RS16 Series Serial Protocols and Dipswitch Settings Standard Routing B=Both Video and Audio V=Video Only A=Audio Only xx=Output yy=Input XXYYZZ=Mix Video and Audio: XX=Output, YY=Input Video, ZZ=Input Audio Examples: Bxxyy(Enter) xx=Output, yy=Input B1314(Enter) Audio and Video from Input 14 are routed to Output 13. V0806(Enter) Video from Input 06 is routed to Output 08 A1412(Enter) Audio from Input 12 is routed to Output 14 B0400(Enter) Turns Output 4 Off B011213(Enter) Video from Input 12 and Audio from Input 13 is routed to Output 01 Salvo Routing X=Salvo Both Video and Audio Y=Salvo Video Only Z=Salvo Audio Only mm=First Output in range nn=Last Output in range oo=Input number Examples: Xmmnnoo(Enter) or Ymmnnoo(Enter) or Zmmnnoo(Enter) X121508(Enter) Send Video and Audio from Input 08 to Outputs 12 through 15 Y010203(Enter) Send Video Only from Input 03 to Outputs 01 and 02 Z010516(Enter) Send Audio Only from Input 16 to Outputs 01-05 Batch Routing E=Both Video and Audio F=Video Only G=Audio Only EE=Take Examples: Exxyy(Enter) E1211(Enter)F1112(Enter)G1405(Enter)F0812(Enter)EE As a batch do the following after receiving the EE command: Route Both Audio and Video from Input 11 to Output 12 [E1211] Route Video Only from Input 12 to Output 11 [F1112] Route Audio Only from Input 05 to Output 14 [G1405] Route Video Only from Input 12 to Output 08 [F0812] Execute [EE] Conference Mode (Cross Connect) J=Both Video and Audio K=Video Only L=Audio Only Examples: Jxxyy or Kxxyy, or Lxxyy J1215(Enter) Route Both Audio and Video from Input 15 to Output 12 and Input 12 to Output 15 K1215(Enter) Route Video Only from Input 15 to Output 12 and Input 12 to Output 15 L1215(Enter) Route Audio Only from Input 15 to Output 12 and Input 12 to Output 15 Timed Sequencer T=Start Sequence N=Stop Sequence nnn=1-999 Examples: Tnnn(Enter) or N(Enter) T135(Enter) will set the time interval to 135 seconds and begin cycling N(Enter) Stops the cycling System Status D= Crosspoint Map D0=Condensed Crosspoint Map Storing and Recalling Crosspoint Patterns S = Store Pattern R= Recall Pattern nn= Patterns 1-16 Examples: Snn or Rnn S13(Enter) Store currently loaded crosspoint pattern to location 13 R02(Enter) Recall crosspoint pattern from location 02 DIPSWITCH SETTINGS On Off (Standard) 1 Baud Rate 2 Baud Rate 3 Verbose Non-Verbose 4 Lock Keypad Enable Keypad 5 Disable Breakaway Audio Enable Breakaway Audio 6 Reserved for programming 7 Reserved for programming 8 Reserved for programming General Serial Communications Requirements: 1:1 9-pin Serial (DB9) 8-bit, No Parity, One or Two Stop Bits No Handshaking is required Pin 2 = Transmit Pin 3 = Receive Pin 5 = Ground