| FeaturesComplete Ethernet Web Server in Approximately One Square Inch
JAVA,
C, C++, and Visual Basic programs can monitor and control server remotely
Real-time
changing graphics for displays, bar graphs, buttons, switches knobs
768
Bytes of objects which can be bit, byte, integer, long, string, and graphical.
Standalone
mode allows up to eight relays, four 8 bit PWMs, switch inputs, or event counters without
any device processor
Web
Pages Created Using Standard HTML Authoring Tools
Data
can be input through forms, buttons, or links and received by device processor
Connects
directly to 10BaseT filter or RJ45 with internal magnetics
Standard
10BaseT Ethernet with automatic polarity correction hardware
48K
bytes of Flash Web Pages, Ethernet Downloadable Flash Firmware, Ethernet Upgradeable
ARP,
ICMP, IP, UDP, TCP, DHCP Protocols
Plug-in
module for web upgrades/retrofits
Static
IP address or Dynamic IP Address obtained through DHCP server
Serial
Port for Processor Interface Baud Rates from 300 115,200 bits/sec
Less
than 100 bytes of code interface server to most devices
Description
The Micro WebServer MSW1 Coprocessor is
the first product in a family of embedded web servers designed to enable any
microprocessor-based device to become web enabled easily and inexpensively. In slightly
over one square inch, Micro WebServer includes a web server, 10baseT Ethernet controller,
flash web page memory, graphical object processor, and a serial device interface.
Micro WebServer handles web protocols and Ethernet
packets independently of the device processor. Web traffic does not effect the device
processor, which also adds a measure of security. Communications between
Micro WebServer and
the device is accomplished through objects sent through a standard two wire serial port.
No TCP/IP or network code is required. For standalone applications,
Micro WebServer can
perform simple I/O directly.
Flash memory firmware allows
Micro WebServer to
remain fresh as Internet protocols change and features are added. Flash memory web pages
allow products to be upgraded before, during or after shipment. Support for multiple
languages, colors, feature sets, and parameters are a "flash."
Micro WebServer contains a powerful object system which allow graphical images, text, music, links, radio buttons
or checkboxes to change based on live data from the device processor. No need for CGI
scripts or Java programming. A web page can contain a graphical knob rotated to a
position, a switch can be toggled up or down, or a link can change based on a variable in
the device processor. Micro server can also be monitored and controlled remotely by Java,
C, C++, Visual Basic or other TCP/IP applications.
Pin Description
| 1 |
Link |
LED Pin low when
link has been established, typically resistor to LED to VCC |
| 2 |
RX+ |
10BaseT receive +
typically connects to filter/transformer |
| 3 |
RX- |
10BaseT receive -
typically connects to filter/transformer |
| 4 |
TX- |
10BaseT transmit -
typically connects to filter/transformer |
| 5 |
TX+ |
10BaseT transmit +
typically connects to filter/transformer |
| 6 |
VSS |
Ground |
| 7 |
RXD |
Receive Data to
UART Can direct connect to device UART TXD |
| 8 |
TXD |
Transmit Data to
UART Can direct connect to device UART RXD |
| 9 |
VCC |
+5 Volts, typically
75Ma |
| 10 |
Reset |
High - Reset,
Ground or No Connect - Run |
| 11
a 18 |
|
11 through 18
Hardware I/O port |

|