Address: 4FL., NO. 135, LANE 235, PAO-CHIAO RD., SHING-TIEN CITY, TAIPEI HSIEN, TAIWAN, R.O.C.
Phone: +886-2-89191230
10 Mbps Embedded Network Enabler for Serial Devices
>>Industrial-proven, built-in TCP/IP stack NE-4000T`s industrial-proven, built-in TCP/IP stack makes it easy for your R&D engineers to network-enable your serial device since they won`t need to put a lot of effort into TCP/IP programming. This means that they can dedicate the majority of their time to developing other important features, and you can reduce your time to market. In addition, NE-4000T`s 8 GPIO pins provide ample design flexibility, giving you the freedom to develop the features your customers need. Another important feature is that NE-4000T consumes less than 0.325W of power, so that your R&D engineers can almost ignore the power consumption issue when adapting NE-4000T to your application. Compared with other company`s IC or SoC type of product that use a 3.3V design, NE-4000T`s 5V design is better suited for today`s equipment, and R&D engineers can spend less effort implementing the power circuit. >>User-friendly configuration options NE-4000T comes with ready-to-use and reliable TCP/IP communication firmware for fast integration. Configuration is done with a user-friendly Windows utility, Web browser, or serial console. In addition, a Windows-based NECI (Network Enabler Configuration Interface) Library is available to help you develop your own Windows utilities. NE-4000T has a standard pin space (0.254 mm) with a dual-in-line, 24-pin design that lets you shorten the layout time and get your product to market in no time. And when necessary, customers can easily replace the module, making it easier for them to maintain their equipment. Serial interfacing is accomplished via a TTL interface that includes serial transmit, receive, and DTR lines. You can simply remove the line driver and drop in Moxa`s Network Enabler to provide your serial device with Ethernet capability. The built-in transformer ensures a noise-free signal, and also saves time and space when designing the Ethernet circuit.
>>Industrial-proven, built-in TCP/IP stack NE-4110S`s industrial-proven, built-in TCP/IP stack makes it easy for your R&D engineers to network-enable your serial device since they won`t need to put a
>>Industrial-proven, built-in TCP/IP stack NE-4110S`s industrial-proven, built-in TCP/IP stack makes it easy for your R&D engineers to network-enable your serial device since they won`t need to put a
>>Industrial-proven, built-in TCP/IP stack NE-4110S`s industrial-proven, built-in TCP/IP stack makes it easy for your R&D engineers to network-enable your serial device since they won`t need to put a
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>>Industrial-proven, built-in TCP/IP stack NE-4120A`s industrial-proven, built-in TCP/IP stack makes it easy for your R&D engineers to network-enable your serial device since they won`t need to put a
>>Industrial-proven, built-in TCP/IP stack NE-4110A`s industrial-proven, built-in TCP/IP stack makes it easy for your R&D engineers to network-enable your serial device since they won`t need to put a
>>Industrial-proven, built-in TCP/IP stack NE-4120A`s industrial-proven, built-in TCP/IP stack makes it easy for your R&D engineers to network-enable your serial device since they won`t need to put a
>>Industrial-proven, built-in TCP/IP stack NE-4110A`s industrial-proven, built-in TCP/IP stack makes it easy for your R&D engineers to network-enable your serial device since they won`t need to put a
>>Industrial-proven, built-in TCP/IP stack NE-4120A`s industrial-proven, built-in TCP/IP stack makes it easy for your R&D engineers to network-enable your serial device since they won`t need to put a
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