Storage Memories; Matrix Frame Memory; Cpu Board Memory; Sd Memory Card (Cpu2 Board) - Lightware MX-FR9 User Manual

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7. Programmer's Reference
7.3. Storage Memories
The matrix stores many configuration settings and parameters and uses different memories. In some cases,
it is important to know which setting is stored in which memory.
7.3.1. Matrix Frame Memory
Settings
▪ Matrix router serial number
▪ HDCP options
▪ I/O slot limits
These settings are stored in the matrix frame memory and remain after any board swap – even CPU2 – or
any firmware update.
7.3.2. CPU Board Memory
Settings
I/O port and preset names
▪
▪ EDID lists (F, U, D)
▪ EDID emulation table (E)
▪ Input and Output port settings
▪ Crosspoint settings and Crosspoint presets
▪ Serial port settings
▪ IP settings
▪ Analog video timings
▪ Test input multiplexer (FR80)
▪ Protocol modes
Remote alert send levels
▪
These settings remain unchanged after any firmware update.
Basic error list
This error list is stored in a RAM and it is cleared after every reset or power off. The firmware update process
ends with a reset, so the log is lost, but the whole logged data is stored in the SD card, as well.
7.3.3. SD Memory Card (CPU2 Board)
Settings: Detailed error list
Error log helps the support team if there is any dysfunction. CPU2 board stores the error log with time
stamps.
7.3.4. Input and Output Board Memory
Settings: Manufacturing parameters
An input or output board can store the manufacturing parameters regarding only the board that contains
them.
MX-FR Series Modular Matrix Frames – User's Manual
7.4. Switching and Control Commands
7.4.1. Test Input and Preview Output
MX-FR80R and MX-FR80R
Used in the MX-FR80R or MX-FR65R router frame, the Preview output is directly connected to the 80th output
port with a DVI splitter. Therefore this port always outputs the same signal as the 80th output, even if it has
a different interface (TP, OPT, etc.). The 80th input port of the crosspoint is multiplexed between the Test
input port and the 8th port of the 10th input card. This switch is independent from the crosspoint state. The
selected port (Test input or Input board #10) will be available as the 80th input on the crosspoint switch.
Other Frames
All other frames use the Test input and Preview output just like any other ports. These ports are referred to
as the last port in the crosspoint.
7.4.2. Selecting the 80th Input Port (MX-FR80R)
DIFFERENCE:

Configure the 80th port to use the Test input port or the 8th port of the 10th input card. The status of the
multiplexer is not shown in other crosspoint commands. The crosspoint switching works independently
from this setting.
Command and Response
ȩ {TI=<value>}
Ȩ (TI=<value>)CrLf
Parameters
Identifier
<value>
Example
ȩ {ti=?}
Ȩ (TI=1)CrLf
The test input is selected for the 80th input of crosspoint. The last port on the 10th input board is not used.
Applied CPU2 firmware: v3.5.7b8 | LDC software: v2.5.17b2
Frame Test input
MX-FR9, MX-FR9R in 9
MX-FR17, MX-FR17R in 17
MX-FR33L, MX-FR33R in 33
MX-FR65R in 80
MX-FR80R multiplexed in 80 distributed out 80
This function has been heavily modified in MX-CPU2 compared to CPU1.
Parameter description
Test input configuration ?: Query 80th port multiplexer status
0: Set port multiplexer to use the 8th port of the 10th input card.
1: Set port multiplexer to use the Test input port.
101
Preview output
out 9
out 17
out 33
out 80
Parameter values