E-LAB EtherBord for evaluations purposes

• mega103, 32kB SRAM, RTL9019 10BASET chip
• 1-2 Ser. interface, I2C-Bus, 8Bit DAC, RTC
• Memory Bus completely connected to an 34pin header
• 24bit free I/O-Pins routed to a header

Build your own tools for the communication PC<>xUDP

If you are a Delphi programmer and you own a Delphi5 you can build your own and special Delphi5 programs, where you can establish a xUDP connection between a PC and the existing NetStacks. To do this you need the ICS component library as a base. The E-LAB components xUDPclient and xUDPserver are based on the the ICS component system.

Documentation/Tools

• Network schematics E-LAB EtherBoard
• Network layout E-LAB EtherBoard
• NetStack xUDP documentation
• Very good TCP/IP description from NatSemi
• Ethernet-Internet-TCP-UDP-HTTP-Network FAQ
  
  
• Network Sniffer for UDP/TCP/IP debugging
  or download the complete package from E-LAB Server
• Network Sniffer ZIP
  
  
  (upload 26.Mar.2002)
  
• Delpi4 xUDPclient & xUDPserver components
• Delpi5 xUDPclient & xUDPserver components
• Delpi6 xUDPclient & xUDPserver components

New version EtherBoard-II

In Q2 2002 a second version of the EtherBoard will be available. This board contains a complete UDP/IP and TCP/IP Hardware Stack in a special chip (TQFP44).
Then it is possible to implement the entire TCP/IP protocol in a few kByte code. So it is possible to use a mega16 or 163 for a TCP/IP application.
Furthermore the chip can be accessed through a standard 8bit Interface or alternatively also with it's I2C interface.
Burstrates upto 3MBit/sec are possible.
An additional NetStack implementation in our AVRco system will support the new chip and all it's features.