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Panasonic Communications Co., Ltd. Office Network Company Edition 1.1 15 June, 2007

KX-TDE100/200 System (Version 1.0). Panasonic Communications Co., Ltd. Office Network Company Edition 1.1 15 June, 2007. Chapter 7 VIPGW. Chapter 7 VIPGW. 1. VIPGW 2. VIPGW Settings 3. GK Settings. 1. VIPGW. 1.Difference between IPGW16 and VIPGW16. (1) Programming

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Panasonic Communications Co., Ltd. Office Network Company Edition 1.1 15 June, 2007

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  1. KX-TDE100/200 System(Version 1.0) Panasonic Communications Co., Ltd. Office Network Company Edition 1.1 15 June, 2007 Chapter 7VIPGW

  2. Chapter 7VIPGW 1. VIPGW 2. VIPGW Settings 3. GK Settings

  3. 1. VIPGW 1.Difference between IPGW16 and VIPGW16 (1) Programming IPGW16 : from PC with WEB. VIPGW16 : PCMC (2) Supported CODEC IPGW16 : G711, G723, G729A VIPGW16 : G711 , G729A (3) IP-GW settings IPGW16 : One setting every IPGW16 card VIPGW16 : The following settings are programmed by each IPGW destination - GW Group No. - IPGW type (TDA/TDE) - Priority CODEC - Progress tone send mode - Packet Sampling Time - Connectionless procedure protocol (TCP/UDP) for Centralized BLF (4) Call Distribution Port Group (5) GK Settings

  4. 2. VIPGW Settings (1/5) Select IPGW or SIP-GW You have to assign the number of Activation Key of IPGW

  5. 2. VIPGW Settings (2/5) Outgoing Setting PBX-A 31xx 10xx IPCMPR: 10.60.45.10, GW No=1 Dial - 31xx IPCMPR: 10.50.45.10 PBX-0 31xx Dial - 32xx PBX-B 32xx IPCMPR :10.70.45.10,GW No=2 Dial - 200xxx If You dial 200xxx, and IPCMPR are busy, PBX-0 make a call to IP-GW16-1. Error Dial - 200xxx PBX-A 200xxx IPCMPR : 10.80.45.10, GW Group No.=10 IP-GW16-1 : 10.80.45.11, GW Group No.=10 IP-GW16-2 : 10.80.45.12, GW Group No.=10 By using GW Group, TDE can make a call to next IPGW when IPGW is busy.

  6. 2. VIPGW Settings (3/5) Outgoing Setting GW Settings Table GW No. GW Name GW-IP Address GW Group 1st CODEC Priority P sampling Time(G711) Progress Tone - - - 1 PBX-A(IPCMPR) 10.60.45.10 0 G729A 20msec Internal 2 PBX-B(IPCMPR) 10.70.45.10 0 G729A 20msec External 3 PBX-C(IPCMPR) 10.80.45.10 10 G729A 20msec Internal 4 PBX-C(IP-GW16-1) 10.80.45.11 10 G729A 20msec Internal 5 PBX-C(IP-GW16-2) 10.80.45.12 10 G729A 20msec Internal Parameter Setting for every GW New : “0” means No GW Group No. 512 0 VIPGW can be connected with VIPGW16(IPCMPR) or IPGW16(TDE/TDA). But in the future VIPGW can be able to connect other manufacture’s IP-GW by this settings. Note:T38 protocol is not supported. DN2IP Table Index No. Leading Number Remaining Number of Digits GW No/GW Group Selection GW Group No. GW No. 1 31 2 GW No 0 1 2 32 2 GW No 0 2 3 200 3 GW Group 10 3 - - - 512 10 2 GW No 0 1

  7. TDE Side VIPGW16-1 CO-031 CO-032 CO-001 CO-002 CO-017 CO-018 CO-011 CO-012 CO-013 CO-014 CO-005 CO-006 CO-007 CO-008 CO-003 CO-004 CO-015 CO-016 CO-009 CO-010 Port 4 -ch.1 Port 4 -ch.2 Port 7 -ch.1 Port 7 -ch.2 Port 1 -ch.1 Port 1-ch.2 Port 2 -ch.1 Port 2 -ch.2 Port 3 -ch.1 Port 3 -ch.2 Port 8 -ch.1 Port 8 -ch.2 Port 6 -ch.1 Port 6 -ch.2 Port 1 -ch.1 Port 1 -ch.2 Port 8 -ch.1 Port 8 -ch.2 Port 5 -ch.1 Port 5 -ch.2 If Busy If Busy : : : : VIPGW16-2 2. VIPGW Settings (4/5) Incoming Setting CDPG Table Incoming Call Index V-slot Port Conn. CDPG 1 1 1 INS 1 Destination Digits=30xx 2 1 2 INS 1 : : : : : New 6 1 6 INS 2 CDPG=3,4,--- 7 1 7 INS 3 8 1 8 INS 4 9 2 1 INS 4 V-Slot =1, Port =7 V-Slot =1, Port =8 V-Slot =2, Port =1 : 16 2 8 OUS 16 If Busy CDPG : Call Distribute Port Group Incoming call Hunt Pattern Table CO-013, CO-014 CO-015, CO-016 CO-017,CO-018 Index Lead ing Digits Prio. No.1 CDPG Prio. No.2 CDPG - - Prio. No.1 6 CDPG If Busy 1 10 1 2 - - 2 20 1 2 - 16 3 30 3 4 - - : : : : - : 32 400 8 16 - -

  8. 2. VIPGW Settings (5/5) IP-GW Mode Setting IP-GW16 checks the other party type. If the other party is IP-GW16, please set “Enable (TDA)”. If the other party is not IP-GW16, please set “Disable (TDE)”.

  9. IPGW(192.168.0.10) IPGW(192.168.0.20) VIPGW(192.168.0.101) - 915xxxx - 911xxxx - 912xxxx - 913xxx - 914xxx • 916xxxx • 917xxxx • 918xxx • 919xxx • 920xxx 3. GK Settings (GK Registration) When IPGW / VIPGW use Gatekeeper, IPGW / VIPGW have to register their IP Address of IP and Leading number. Gatekeeper Leading Number IP Address 911 192.168.0.10 912 192.168.0.10 913 192.168.0.10 Register IP address(192.168.0.10) Leading Number( 911,912,913,914) 914 192.168.0.10 915 192.1680.20 916 192.168.0.101 917 192.168.0.101 918 192.168.0.101 919 192.168.0.101 Register IP address(192.168.0.20) Leading Number( 915) 920 192.168.0.101 : : Register IP address(192.168.0.101) Leading Number( 916, 917,918, 919, 920)

  10. Gatekeeper Use Don’t use 3. GK Settings (IP-GW) (1)In case of IP-GW The combination of GW Entry Table and DN2IP Table inform IP address and Leading Number to Gatekeeper when IP-GW use Gatekeeper. GW Entry Table DN2IP Table GW No. Comments IP Address Group No. Index Leading Number Remain digits GW No./ Group No. GW Group No. 0 192.168.0.10 0 0 911 GW No. 0 1 0 1 912 GW No. 0 2 0 Own IPGW IP Address 2 913 GW No. 0 : : : : 3 914 GW No. 0 511 0 4 Own IPGW Leading Digits : 512 Information of IP address(192.168.0.10) & Leading Number(911, 912, 913, 914) are transferred to Gatekeeper.

  11. 3. GK Settings (VIPGW) (2)In case of VIPGW GK Setting Table inform these information to Gate Keeper when VIPGW use Gatekeeper. Gatekeeper Available : Enable PCMC : Shelf Property – Virtual IP Gateway GK Settings Table Index Destination Number Device Name 1 916 Group -1 PCMC : GK Settings 2 917 Group -2 3 918 Group -3 4 919 Group -4 Own IPGW Leading Digits 5 920 Group -5 : 32 Leading Number For reference Information of IPCMPR IP address(192.168.0.101) & Leading Number(916, 917, 918, 919, 920) are transferred to Gatekeeper.

  12. Chapter 7VIPGW Thank you very much !

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