Operation
R&S
®
ZN-Z3x
28
User Manual 1177.6381.02 ─ 03
The TCP/IP network protocol and the network services associated with it are pre-
configured on the instrument.
To establish the connection, you need the instrument's IP address or computer
name.
Socket Communication
An alternative way for remote control of the Inline Calibration System is to estab-
lish simple network communication using sockets (also referred as "Raw Ethernet
communication").
The simplest way to establish a socket communication to the Inline Calibration
Controller is to connect to the built-in Telnet server. A Telnet client is part of every
operating system and supports communication with the server on a command-by-
command basis. For better utilization and to enable automation by means of pro-
grams, user-defined sockets can be programmed.
Socket connections are established on a specially defined port. The socket
address is a combination of the IP address or the instrument's host name and the
number of the port configured for remote control. All Inline Calibration Controllers
use port number 5025 for this purpose. The port is configured for communication
on a command-to-command basis and for remote control by a program.
FTP
The characterization data on the Micro SD Card of the Inline Calibration Control-
ler can be managed via the R&S
ZN-Z30's FTP server. This server is listening on
TCP port 21 and is preconfigured for anonymous FTP (user name "anonymous").
4.1.1.3
USB Interface
For remote control via USB, connect the controller (master) to the type B USB
connector on the back panel of the R&S
ZN-Z30.
Remote control of the Inline Calibration System requires the dynamically linked
library
icdll.dll
on the controller. This dll is installed with the the ZN-Z3x User
(see
USB address
To establish a USB connection, you need
●
the
vendor ID
0x0AAD
(for Rohde
&
Schwarz)
Basic Information on Remote Control
