 10 Ethernet Adapter version 1.x does not support PPP.

Yes, but you would have to implement the equivalent of Echelon's xDriver software. The best choice for using the i.LON 10 Ethernet Adapter without LNS is to use Echelon's OpenLDV driver. It is available free of charge at www.echelon.com/openLDV. Yes, though the algorithm differs from the i.LON 600 LonWorks/IP Server. This question is usually asked when trying to figure out how much bandwidth an i.LON 10 Ethernet Adapter might consume on an Ethernet segment. For example, if the i.

The i.LON 10 Ethernet Adapter is designed to "keep up" with the channel for unacknowledged uplink messages. This means that the i.LON 10 Ethernet Adapter can pass up to 180 - 200 unacknowledged messages per second uplink from the FTT channel to the LNS or OpenLDV PC. Acknowledged service is slower. However, the performance is asymmetric. Downlink unacknowledged messages are limited to approximately 21 - 22 per second.

The i.LON 10 Ethernet Adapter is a single function device, it acts as a Remote Network Interface (RNI) and nothing more. It was designed to provide complete LonWorks connectivity at the lowest possible price. The i.LON 100 Internet Server can also act as a remote network interface (RNI), but has additional capabilities, including built-in applications for scheduling, data logging, and alarm processing. The i.

The i.LON 10 Ethernet Adapter connects to the PC via 10 BaseT Ethernet. The SLTA-10 connects to the PC via RS-232. Both the i.LON 10 Ethernet Adapter and SLTA-10 can connect to the PC via modem. The i.LON 10 Ethernet Adapter uses TCP/IP when directly connected and PPP when connected via modem which allows the use of intervening Internet Service Providers (ISPs). The SLTA-10 uses a proprietary serial link protocol which is not supported by ISPs. Performance is roughly equal.

HTTP access (used to set configuration) may be limited or disabled. If disabled, you must have physical access to the i.LON 10 Ethernet Adapter to change its operating parameters.

Cisco has discontinued the Cisco NetWorksT. It is no longer possible to "Cisco certify" products.

The i.LON 10 Ethernet Adapter uses an 8032 processor working in conjunction with a Neuron® 3120® Chip. The operating system is proprietary. Cost. The primary design consideration for the i.LON 10 Ethernet Adapter was to provide a device to allow full and complete access to LonWorks networks (network variables, network management, explicit messages, configuration properties, network diagnostics - everything) at the lowest possible price.

Only for configuration purposes. The i.LON 10 Ethernet Adapter cannot provide network variable values in a web page. The i.LON 100 can access network variables through web pages.

With the current adapters you cant, the USB modem is the DSL equivalent of a WinModem and requires some processor power to perform the modem functions and convert the ATM data into TCP/IP for presentation to the PC. There is a Draytek device however which can effetively act as a router and presents ethernet to the user side. See details here.

Many brands of wireless network adapters are available. Though we do not specify a brand, the adapter you choose must be 802.11b compliant. That is to say it must support the 802.11b wireless network standard. Check packaging carefully if you are buying a new device. Otherwise, check the documentation that came with your current device to be sure it complies.

A wireless network adapter is a device that connects to a computer that converts a computer's network data to a wireless transmission medium.

A wireless network adapter, typically in the form of a PCMCIA card. However, many current laptops have wireless network adapters built into them now.

Drexel recommends an internal wireless 802.11a/b/g compliant Wi-Fi adapter. If you have an older notebook, you can also add an external wireless ethernet card. If an external card is opted, make sure it has security encryption capability. External cards can be ordered online or at many computer stores.

Probably. Any wireless receiver supporting the industry standard 802.11b or 802.11g protocols should work. However, in rare cases, we have found wireless receivers which had compatibility issues with the computer upon which it was installed.

Yes, since Wireless Mobile Network utilizes standard Wi-Fi 802.11b networking, you can use your adapter at any Wi-Fi certified Hot Spot such as airports, hotels, Internet caf?s, and many others.

To access the wireless network an IEEE 802.11b compliant wireless network adapter is required. These types of wireless network adapters are available at any computer retail store. Some cell phones may operate near the same radio frequency as the wireless network adapters which can cause interference and lead to a poor wireless connection. Wireless network adapters operating in close proximity may also generate interference and lead to a poor wireless connection.

It is an expansion card placed in a computer to support the ethernet network protocol across digital communications lines.

Absolutely. The Wireless Mobile Network wireless network consists of industry standard 802.11b components. All wireless enabled computers and existing 802.11b on wards to g adapters should work. Performance may vary based on specific component specifications.