B and K Reference 10 Owners manual

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AVR / Reference (Series I) B&K Components Device Interface Protocol (BKC-DIP) Product
Specific Appendices
For use with:
AVR 101 and AVR 202
REF 10 and REF 20
Version 2.00.00
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Table Of Contents
REVISION HISTORY............................................................................................4
Version 2.00.00.............................................................................................................................................. 4
Version 1.01.00.............................................................................................................................................. 4
Version 1.00.xx.............................................................................................................................................. 4
INTRODUCTION ..................................................................................................5
Overview........................................................................................................................................................ 5
Document Conventions................................................................................................................................ 5
Preset Numbering......................................................................................................................................... 5
APPENDIX A PRESET PARAMETERS...............................................................6
Preset Zone 1 Parameters............................................................................................................................ 6
Preset Zone 2 Parameters............................................................................................................................ 7
Appendix A Parameter Notes (All Zones).................................................................................................. 8
APPENDIX B, SYSTEM PARAMETERS...........................................................10
Appendix B, System Parameter Notes...................................................................................................... 12
APPENDIX C TUNER STATION PARAMETERS..............................................14
Appendix C, Tuner Station Parameter Notes.......................................................................................... 14
APPENDIX D REALTIME STATUS PARAMETER............................................15
Appendix D, Realtime Status Parameter Notes....................................................................................... 15
APPENDIX E UNIT PARAMETERS...................................................................18
APPENDIX F IR COMMANDS ...........................................................................19
APPENDIX G, FRONT PANEL COMMANDS....................................................21
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APPENDIX H, VALID ASCII DISPLAY CHARACTERS ....................................22
APPENDIX I, SPECIAL DISPLAY CHARACTERS............................................23
APPENDIX J, ASCII TABLE..............................................................................24
APPENDIX K, LED MAPPING...........................................................................25
APPENDIX L, X (EXECUTIVE) COMMANDS ....................................................26
Recall Preset Command: (receiveID, X, 0, z=nn; cs16)........................................................................... 26
Save Preset Command: (receiveID, X, 1, z=nn; cs16)............................................................................. 26
Power State Command: (receiveID, X, 2, z=onOff; cs16) ....................................................................... 26
Noise Generator State Command: (receiveID, X, 3, noiseState; cs16)................................................... 26
Noise Steering Command: (receiveID, X, 4, speakerIndex=onOff, ... speakerIndex=onOff; cs16)..... 27
Noise Increment Command: (receiveID, X, 5; cs16) ............................................................................... 27
Cold Boot Command: (receiveID, X, 6; cs16).......................................................................................... 28
Factory Reset Command: (receiveID, X, 7; cs16).................................................................................... 28
Unsupported Executive Commands.......................................................................................................... 28
APPENDIX M, ERROR LOGS............................................................................29
APPENDIX P, OVERRIDE PARAMETERS .......................................................30
Appendix P, Override Parameters Notes................................................................................................. 30
APPENDIX Q, STATUS MESSAGES................................................................31
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Revision History

Version 2.00.00

1. Bumped revision t o V2.0 to correspond to changes with respect to BKC-DIP V2.0. Although this device is not V2.0 compliant, the documentation was changed for consistency of the references from the main BKC-DIP document.
2. Added Appendix P, Override Parameters and notes. With the introduction of new B&K Compnents devices and BKC-DIP V 2.0, Override Parameters are no longer universal among all devices. Thus each product must include an appendix indicating which Override Parmeters it supports.
3. Added Appendix Q, Status Messages and notes. With the introduction of new B&K Compnents devices and BKC-DIP V2 .0, Status Messages a re no longer universal among all devices. Thus each product must include an appendix indicating which Status Messages it supports.
4. Fixed footer error which incorrectly read “Series II” not “Series I”.

Version 1.01.00

1. This is the first release of this documentation specified by a version number. This document is to be used in conjunction with the “B&K Components Device Interface Protocol (BKC- DIP) Specification Version 1.02.00” do c ument. This documentation supercedes all documentatio n found in “AVR / Reference Series B&K Components Device Interface Protocol (BKC-DIP) V1.01 Protocol Specific Appendices” (referred to as Version 1.00.xx, see below for details).
2. Addition of Appendix L, Executive Command Appendix.
3. Addition of Appendix M, Error Log Appendix.

Version 1.00.xx

1. Documentation earlier than Version 1.01.00 was not specified by a version number. This encompasses all documentation prior to 08/07/00. Specifically, the prior document entitled “AVR / Reference Series B&K Components Device Interface Protocol (BKC-DIP) V1.01
Protocol Specific Appendices” which referred to document “B&K Components Device Interface Protocol (BKC-DIP) V1.01 Protocol Document”, describing BKC-DIP Version
1.01, is referred to here as Version 1.00.xx.
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Introduction

Overview

The following is a suppliment to B&K Components Device Interface Protocol, BKC-DIP. This document contains the specific BKC-DIP implimentation details for the B&K Components’ AVR and REF products.

Document Conventions

All numbers are assumed to be hexadecimal
from 0 to F.
For example:
The number 19 is the hexadeci mal number 19 which is (1 x 1 6 25 decimal. Similarly, EA is the hexadecimal number EA which is (14 x 16
0
(10 x 16
) or 234 decimal. For clarity, some descriptions regarding numbers may use the xxh notation to remind the reader that the number is implicitly hexadecimal where xx are the hexadecimal characters 0 - F. Thus the previous examples would be 19h and EAh respectively, the "h" indicating hexadecimal.
Maximum values appearing in double quotes indicate that the parameter is an ASCII string.
For example:
“D” for the Z1 Title maximum value indicates that the title is a string with a maximum length of 0Dh (13 decimal) characters.
Italics indicate a non-literal string.
For example:
(00,G, P00, 0;cs16) cs16 indicates the calculated checksum and does NOT literally appear in the data stream.
Important concepts are denoted by NOTE:

Preset Numbering

The AVR and REF products have the concept of Bank A. To calculate the preset number of Bank A preset, add 10 to the preset number. The following table enumerates the first 20 presets:
B&K User BKC-DIP Preset B&K User BKC-DIP Preset Number Number Number Number
0 00h A0 0Ah 1 01h A1 0Bh 2 02h A2 0Ch 3 03h A3 0Dh 4 04h A4 0Eh 5 05h A5 0Fh 6 06h A6 10h 7 07h A7 11h 8 08h A8 12h 9 09h A9 13h
. Hexadecimal (or Hex for short) characters range
1
) + (9 x 160) or
1
) +
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Appendix A Preset Parameters

Preset Zone 1 Parameters

(0,G,P1=FF,0;cs16) Example of Get Z1 current preset title (0,S,P1=A,1=60;cs16) Example of Set Z1 Preset 10 volume = 0 dB
Parameter Description Parameter Formatting Notes Identifier Max Values Notes (in hex) (in hex)
00 Title "D" 01 Volume 6F Note 1 02 Balance 30 Note 15 03 Current Input 7 Note 3_Z1 04 Tuner Band 1 Note 4 05 Tuner AM Frequency 73, 80 Note 5, 5a 06 Tuner FM Frequency 66, CC Note 6, 6a 07 Tuner FM Mode 1 Note 7 08 Tuner Surround Mode 6 Note 8 09 Tuner Surround Command 3, 2 Note 9 0A Tuner Center Level 30 Note 2 0B Tuner Center Delay 5 Note 10 0C Tuner Rear Level 30 Note 2 0D Tuner Rear Delay F Note 11 0E Tuner Sub Level 30 Note 2 0F V1 Surround Mode 6 Note 8 10 V1 Surround Command 3, 2 Note 9 11 V1 Center Level 30 Note 2 12 V1 Center Delay 5 Note 10 13 V1 Rear Level 30 Note 2 14 V1 Rear Delay F Note 11 15 V1 Sub Level 30 Note 2 16 V2 Surround Mode 6 Note 8 17 V2 Surround Command 3, 2 Note 9 18 V2 Center Level 30 Note 2 19 V2 Center Delay 5 Note 10 1A V2 Rear Level 30 Note 2 1B V2 Rear Delay F Note 11 1C V2 Sub Level 30 Note 2 1D TVV3 Surround Mode 6 Note 8 1E TVV3 Surround Command 3, 2 Note 9 1F TVV3 Center Level 30 Note 2 20 TVV3 Center Delay 5 Note 10 21 TVV3 Rear Level 30 Note 2 22 TVV3 Rear Delay F Note 11 23 TVV3 Sub Level 30 Note 2 24 DVD Surround Mode 6 Note 8 25 DVD Surround Command 3, 2 Note 9 26 DVD Center Level 30 Note 2 27 DVD Center Delay 5 Note 10 28 DVD Rear Level 30 Note 2 29 DVD Rear Delay F Note 11 2A DVD Sub Level 30 Note 2
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2B CD Surround Mode 6 Note 8 2C CD Surround Command 3, 2 Note 9 2D CD Center Level 30 Note 2 2E CD Center Delay 5 Note 10 2F CD Rear Level 30 Note 2 30 CD Rear Delay F Note 11 31 CD Sub Level 30 Note 2 32 SAT Surround Mode 6 Note 8 33 SAT Surround Command 3, 2 Note 9 34 SAT Center Level 30 Note 2 35 SAT Center Delay 5 Note 10 36 SAT Rear Level 30 Note 2 37 SAT Rear Delay F Note 11 38 SAT Sub Level 30 Note 2 39 Tape Surround Mode 6 Note 8 3A Tape Surround Command 3, 2 Note 9 3B Tape Center Level 30 Note 2 3C Tape Center Delay 5 Note 10 3D Tape Rear Level 30 Note 2 3E Tape Rear Delay F Note 11 3F Tape Sub Level 30 Note 2 40 Tape Monitor 1 Note 12 41 Headphone Mode 1 Note 14
Current Input Aliases Note 13
F3 Current Input Surround Mode 6 Note 8 F4 Current Input Surround Command 3 Note 9 F5 Current Input Center Level 30 Note 2 F6 Current Input Center Delay 5 Note 10 F7 Current Input Rear Level 30 Note 2 F8 Current Input Rear Delay F Note 11 F9 Current Input Sub Level 30 Note 2

Preset Zone 2 Parameters

(0,G,P2=FF,0;cs16) Example of Get Z2 current preset title (0,S,P2=A,1=60;cs16) Example of Set Z2 Preset 10 volume = 0 dB
Parameter Description Parameter Formatting Notes Identifier Max Values Notes (in hex) (in hex)
00 Title "D" 01 Volume 6F Note 1 02 Balance 30 Note 15 03 Current Input 7 Note 3_Z2 04 Tuner Band 1 Note 4 05 Tuner AM Frequency 73, 80 Note 5, 5a 06 Tuner FM Frequency 66, CC Note 6, 6a 07 Tuner FM Mode 1 Note 7 08 V2 Monitor 1 Note 12
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Appendix A Parameter Notes (All Zones)

(0,G,P1=FF,0;cs16) Example of Get Z1 current preset title (0,S,P1=A,1=60;cs16) Example of Set Z1 Preset 10 volume = 0 dB (0,G,P2=FF,0;cs16) Example of Get Z2 current preset title (0,S,P2=A,1=60;cs16) Example of Set Z2 Preset 10 volume = 0 dB
(NOTE: hex values denoted by xxh convention)
Note 1: 0h = Mute, 1h = -95 dB,... 60h = 0 dB, ... 6Fh = +15 dB Note 2: 0h = -12.0 dB, 1h = -11.5 dB, ... 18h = 0.0 dB, ...
30h = +12.0 dB
Note 3_Z1: 0h = Tuner, 1h = V1, 2h = V2, 3h = TVV3, 4h = DVD,
5h = CD, 6h = SAT. NOTE: Due to special internal logic, to access TAPE, use
Tape Monitor (Z1 Preset Parameter Identifier 40h).
Setting Tape Monitor “On” leaves the Z1 Current Input routed to the Tape Output, but routes Tape Input to the Z1 Output.
Setting Tape Monitor “Off” returns the routing of Z1 Current Input to both the Tape Output and the Z1 Output.
NOTE: See BKC-DIP V1.01 Errata document for further
details.
Note 3_Z2: 0h = Tuner, 1h = V1, 2h = INVALID, 3h = TVV3, 4h = DVD,
5h = CD, 6h = SAT, 7h = TAPE. NOTE: Due to special internal logic, to access V2, use V2
Monitor (Z2 Preset Parameter Identifier 8h). The V2 Monitor setting works in the conjunction with the V2 Line Out setting (System Setting Parameter Identifier 2Dh).
If V2 Line Out = “Tape”
Setting V2 Monitor “On” leaves the Z2 Current
Input on the Z2/V2 Output, but routes V2 Input
to the Z2 Output.
Setting V2 Monitor “Off” returns to routing Z2
Current Input to both Z2/V2 Output and Z2
Output
Else V2 Line Out = “Line”
Setting V2 Monitor “On” routes V2 Input to both
the Z2/V2 Output and the Z2 Output.
Setting V2 Monitor “Off” returns the routing of
Z2 Current Input to both the Z2/V2 Output and
the Z2 Output.
NOTE: If Z2 Current Input is attempted to be set to 2h, it
is ignored by the unit. Subsequent reads of Z2 Current Input will reflect the state prior to attempting to write 2h to the input.
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NOTE: See BKC-DIP V1.01 Errata document for further
details.
Note 4: 0h = AM, 1h = FM Note 5: 10 kHz AM step tuning (USA)
((value * 10) + 520) kHz, or ((AM_kHz - 520) / 10) with 29h = 930 KHz; FFh indicates an uninitialized frequency. If tuner stations programmed, last used station's frequency is used, else 520 kHz.
Note 5a: 9 kHz AM step tuning
((value * 9) + 522) kHz, or ((AM_kHz - 522) / 9) with 2Dh = 927 KHz; FFh indicates an uninitialized station. If tuner stations programmed, last used station's frequency is used, else 522 kHz.
Note 6: 200 kHz FM step tuning (USA)
((value * 0.20 ) + 87.5) MHz, or ((FM_MHz - 87.5) /0.2) with 4Bh = 102.5 MHz; FFh indicates an uninitialized frequency. If tuner stations programmed, last used station's frequency is used, else 87.5 MHz.
Note 6a: 100 kHz FM step tuning
((value * 0.10 ) + 87.5) MHz, or ((FM_MHz - 87.5) /0.1) with 96h = 102.5 MHz; FFh indicates an uninitialized frequency. If tuner stations programmed, last used
station's frequency is used, else 87.5 MHz. Note 7: 0h = Mono, 1h = Stereo Note 8: 0h = Surround, 1h = 3 Hall, 2h = Stereo 3, 3h = Stereo Hall,
4h = Stereo Front Rear,5h = Stereo, 6h = Stereo Lt Rt Note 9: REF 20 and AVR 202, 0h = Auto, 1h = Lock Analog,
2h = Lock DTS, 3h = AC3 Compression
REF 10 and AVR 101, 0h = Auto, 1h = Lock Analog,
2h = AC3 Compression Note 10: 0h to 5h ms Note 11: 0h to Fh, 0 to 15 ms non-Pro Logic, 16 to 30 ms in Pro Logic Note 12: 0h = Off, 1h = On Note 13: Current Input aliases implicitly use the Z1 Current Input when referring to source specific parameters Note 14: 0h = Normal, 1h = HeadPhone. When HeadPhone, surround mode
is overridden forcing all source material to L/R Fronts.
Note 15: 0h = Left 0.0 dB Right –12.0 dB, 1h = Left 0.0 dB Right –11.5
dB, … 18h = Centered, … 2Fh = Left –11.5 dB Right 0.0 dB,
30h = Left –12.0 dB Right 0.0 dB.
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Appendix B, System Parameters

(0,G,S,14;cs16) Example of Get System LFE Setting (0,S,S,3=”LASER”;cs16) Example of Set DVD Title to “LASER”
Parameter Description Parameter Formatting Identifier Max Values Notes (in hex) (in hex)
00 V1 Title "5" 01 V2 Title "5" 02 TVV3 Title "5" 03 DVD Title "5" 04 CD Title "5" 05 SAT Title "5" 06 Tape Title "5" 07 Power On Title Line 1 "10" 08 Power On Title Line 2 "10" 09 Left Level Offset 30 Note 1 0A Center Level Offset 30 Note 1 0B Right Level Offset 30 Note 1 0C Right Rear Level Offset 30 Note 1 0D Left Rear Level Offset 30 Note 1 0E Sub Level Offset 30 Note 1 0F Left/Right Front Setting 1 Note 2 10 Surround Operation 1 Note 3 11 Stereo Setting 2 Note 4 12 Center Setting 2 Note 5 13 Surround Setting 2 Note 5 14 LFE Setting D Note 6 15 Sub Bass Setting 2 Note 7 16 Center Delay 5 Note 8 17 Rear Delay F Note 9 18 Tuner Level 18 Note 10 19 V1 Level 18 Note 10 1A V2 Level 18 Note 10 1B TVV3 Level 18 Note 10 1C DVD Level 18 Note 10 1D CD Level 18 Note 10 1E SAT Level 18 Note 10 1F Tape Level 18 Note 10 20 Color Scheme A Note 11 21 Overlay Scheme 3 Note 12 22 OSD Enable Setting 1 Note 29 23 Monitor Type 1 Note 14 24 Display Level Setting 2 Note 15 25 Z1 Tuner Video Source 8 Note 16 26 Z2 Tuner Video Source 8 Note 16 27 Z1 Max Level 6F Note 17 28 Z1 Product ID 10 Note 18 29 V1 Line Out 1 Note 30 2A Z2 Level 6F Note 17 2B Z2 Fixed 1 Note 26 2C Z2 Product ID 10 Note 18 2D V2 Line Out 1 Note 30
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2E RS 232 Port Enabled 1 Note 29 2F RS 232 Baud Rate 9 Note 21 30 BKC-DIP Receive ID 7F Note 23 31 BKC-DIP Transmit ID 7F Note 23 32 BKC-DIP Echo Enabled 1 Note 29 33 BKC-DIP Update Enabled 1 Note 29 34 Front Locked 1 Note 27 35 IR Locked 1 Note 27 36 Memory Locked 1 Note 27 37 Advanced Menu Visible 1 Note 28 38 Full Editing Access 1 Note 27 39 Tuner Control Out 1 3 Note 19 3A Tuner Control Out 2 5 Note 20 3B Tuner Control Out 3 5 Note 20 3C Tuner Control Out 4 5 Note 20 3D V1 Control Out 1 3 Note 19 3E V1 Control Out 2 5 Note 20 3F V1 Control Out 3 5 Note 20 40 V1 Control Out 4 5 Note 20 41 V2 Control Out 1 3 Note 19 42 V2 Control Out 2 5 Note 20 43 V2 Control Out 3 5 Note 20 44 V2 Control Out 4 5 Note 20 45 TVV3 Control Out 1 3 Note 19 46 TVV3 Control Out 2 5 Note 20 47 TVV3 Control Out 3 5 Note 20 48 TVV3 Control Out 4 5 Note 20 49 DVD Control Out 1 3 Note 19 4A DVD Control Out 2 5 Note 20 4B DVD Control Out 3 5 Note 20 4C DVD Control Out 4 5 Note 20 4D CD Control Out 1 3 Note 19 4E CD Control Out 2 5 Note 20 4F CD Control Out 3 5 Note 20 50 CD Control Out 4 5 Note 20 51 SAT Control Out 1 3 Note 19 52 SAT Control Out 2 5 Note 20 53 SAT Control Out 3 5 Note 20 54 SAT Control Out 4 5 Note 20 55 Tape Control Out 1 3 Note 19 56 Tape Control Out 2 5 Note 20 57 Tape Control Out 3 5 Note 20 58 Tape Control Out 4 5 Note 20 59 Realtime Enable 0 register FF Note 22 5A Realtime Enable 1 register FF Note 22 5B Realtime Enable 2 register FF Note 22 5C Monitor Aspect Ratio 1 Note 24 5D Tuner RS232 Control Out State F Note 25 5E V1 RS-232 Control Out State F Note 25 5F V2 RS-232 Control Out State F Note 25 60 TVV3 RS-232 Control Out State F Note 25 61 DVD RS-232 Control Out State F Note 25 62 CD RS-232 Control Out State F Note 25
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63 SAT RS-232 Control Out State F Note 25 64 Tape RS-232 Control Out State F Note 25

Appendix B, System Parameter Notes

(0,G,S,14;cs16) Example of Get System LFE Setting (0,S,S,3=”LASER”;cs16) Example of Set DVD Title to “LASER”
(NOTE: hex values denoted by xxh convention)
Note 1: 0h = -12.0 dB, 1h = -11.5 dB, ... 18h = 0.0 dB, ...
30h = +12.0 dB Note 2: 0h = Small, 1h = Large Note 3: 0h = Manual, 1h = Auto Note 4: 0h = Normal, 1h = Large, 2h = Direct Note 5: 0h = None, 1h = Small, 2h = Large Note 6: 0h = Off, 1h = -12 dB, 2h = -11 dB, ... Ch = -1 dB,
Dh = Normal Note 7: 0h = None, 1h = Yes, 2h = Ultra Note 8: 0h – 5h ms Note 9: 0h – Fh ms Note 10: 0h = -6.0 dB, 1h = -5.5 dB, ... Ch = 0.0 dB,...18h = +6.0 dB Note 11: 0h = Red, 1h = Green, 2h = Blue, 3h = Purple, 4h = Pink,
5h = Aqua, 6h = Lilac, 7h = Yellow, 8h = Black,
9h = Dark Grey, Ah = White Note 12: 0h = Transparent Dark, 1h = Transparent Bright,
2h = Opaque Dark, 3h = Opaque Bright Note 13: 0h = Off, 1h = On Note 14: 0h = Composite, 1h = S-Video Note 15: 0h = Low, 1h = Medium, 2h = High Note 16: 0h = V1, 1h = V2, 2h = TVV3, 3h = DVD, 4h = CD,
5h = SAT, 6h = Tape, 7h = Last, 8h = OFF Note 17: 0h = Mute, 1h = -95 dB,... 60h = 0 dB, ... 6Fh = +15 dB Note 18: 0h = Product ID 1, ... Fh = Product ID 16, 10h = Off
Z1 and Z2 IDs cannot be the same value Note 19: 0h = Off, 1h = Zone 1, 2h = Headphone, 3h = RS-232 Note 20: 0h = Off, 1h = Zone 1, 2h = Zone 2, 3h = Zone 1 / Zone 2,
4h = Remote, 5h = RS-232 Note 21: 0h = 1200, 1h = 2400, 2h = 9600, 3h = 14400, 4h = 19200, 5h =
28800, 6h = 38400, 7h = 57600, 8h = 115200 Note 22: Is a bit map to enable/disable specific Realtime Status event
updates. Each bit represents its corresponding Realtime
Status specifier (See Appendix D). 0h = disabled, 1h =
enabled status for that specifier. For example, Realtime
Enable 1 register = 3Eh indicates:
Bit Specifier Description Status
0(LSB)8h Audio Coding disabled 1 9h PCM Deemphasis enabled 2 Ah OSD Display Update enabled 3 Bh FP Display Update enabled 4 Ch LED Buffer 0 enabled 5 Dh LED Buffer 1 enabled 6 Eh OSD Cursor Row Flashing disabled
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7(MSB)Fh OSD Cursor Col Flashing disabled
Note 23: Valid IDs are 00h to 7Fh. Receive IDs must be unique (to
avoid ambiguity) Note 24: 0h = 4:3, 1h = 16:9 Note 25: Control Out State is a bit map of all 4 control outs for that
specific input.
Bit Value Control Out
0 1h Control Out 1 1 2h Control Out 2 2 4h Control Out 3
3 8h Control Out 4 0 = Off, 1 = On. For example, DVD Control Out State = Dh and input is DVD:
Control Out 1 on (Bit 0 = 1)
Control Out 2 off (Bit 1 = 0)
Control Out 3 on (Bit 2 = 1)
Control Out 4 on (Bit 3 = 1)
NOTE: RS-232 Control Out settings are only valid if the
particular Control Out Setting for that input is set
to RS-232. For example, assume the following: Zone 1 is on
Zone 2 is off Input is DVD
DVD Control Out 1 3h (RS-232) DVD Control Out 2 5h (RS-232) DVD Control Out 3 2h (Zone 2) DVD Control Out 4 0h (off)
DVD RS-232 Control Out State is Bh
The control outs would be as follows:
Control Out 1 on (RS-232 active, Bit 0 = 1) Control Out 2 off(RS-232 active, Bit 1 = 2) Control Out 3 off(Zone 2 is off, DVD
Control Out State Bit 2 is ignored because Zone 2 not RS-232 selected)
Control Out 4 off(DVD control Out 4 0h
(off), Control Out State Bit 3 is ignored because Off not
RS-232 selected) Note 26: 0h = Fixed, 1h = Variable Note 27: 0h = No, 1h = Yes Note 28: 0h = Hidden, 1h = Visible Note 29: 0h = Disabled, 1h = Enabled Note 30: 0h = Tape Level, 1h = Line Level
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Appendix C Tuner Station Parameters

(0,G,T01,0,1;cs16) Example of Get Tuner Channel 0 AM and
FM Frequency settings
(0,S,T12,1=1;cs16) Example of Set Tuner Channel 18 FM
frequency to 89.5 MHz (domestic)
Parameter Description Parameter Formatting Identifier Max Values Notes (in hex) (in hex)
00 AM Frequency 73, 80 Note 1 (USA), 1a 01 FM Frequency 66, CC Note 2 (USA), 2a 02 FM Stereo 1 Note 3

Appendix C, Tuner Station Parameter Notes

(0,G,T01,0,1;cs16) Example of Get Tuner Channel 0 AM and
FM Frequency settings
(0,S,T12,1=1;cs16) Example of Set Tuner Channel 18 FM
frequency to 89.5 MHz (domestic)
(NOTE: hex values denoted by xxh convention)
Note 1: 10 kHz AM step tuning (USA)
((value * 10) + 520) kHz, or ((AM_kHz - 520) / 10) with 29h = 930 KHz; FFh indicates an uninitialized station. For AM 10 kHz step tuning min Freq = 520 kHz, max = 1670 kHz.
Note 1a: 9 kHz AM step tuning
((value * 9) + 522) kHz, or ((AM_kHz - 522) / 9) with 2Dh = 927 KHz; FFh indicates an uninitialized station. For AM 9 kHz step tuning min Freq = 522 kHz, max = 1674 kHz.
Note 2: 200 kHz FM step tuning (USA)
((value * 0.20 ) + 87.5) MHz, or ((FM_MHz - 87.5) /0.2) with 4Bh = 102.5 MHz; FFh indicates an uninitialized station. For FM 200 kHz step tuning min Freq = 87.5 MHz, max = 107.9 MHz.
Note 2a: 100 kHz FM step tuning
((value * 0.10 ) + 87.5) MHz, or ((FM_MHz - 87.5) /0.1) with 96h = 102.5 MHz; FFh indicates an uninitialized station. For FM 100 kHz step tuning min Freq = 87.5 MHz, max = 107.9 MHz.
Note 3: 0h = Mono, 1h = Stereo
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Appendix D Realtime Status Parameter

(0,G,R,5;cs16) Example of Get Sample Rate (0,S,S,59=20;cs16) Example of Set Realtime Sample Rate
Update
Parameter Bit/ Description Parameter Formatting Identifier RealTime Max Values Notes (in hex) Register (in hex)
00 0/0 Analog Input Presence 1 Note 1 01 1/0 Analog Output Presence 1 Note 1 02 2/0 Digital Mode 2 Note 2 03 3/0 Video Mode 1 Note 15 04 4/0 DSP Mode A Note 3 05 5/0 Sample Rate 3 Note 4 06 6/0 Category Code 7F Note 5 07 7/0 PnP Surround Mode 9 Note 6 08 0/1 Audio Coding Mode F Note 7 09 1/1 PCM Deemphasis 1 Note 8 0A 2/1 OSD Display Update 1 Note 9 0B 3/1 Front Panel Display Update 1 Note 9 0C 4/1 LED Buffer 0 FF Note 10 0D 5/1 LED Buffer 1 FF Note 10 0E 6/1 OSD Cursor Row Flashing 10 Note 11 0F 7/1 OSD Cursor Column Flashing 1B Note 11 10 0/2 Front Panel Column Flashing F Note 11 11 1/2 BKC DIP Display Override 1 Note 12 12 2/2 Menu Mode 1 Note 13 13 3/2 Zone 1 Power 1 Note 14 14 4/2 Zone 2 Power 1 Note 14 15 5/2 Zone 1 Mute 1 Note 14 16 6/2 Zone 2 Mute 1 Note 14

Appendix D, Realtime Status Parameter Notes

(0,G,R,5;cs16) Example of Get Sample Rate (0,S,S,59=20;cs16) Example of Set Realtime Sample Rate
Update
(NOTE: hex values denoted by xxh convention)
Note 1: 0h = signal not present, 1h = signal present Note 2: 0h = no digital, 1h = coax active, 2h = optical active Note 3: 0h = unknown - this is a temporary state during
bitstream analysis,
1h = unknown digital - this is a temporary state during
bitstream analysis, 2h = AC3 CD/LD - may also be reported by some DVD players, 3h = AC3 RF laserdisc, 4h = AC3 DVD, 5h = DTS CD/LD = may also be reported by some DVD players, 6h = DTS DVD, 7h = PCM CD/LD/DVD, 8h = Analog LD
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9h = Analog Ah = Noise Calibration Note 4: 0 = 44.1kHz, 1 = undefined, 2 = 48kHz, 3 = 32kHz Note 5: refer to IEC-958 for a complete listing some common codes: 01h = CD/LD, 03h = DAT, 09h = LD RF AC3, 0Bh = DVHS, 19h = DVD, 49h = MD Note 6: 0h = Surround, 1h = 3 Stereo Hall, 2h = 3 Stereo,
3h = Stereo Hall, 4h = Stereo Front/Rear, 5h = Stereo, 6h = Stereo Lt-Rt, 7h = HeadPhone,
8h = DTS, 9h = Dolby Digital (AC3) Note 7: 0h = 2.0 (dual mono, no center, no rear, no LFE), 1h = 1.0 (mono, only center, no rear, no LFE), 2h = 2.0 (stereo, no center, no rear, no LFE), 3h = 3.0 (stereo, center, no rear, no LFE), 4h = 3.0 (stereo, no center, mono rear, no LFE), 5h = 4.0 (stereo, center, mono rear, no LFE), 6h = 4.0 (stereo, no center, stereo rear, no LFE), 7h = 5.0 (stereo, center, stereo rear, no LFE), 8h = 2.1 (dual mono, no center, no rear, LFE), 9h = 1.1 (mono, only center, no rear, LFE), Ah = 2.1 (stereo, no center, no rear, LFE), Bh = 3.1 (stereo, center, no rear, LFE), Ch = 3.1 (stereo, no center, mono rear, LFE), Dh = 4.1 (stereo, center, mono rear, LFE), Eh = 4.1 (stereo, no center, stereo rear, LFE), Fh = 5.1 (stereo, center, stereo rear, LFE),
PCM data streams always returns 0h, 2.0.
DTS data streams always returns Fh, 5.1 (which is not
necessarily correct). Note 8: 0h = no deemphasis, 1h = deemphasis Note 9: 0h = no display update, 1h = display updated.
Except during explicit BKC-DIP display writes to either the OSD or the Front Panel, the B&K device always updates both displays. To reduce bandwidth requirements of the host, usually enabling the Front Panel Display Update is sufficient for monitoring display refreshes.
Note 10: Front Panel LED indicating status is mapped into 2 LED
Buffers specified as LED Buffer 0 and LED Buffer 1. This bit map represents which LEDs are currently lit. See Appendix K for a complete listing of LED mapping.
More than one LED may be active at a time, so LED Buffer 1 of 81h indicates that both the ZONE 2 LED and the DOWN LEDs are active.
Note 11: The cursor character is primarily used when editing titles.
The cursor coordinates are sent every time the cursor
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flashes (at a rate of approximately 2 Hz, twice per second), so it can be used to for both position and timing information.
Note 12: 0h = Normal Display Content, 1h = BKC-DIP Overriding
Display Content Note 13: 0h = Overlay Mode (over video if present), 1h = Menu Mode Note 14: 0h = Off, 1h = On. To set these global parameters issue
(Set) the appropriate IR commands. Note 15: 0h = video mode unknown, indicates input changed or lost
video 1h = unknown S-video mode, checking for S-video 2h = unknown composite mode, checking for composite video 3h = S-video mode, S-video present 4h = composite mode, composite present 5h = no S-video mode, S-video "Blue Screen" 6h = no composite mode, composite "Blue Screen"
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Appendix E Unit Parameters

(0,G,F4,0;cs16) Example of Get Unit Name (0,G,F4,1;cs16) Example of Get Version (0,G,F4,C;cs16) Example of Get BKC-DIP Version
Parameter Identifier Description (in hex)
00 Unit name 01 Version 02 Number of Zones 03 Number of DSPs 04 DTS (if available) 05 Dolby Digital (if available) 06 Power amp 07 PAL/NTSC 08 AM steps 9kHz/10kHz 09 FM steps 100kHz/200kHz 0A ADC resolution 0B DAC resolution 0C BKC-DIP Version 0D Software Time Stamp
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Appendix F IR Commands

(0,S,I,1=2;cs16) Example of Set Zone 1 IR Save (0,S,I,2=24;cs16) Example of Set Zone 2 IR Volume +
IR Command IR Description
(in hex)
00 MODE ­02 SAVE 04 (BALANCE) RIGHT 0C ENTER 14 ALL B&K POWER OFF 15 ALL B&K POWER ON 16 ALL B&K VOLUME + 17 ALL B&K VOLUME ­18 STATION + 19 ALL B&K VOLUME 0 dB 1A ALL B&K VOLUME –20 dB 1B ALL B&K VOLUME –40 dB 1D ALL B&K VOLUME –60 dB 1E ALL B&K MUTE (TOGGLE) 24 MASTER VOL + 38 TUNE + 3B OSD OFF 3D OSD ON 40 POWER ON 44 REAR DLY + 45 POWER (TOGGLE) 48 FREQ 4C 2 52 SAT 54 20 (B) 58 REAR LVL + 5C 8 60 TV-V3 64 MODE + 65 SOURCE + 66 SOURCE – 67 FRONT PANEL DISPLAY OFF 68 CENTER LVL + 69 FRONT PANEL DISPLAY ON 6C 5 6E AM 70 TUNER 71 FM 74 UP 78 SUB LVL + 7C 0 80 POWER OFF 84 REAR DLY - 8C 1 90 V2 94 +10 (A)
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98 REAR LVL - 9C 7 A0 V1 A4 TEST A8 CENTER LVL - AC 4 B0 DVD B4 DN B8 SUB LVL - BC * C0 MUTE C4 MASTER VOL - C8 BAND CC 3 D0 TAPE (TOGGLE) D2 PRESET + D4 30 (C) D7 STEREO / MONO D8 TUNE - DC 9 E8 STATION - EC 6 F0 CD F1 MUTE ON F2 MUTE OFF F4 MENU F8 (BALANCE) LEFT FC #
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Appendix G, Front Panel Commands

(0,S,F,1=1;cs16) Example of Set Zone 1 FP Sleep (0,S,F,2=1;cs16) Example of Set Zone 2 FP Sleep
Identifier Front Panel Switch Function (in hex)
01 SLEEP Unit Sleep Toggle 02 PRESET Increment Preset 03 ENTER Enter 04 MENU Menu 05 DOWN Down 06 UP Up 07 SOURCE Increment Source 08 MODE Increment Mode 09 LEVEL Change Level Focus 0A VOLUME DOWN Volume Knob Down 0B VOLUME UP Volume Knob Up 0C CHORD 0: SLEEP + DOWN + UP Advanced Settings
Visible
0D CHORD 1: SLEEP + DOWN + SOURCE Restore User Preference
Memory
0E CHORD 2: SLEEP + UP + SOURCE Factory Reset Unit 0F CHORD 3: PRESET + ENTER Front Panel Save
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Appendix H, Valid ASCII Display Characters

ABCDEFGHIJKLMNOPQRSTUVWXYZ abcdefghijklmnopqrstuvwxyz 0123456789 -+/?='
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Appendix I, Special Display Characters

Character Description
(in hex)
0B blank space 64 no tick symbol (long dash) 65 left 1/4 tick symbol 66 left middle 1/4 tick symbol 67 right middle 1/4 tick symbol 68 right 1/4 tick symbol 72 1/6 of solid vertical bar 73 2/6 of solid vertical bar 74 3/6 of solid vertical bar 75 4/6 of solid vertical bar 76 5/6 of solid vertical bar 77 6/6 of solid vertical bar 6E satellite symbol 79 G clef symbol 7A right facing arrow 7B left facing arrow 7C upward facing arrow 7D downward facing arrow 7E key symbol 71 heart symbol
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Appendix J, ASCII Table

Decimal Hex ASCII Decimal Hex ASCII
0 0 xx 64 40 @ 1 1 xx 65 41 A 2 2 xx 66 42 B 3 3 xx 67 43 C 4 4 xx 68 44 D 5 5 xx 69 45 E 6 6 xx 70 46 F 7 7 xx 71 47 G 8 8 xx 72 48 H 9 9 xx 73 49 I 10 A xx 74 4A J 11 B xx 75 4B K 12 C xx 76 4C L 13 D xx 77 4D M 14 E xx 78 4E N 15 F xx 79 4F O 16 10 xx 80 50 P 17 11 xx 81 51 Q 18 12 xx 82 52 R 19 13 xx 83 53 S 20 14 xx 84 54 T 21 15 xx 85 55 U 22 16 xx 86 56 V 23 17 xx 87 57 W 24 18 xx 88 58 X 25 19 xx 89 59 Y 26 1A xx 90 5A Z 27 1B xx 91 5B [ 28 1C xx 92 5C \ 29 1D xx 93 5D ] 30 1E xx 94 5E ^ 31 1F xx 95 5F _ 32 20 96 60 ` 33 21 ! 97 61 a 34 22 " 98 62 b 35 23 # 99 63 c 36 24 $ 100 64 d 37 25 % 101 65 e 38 26 & 102 66 f 39 27 ' 103 67 g 40 28 ( 104 68 h 41 29 ) 105 69 i 42 2A * 106 6A j 43 2B + 107 6B k 44 2C , 108 6C l 45 2D - 109 6D m 46 2E . 110 6E n 47 2F / 111 6F o 48 30 0 112 70 p 49 31 1 113 71 q 50 32 2 114 72 r 51 33 3 115 73 s 52 34 4 116 74 t 53 35 5 117 75 u 54 36 6 118 76 v 55 37 7 119 77 w 56 38 8 120 78 x 57 39 9 121 79 y 58 3A : 122 7A z 59 3B ; 123 7B { 60 3C < 124 7C | 61 3D = 125 7D } 62 3E > 126 7E ~ 63 3F ? 127 7F xx
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NOTE: xx indicates non printable character

Appendix K, LED Mapping

LED Buffer 0 01h = UP 02h = LEVEL 04h = MODE 08h = SOURCE 10h = PRESET 20h = SLEEP 40h = ENTER 80h = MENU
LED Buffer 1 01h = DOWN 02h = <NOT USED> 04h = CENTER LEVEL 08h = SUB LEVEL 10h = MASTER LEVEL 20h = REAR LEVEL 40h = ZONE 2 80h = <NOT USED>
NOTE: Due to the front panel electronics, only one of each of the following electrical banks of
LEDs should be active at a time:
Electrical Bank A
UP, LEVEL, MODE, SOURCE, PRESET, SLEEP, ENTER, MENU, DOWN
Electrical Bank B
CENTER LE VEL, SUB LEVEL, MASTER LEVEL, REAR LEVEL, ZONE 2 Therefore:
(D, L, T00, 0=48;cs16) Invalid, both PRESET and ENTER cannot
(D, L, T00, 0=04;cs16) Valid, only MODE active
(D, L, T32, 0=02, 1=01;cs16) Invalid, b oth LEVEL and D OWN cannot b e
(D, L, T64, 1=41;cs16) Valid, DOWN and ZONE 2 are in different
be active
active. Different LED buffers, but the same electrical bank
electrical banks, but the same LED buffer
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Appendix L, X (executive) Commands

The following is a list of the supported Executive commands and details regarding their usage:

Recall Preset Command: (receiveID, X, 0, z=nn; cs16)

Zone z Preset nn is recalled to the current preset. Similar to the "G" get and “S” set commands, nn can range from 00h – FDh, however it CANNOT be FFh for the current preset (as recalling the current preset has no meaning).
NOTE: nn of FE is reserved for future expansion.
(00, X, 0, 1=4;cs16) Recall Zone 1 Preset 4 to current preset (00, X, 0, 2=7;cs16) Recall Zone 2 Preset 7 to current preset

Save Preset Command: (receiveID, X, 1, z=nn; cs16)

The current preset is saved to Zone z Preset nn. . Similar to the "G" get and “S” set commands, nn can range from 00h – FDh, however it CANNOT be FFh for the current preset (as saving the current preset has no meaning).
(00, X, 1, 1=3;cs16) Save current preset to Zone 1 Preset 3 (00, X, 1, 2=9;cs16) Save current preset to Zone 2 Preset 9
NOTE: nn of FE is reserved for future expansion.
NOTE: Auto Naming is currently not supported in product, therefore the autoNameState
parameter is omitted.

Power State Command: (receiveID, X, 2, z=onOff; cs16)

Zone z’s power state may be controlled using this command. The onOff parameter may take on the values of 1 or 0 for “on” or “off (Sleep)” respectively.
(00, X, 2, 1=1;cs16) Turn Z1 power on (unit not in Sleep)
(00, X, 2, 2=0;cs16) Turn Z2 power off (unit in Sleep)
NOTE: A Power State Command “on” is referred to as a “Warm Boot”.

Noise Generator State Command: (receiveID, X, 3, noiseState; cs16)

B&K Component’s built in noise generator can be deactivated or activated using this command. The noiseState parameter may take on the values of 0 and 1 meaning “deactivate noise generator” and “activate Noise generator” respectively.
(00, X, 3, 1;cs16) Noise generator activated
(00, X, 3, 0;cs16) Noise generator deactivated
NOTE: Noise is initially output to the Left Front speaker. The following Noise Steering and
Noise Increment commands can be used to control the routing of the noise to various speakers. Each time the noise generator is activated, the noise routing is again reset to the Left Front speaker.
NOTE: When the unit is in “Sleep”, attempts to activate the noise generator are ignored.
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Noise Steering Command: (receiveID, X, 4, speakerIndex=onOff, ... speakerIndex=onOff; cs16)

The B&K Components’ built in noise generator can be routed to specific speaker outputs. The speakerIndex specifies which speaker and onOff determines whether noise is or is not routed to that particular speaker.
The speaker index mapping for currently supported speakers is as follows:
0 Left Front 1 Center 2 Right Front 3 Right Surround 4 Left Surround 5 Subwoofer
NOTE: Noise routed to multiple speakers simultaneously is supported on this B&K Components
device.
For example, the following command routes noise simultaneously to the Center and the Left Surround speakers:
(00, X, 4, 1=1, 4=1; cs16) Noise routed to Center and Left Surround
NOTE: Each time the Noise Steering Command is issued, all previous speaker routing states are
cleared.
NOTE: Off states, “0”s are implicit since every occurrence of the Noise Steering Command
clears all speaker routing states (the same as setting them all to “0”).
For example if previously noise was routed to Left Front:
(00, X, 4, 0=1; cs16)
And now it is desired to route noise to the Right Surround the command would be:
(00, X, 4, 3=1; cs16)
Notice that the state of the Left Front has implicitly been set to off by the second command explicitly turning on the Right Surround.

Noise Increment Command: (receiveID, X, 5; cs16)

This command routes the built in noise generator to the next available speaker in the system. By using the Noise Generator State Command to activate the noise generator, the starting state of the noise routing reset to the Left Front speaker. Which speaker is next available depends on the System settings. Some possible sequences are as follows:
Left and Right Fronts, Center, Left and Right Surrounds, and Subwoofer
(0,X,3,1;cs16) Activate noise generator, Noise output Left Front
(0,X,5;cs16) Increment noise output Center
(0,X,5;cs16) Increment noise output Right Front
(0,X,5;cs16) Increment noise output Right Surround
(0,X,5;cs16) Increment noise output Left Surround
(0,X,5;cs16) Increment noise output Subwoofer
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(0,X,5;cs16) Increment noise output Left Front
Left and Right Fronts, No Center, Left and Right Surrounds, and Subwoofer
(0,X,3,1;cs16) Activate noise generator, Noise output Left Front
(0,X,5;cs16) Increment noise output Right Front
(0,X,5;cs16) Increment noise output Right Surround
(0,X,5;cs16) Increment noise output Left Surround
(0,X,5;cs16) Increment noise output Subwoofer
(0,X,5;cs16) Increment noise output Left Front
Left and Right Fronts, No Center, Left and Right Surrounds, and No Subwoofer
(0,X,3,1;cs16) Activate noise generator, Noise output Left Front
(0,X,5;cs16) Increment noise output Right Front
(0,X,5;cs16) Increment noise output Right Surround
(0,X,5;cs16) Increment noise output Left Surround
(0,X,5;cs16) Increment noise output Left Front
Left and Right Fronts, No Center, No Left and Right Surrounds, and No Subwoofer
(0,X,3,1;cs16) Activate noise generator, Noise output Left Front
(0,X,5;cs16) Increment noise output Right Front
(0,X,5;cs16) Increment noise output Left Front
(0,X,5;cs16) Increment noise output Right Front

Cold Boot Command: (receiveID, X, 6; cs16)

This forces the unit to do a “Cold Boot”, which is the same sequence of events that occur when the unit is turned on from the power on/off switch. This differs from a “Warm Boot” (Power State Command with onOff state of 1) in that all of the unit’s hardware is re-initialized.
NOTE: After issuing a Cold Boot command, the unit’s communication port is reinitialized.
Communication will have to be re-established. The unit cannot receive BKC-DIP commands until the Update Unit “BKC-DIP ACTIVE” reply has been transmitted by the unit (see Update Command below for further details).

Factory Reset Command: (receiveID, X, 7; cs16)

This command executes the factory reset sequence in the unit. The factory reset returns the state of the unit to its original factory settings.
WARNING!:
unit (preset, system settings, etc.).
NOTE: After issuing a Factory Reset command, the unit’s communication port is reinitialized.
Communication will have to be re-established. The unit cannot receive BKC-DIP commands until the Update Unit “BKC-DIP ACTIVE” reply has been transmitted by the unit (refer to the Update Command in the BKC-DIP Specification for further details).
Issuing a Factory Reset Command will destroy all user modified data in the

Unsupported Executive Commands

The following Executive Commands are not supported by AVR / Reference (Series I) Products which conform to BKC-DIP 1.01.00:
Reinitialize BKC-DIP State Command: (receiveID, X, 8; cs16) Test Tone State Command: (receiveID, X, 9, level; cs16) Mute State Command: (receiveID, X, A, z=muteState; cs16)
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Appendix M, Error Logs

Error Logs are not supported in AVR / Reference (Series I) products as they only conform to BKC-DIP V1.01.00 (Error Logs were added in BKC-DIP V1.02.00).
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Appendix P, Override Parameters

(0,G,O,0;cs16) Example of Get Override Active state (0,S,O,4=1;cs16) Example of Set Echo Enabled
Parameter Description Default Parameter Formatting Identifier Values Max Values Notes (in hex) (in hex) (in hex)
00 Override Active 0 1 Note 1 01 RS 232 Baud Rate 3 8 Note 2 02 BKC-DIP Receive ID 00 7F Note 3 03 BKC-DIP Transmit ID 00 7F Note 3 04 BKC-DIP Echo Enabled 1 1 Note 4 05 BKC-DIP Update Enabled 1 1 Note 4 06 Front Locked 0 1 Note 1 07 IR Locked 0 1 Note 1 FF Override Timeout 0 FF Note 5

Appendix P, Override Parameters Notes

(0,G,O,0;cs16) Example of Get Override Active state (0,S,O,4=1;cs16) Example of Set Echo Enabled
Note 1: 0h = No, 1h = Yes Note 2: 0h = 1200, 1h = 2400, 2h = 9600, 3h = 14400, 4h = 19200, 5h =
28800, 6h = 38400, 7h = 57600, 8h = 115200
Note 3: Valid IDs are 00h to 7Fh. Receive IDs must be unique (to
avoid ambiguity)
Note 4: 0h = Disabled, 1h = Enabled Note 5: 0h = No timeout, 1h = 0.1 second timeout … FFh = 25.5 second
timeout
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Appendix Q, Status Messages

(0,U,S,0="BKC-DIP ACTIVE";05FE) Example Status Message
Message Number Message Indication
0 (receiveID,U,S,0="BKC-DIP ACTIVE";cs16) BKC-DIP interface is active Device is ready to
accept BKC-DIP commands
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