Media Technology Systems ION8.8 User Manual
Page 14
Page 14 of 26
Jul‐09
CobraNet™ Programmer’s Reference PM25)
•
2
not apply to the ION4.4 or ION8.8 and should be ignored.
•
3
where
the
DSP
RW
variables
are
stored.
The
end
address
is
the
start
address
plus
the
length
of
the
controlRWValue map. Presets are usually programmed by the MTS
GUI and inexperienced users should not try to do this via TELNET
•
4
•
5 – set unit as V‐Bus master. This is for the MTS amplifier and does not apply to
the ION4.4 or ION8.8 and should be ignored
•
6
–
set
unit
as
V‐Bus
slave.
This
is
for
the
MTS
amplifier
and
does
not
apply
to
the
ION4.4
or
ION8.8
and
should
be
ignored
•
7
–
set
I‐Bus
baud
rate
to
115.2k.
This
is
for
the
MTS
amplifier
and
does
not
apply
to
the
ION4.4
or
ION8.8
and
should
be
ignored
•
8 – set V‐Bus baud rate to 115.2k. This is for the MTS amplifier and does not
apply to the ION4.4 or ION8.8 and should be ignored
•
9 – set I‐Bus baud rate to 38.4k. This is for the MTS amplifier and does not apply
to the ION4.4 or ION8.8 and should be ignored
•
A
–
set
V‐Bus
baud
rate
to
38.4k.
This
is
for
the
MTS
amplifier
and
does
not
apply
to
the
ION4.4
or
ION8.8
and
should
be
ignored
NOTE: only DSP settings can be saved via TELNET. This command is intended to cater to
customized DSP configurations. The MTS GUI should be used for the standard
configuration.
The screenshot in Figure 4-2 shows an example of setting CobraNet™ bundle addresses,
where the instruction sequence is “1” for an HMI (CobraNet™) command, “rxBundle” is the
Bundle receiver command given in Cirrus Logic’s programmers manual (PM25) “2”
represents the receiver number (Note: all HMI commands are “0” referenced, therefore
receiver bundle 1 is address 0, bundle 2 is address 1, etc; so rxBundle 2 is actually Receiver
Bundle 3).
Figure 4-2 shows reading the value of Bundle 3 (rxBundle 2) as 666, then Bundle 3 is set to
111 and then reading the value confirms the setting as 111.