The flexible and versatile solution for your serial data and protocol analysis!

The continuous graphic user interface for DOS and Windows (3.x/95/98/Me) guarantees an easy operation. SuperMonitor is very quickly attached to a serial data transmission and is a silent but watchful observer of the operation.

SuperMonitor is able to execute not only simple short measurements but also long day and night runs.

You are now able to considerably reduce your development time and costs when setting up or monitoring a serial link by using SuperMonitor.

• Flexible software solution
• Up to 460 KBit Baud rate
• Parity: none, even, odd, mark, space
• Stop bits: 1, 1.5, 2
• Data bits: 5, 6, 7, 8
• Time stamps with a precision less than 10 µs 1
• Display of all modem lines
• Dynamic trigger function
• Extensive display, print and search functions
• Limited buffer only through the PC memory
• Data swap-out for long day and night runs
• Display modes: ASCII, Decimal, Hexadecimal, ASCII-Mnemonic, User defined
• Up to two simultaneously running measurements in Windows
• IRQ0..IRQ15 and all port addresses
• Includes adapter and serial board
• PCMCIA Option
• RS422/485 Option

1 Can be less or more depending on PC or Operating System.

Using SuperMonitor you'll get a clear picture on what is going on on the physical line -- where it matters.

In summary, hints

Windows NT/2000
We don't support Windows NT/2000 because it's not possible to catch data and all events in real time on these systems (some events will be missed), apply exact time stamps or monitor the flow control (RTS/CTS, DTR/DSR).

Spying the COMM API
We don't spy the COMM API because it's not possible to catch data in real time (in many cases you'll get some events in wrong order), apply exact time stamps or monitor the flow control. The productivity of this method can be compared with code reading.

Summary
SuperMonitor captures the data and events on the physical serial connection in real time thus avoiding any logical errors which may arise through spying the COMM API or capturing the non real time events in Windows NT/2000. It's the only way to catch all data and events in the order they appear on the line and apply exact time stamps. It's the only way to monitor all changes in the flow control even with today UARTS like the 16650 or better with on board flow control (RTS/CTS, DTR/DSR, XON/XOFF !). Using SuperMonitor you'll get a clear picture on what is going on on the physical line -- where it matters.

SuperMonitor MUST NOT run on the same PC as the communication software. In fact installing SuperMonitor on a separate PC or Notebook makes it a flexible and versatile monitoring tool.

Available Product Range

SuperMonitor DOS

• Software on CD
• Special cable and adapter to be used on one duplex link (rx and tx)
• PC ISA card can be used on one duplex link (rx and tx)
• Documentation

SuperMonitor Windows

• Software on CD
• Special cable and adapter to be used on one duplex link (rx and tx)
• PC ISA card can be used on one duplex link (rx and tx)
• Documentation

SuperMonitor Twin Windows

• Software on CD
• Special cable and adapter to be used on two duplex link (rx and tx)
• PC ISA card can be used on two duplex link (rx and tx)
• Documentation

SuperMonitor Option PCMCIA (1xRS-232)

• PCMCIA Adapter Type II for Notebook including one RS-232
• Software on CD and/or Disk
• Documentation

SuperMonitor Option PCMCIA (2xRS-232)

• PCMCIA Adapter Type II for Notebook including two RS-232 (the RS-232 ports are used by SuperMonitor with "real" interrupt sharing)
• Software on CD
• Documentation

SuperMonitor Twin Option PCMCIA (4xRS-232)

• PCMCIA Adapter Type II for Notebook including two RS-232 (the RS-232 ports are used by SuperMonitor with "real" interupt sharing)
• Software on CD
• Documentation

SuperMonitor Option RS-422/485

• Special Converter RS-232 to RS-422/485
• Special cable and Adapter
• Documentation

System Requirements: