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SABINE NAVIGATOR - SERIAL PROTOCOLS Manual

Communication protocol

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Sabine Navigator Communication Protocol (October 19, 2007)
This document applies to the following Sabine Navigator Models:
NAV240, NAV360, NAV480, NAV4802, NAV8802.
General structure of communication packets:
<0x01><R/W><SRC><COMMAND
1
1
1
<R/W>
-
<SRC>
-
The <COMMAND HEADER> is used to identify the types of value following the header. The value of the header indicates
the number of readable ascii bytes in the value that follows.
NAME
Command Header
<0x03 to 0x07>; 0x03 = 4 bytes ... 0x07 = 8 bytes
Device Header
<0x08> 1 byte
I/O Header
<0x09> 1 byte
Channel Header
<0x0A> 1 byte
Aux Header
<0x0B> 1 byte
Column Header
<0x0C> 1 byte
Data Header
<0x10 to 0x18>; 0x10 = 1 byte ... 0x18 = 8 bytes
<VALUE> must always follow the <HEADER>.
Command Value
Device Value
I/O Value
Channel Value
Aux Value
Column Value
Data Value
HEADER><VALUE>...<0x1F><CHKSUM><0x02>
4
1
Read = 4 (ascii 0x24), Write = 5 (ascii 0x25)
Device number which sent packet: <0x7f> => PC
CODE
Command ID in ASCII character (see table below)
Device # where this command is sent to
0x20 for Input, 0x21 for Output
Channel #, zero-based
For extra information such as EQ Num, FBX Num ,etc
Reserved for later use
The actual value to change for the command targeted
S a b i n e , I n c .
( 3 8 6 ) 4 1 8 - 2 0 0 0
1
1
1<= sizes in readable ascii bytes
1 3 3 0 1 N W U S H i g h w a y 4 4 1
( 8 0 0 ) 6 2 6 - 7 3 9 4
Comment
How many bytes follow for the command
name (usually 4)
Always set to 0
# of bytes that follow
A l a c h u a , F l o r i d a 3 2 6 1 5 - 8 5 4 4 U S A
F a x ( 3 8 6 ) 4 1 8 - 2 0 0 1
E - m a i l : s a b i n e @ S a b i n e . c o m
w w w. S a b i n e . c o m

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Summary of Contents for SABINE NAVIGATOR - SERIAL PROTOCOLS

  • Page 1 Sabine Navigator Communication Protocol (October 19, 2007) This document applies to the following Sabine Navigator Models: NAV240, NAV360, NAV480, NAV4802, NAV8802. General structure of communication packets: <0x01><R/W><SRC><COMMAND HEADER><VALUE>…<0x1F><CHKSUM><0x02> 1<= sizes in readable ascii bytes <R/W> Read = 4 (ascii 0x24), Write = 5 (ascii 0x25) <SRC>...
  • Page 2 There is no limit in the number of <HEADER><VALUE> combo as long as the whole block (from 0x01 to 0x02) is less than 256 readable ASCII bytes. When a <HEADER><VALUE> is received, the corresponding new parameters are stored in the memory.
  • Page 3 8 20 means the command is addresed to device 0 9 20 means the command is addressed to the inputs A 20 means the command is addressed to channel 1 B 20 means the aux value is 0 (unused for signal gain, but still required in the command string) C 20 means the column value is 0 (unused for signal gain, but still required in the command string) 11 is the data header and means that 2 data bytes follow 21 60 is the value: 160.
  • Page 4: System Command

    This example actually puts the DATA before the TARGET. When the first <1F> is received, Output 3 of Device 1 will be muted, when the second <1F> is received, Input 2 of Device 1 will be muted as well. NORMAL COMMAND Meter MTR0 Comp.
  • Page 5 FBX Global Persistence FPER FBX Reset Dynamic FRST FBX Global Threshold FTHS FBX Setup FSET Program Download PC sends Download ON command (%PD0 with data = TRUE) PC starts sending each parameter (just like downsync) for program #30 PC sends Program Store command (%PS0 with data = 29) PC receives Program Store command (%PS0 with data = 29) as acknowledgement Repeats step 2 to 4 for the rest of the program in descending order PC sends Download OFF command (%PD0 with data = FALSE)
  • Page 6 CHARACTER CODE MAP _ABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789abcdefghijklmnopqrstuvwxyz-<>?,./~!@#$%^&*()=+';: Security Lock Similar to Password, the menu that is to be locked is identified by the Aux header/value. The data will specify LOCK (true) or UNLOCK (false). 0 - INPUT SIG 9 - OUTPUT EQ 1 - INPUT EQ 10 - OUTPUT XOVER 2 - INPUT FBX 11 - OUTPUT LIMIT...

This manual is also suitable for:

Navigator nav240Navigator nav360Navigator nav480Navigator nav4802Navigator nav8802