Using the APP Recorder 6-52
To Show the FTP Settings Window
In the APP Recorder window, from the Tools menu, click Show FTP Window.
The FTP Settings window appears. For information on the FTP configuration settings, see Configuring
FTP Settings on page 6-23.
6.13.9 Configuring a DSP Board’s Ethernet and IP Address Settings
Before an APP-601 Recorder leaves the factory, each of its DSP/IRIG boards is programmed with an
Ethernet Address, IP Address, Subnet Mask, and Default Gateway. In a centralized or turn-key system, it is
highly unlikely the Ethernet or IP Addresses will ever need to be changed. However, if the factory ships an-
add on Data chassis for a distributed architecture system and does not know the location of the installation,
you will need to program the appropriate DSP Ethernet Address and IP Address upon receipt.
Examples of Ethernet and IP Addresses
The Ethernet and IP addresses should increase by an increment of 1 for each successively installed Data
chassis. For example:
Computer Control Chassis (Typical)
IP Address: 195.168.3.220
Subnet Mask: 255.255.255.0
1
st
Data Chassis (Typical)
Ethernet Address = 1-35-69-86-120-2
IP Address = 195.168.3.2
Subnet Mask = 255.255.255.0
Default Gateway = 195.168.3.220
2nd Data Chassis (Typical)
Ethernet Address = 1-35-69-86-120-3
IP Address = 195.168.3.3
Subnet Mask = 255.255.255.0
Default Gateway = 195.168.3.220
3rd Data Chassis (Typical)
Ethernet Address = 1-35-69-86-120-4
IP Address = 195.168.3.4
Subnet Mask = 255.255.255.0
Default Gateway = 195.168.3.220
The same pattern would be followed for additional Data chassis.
Duplicating an IP Address on two Data Chassis could cause the DSP
Board to need repair if left in conflicting state too long.
See Installation Section on page 3-1, for proper installation and
chassis power up instructions. Ensure that any newly installed
chassis are earth grounded before powering up.
To Configure a DSP Board’s Ethernet and IP Address Settings
1. Disconnect any Ethernet cable plugged into the DSP RJ45 connector.
2. Connect an APP-provided programming cable from the computer control chassis RS232 port
(which is usually COM1) to the 6-pin Mini-Din on the DSP circuit board.
Note: If the programming cable will not reach from the DFR computer to the desired DSP
board, you can also make the change from APP ClearView, which can run on your
laptop.
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