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KX-NCP0158CE (IP-CS). KX-NCP0158CE (IP-CS) – Agenda. Introduction Summary Specification DSP Resource What is DECT? Installation IP-CS Configuration UPCMC Programming Site Survey Air Synchronisation Possible Installation Examples Operation LED Status VLAN.

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KX-NCP0158CE (IP-CS)

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Kx ncp0158ce ip cs agenda
KX-NCP0158CE (IP-CS) – Agenda

  • Introduction

    • Summary

    • Specification

    • DSP Resource

    • What is DECT?

  • Installation

    • IP-CS Configuration

    • UPCMC Programming

    • Site Survey

    • Air Synchronisation

    • Possible Installation Examples

  • Operation

    • LED Status

    • VLAN


Kx ncp0158ce ip cs agenda cont
KX-NCP0158CE (IP-CS) – Agenda (cont.)

  • 4. Upgrade

    • Firmware upgrade via FTP

    • PS firmware upgrade over Air

  • 5. Troubleshooting

    • FTP Server logs

    • UPCMC FTP


Kx ncp0158ce ip cs summary
KX-NCP0158CE (IP-CS) – Summary

  • Wireless solution for remote office communication

  • PoE compatible

  • 8 simultaneous calls over 10/100Mb LAN

  • “Legacy” CS’ compatible with TDA0141 and TDA0158

  • No Activation Key requirements!

  • Based on audio quality improvements made on TDA0158 v4.013

  • LED status indication



Kx ncp0158ce ip cs introduction cont
KX-NCP0158CE (IP-CS) – Introduction (cont.)

System Capacity

*1 = One TDA0158 counts as 2 x TDA0141




Kx ncp0158ce ip cs operation cont1
KX-NCP0158CE (IP-CS) – Operation (cont.)

DSP Resource (cont.)

Peer to peer communication is not possible IP-PT <-> IP-CS

G.722 is not support on the IP-CS


Kx ncp0158ce ip cs operation cont2
KX-NCP0158CE (IP-CS) – Operation (cont.)

DSP Resource (cont.)

Peer to peer communication is not possible IP-PT <-> IP-CS

G.722 is not support on the IP-CS


Kx ncp0158ce ip cs operation cont3
KX-NCP0158CE (IP-CS) – Operation (cont.)

DSP Resource (cont.)

Peer to peer communication is not possible IP-PT <-> IP-CS

G.722 is not support on the IP-CS


Kx ncp0158ce ip cs operation cont4
KX-NCP0158CE (IP-CS) – Operation (cont.)

DSP Resource (cont.)

Max. no. of IP Trunks

DSP Capacity

Max. no. of Handsets

Max. no. of TDM-IP Channels

Outside Line Call (IP Trunk <-> Extension)


Kx ncp0158ce ip cs operation cont5
KX-NCP0158CE (IP-CS) – Operation (cont.)

DSP Resource (cont.)

Max. no. of IP Trunks

DSP Capacity

Outside Line Call (Legacy CO <-> IP-Ext)

Max. no. of Handsets

Max. no. of TDM-IP Channels

Outside Line Call (Legacy CO <-> IP-CS)


Kx ncp0158ce ip cs operation cont6
KX-NCP0158CE (IP-CS) – Operation (cont.)

DSP Resource (cont.)

Max. no. of IP Trunks

DSP Capacity

Max. no. of Handsets

Max. no. of TDM-IP Channels

Extension <-> Extension Call

* VoIP Channel not used for Peer to Peer mode


Kx ncp0158ce ip cs operation cont7
KX-NCP0158CE (IP-CS) – Operation (cont.)

DSP Resource (cont.)

Max. no. of IP Trunks

DSP Capacity

Max. no. of Handsets

Max. no. of TDM-IP Channels

IP-CS <-> Extension / IP-CS Call


Kx ncp0158ce ip cs introduction cont2
KX-NCP0158CE (IP-CS) – Introduction (cont.)

What is DECT?

Digital Enhanced Cordless Telecommunications is an ETSI standard for digital portable phones

The DECT standard specifies a means for a cordless telephone to access a fixed telecoms network via RF (radio)

The radio link is terminated at the base (cell) station, which provides a gateway to the fixed network


Kx ncp0158ce ip cs introduction cont3
KX-NCP0158CE (IP-CS) – Introduction (cont.)

DECT RF Specification*

*for reference only


Kx ncp0158ce ip cs introduction cont4
KX-NCP0158CE (IP-CS) – Introduction (cont.)

Available channels (TDA0158CE)

8 Voice Channels + 4 Data Channels


Kx ncp0158ce ip cs introduction cont5
KX-NCP0158CE (IP-CS) – Introduction (cont.)

Dynamic Channel Selection and Allocation

Local RF signal strength is scanned on available channels

This selection process is controlled by the Received Signal Strength Indication (RSSI)

With this data, a PS is capable of choosing the optimal channel for call set-up


Kx ncp0158ce ip cs introduction cont6

PS

CS1

L8

CS2

L8

KX-NCP0158CE (IP-CS) – Introduction (cont.)

DECT Handover

This overlap allows adjacent CS’ to synchronise DECT frames and allow a PS travelling between them to handover


Kx ncp0158ce ip cs introduction cont7

PS

CS1

L8

CS2

L8

KX-NCP0158CE (IP-CS) – Introduction (cont.)

DECT Handover (cont.)

A CS will advertise its sync data to each adjacent CS via the D channels


Kx ncp0158ce ip cs introduction cont8

PS

CS1

L8

CS2

L8

KX-NCP0158CE (IP-CS) – Introduction (cont.)

DECT Handover (cont.)

For example: A PS moving from CS1 to CS2 must receive this data from both CS’ simultaneously to allow seamless handover


Kx ncp0158ce ip cs introduction cont9
KX-NCP0158CE (IP-CS) – Introduction (cont.)

DECT Handover (cont.)

From the middle column you can see the RSSI level in relation to the CS signal Level

Handover is only possible with RSSI between -65DBM and -82DBM (L10 and L3)


Kx ncp0158ce ip cs installation
KX-NCP0158CE (IP-CS) – Installation

IP-CS Configuration

  • Ensure that your PC has an IP address on the 192.168.2.x network

  • Select the “IP Terminal” option from the UPCMC splash menu


Kx ncp0158ce ip cs installation cont
KX-NCP0158CE (IP-CS) – Installation (cont.)

IP-CS Configuration (cont.)

3. Do not click the “Demo Mode” check box

4. Click the “Next” button


Kx ncp0158ce ip cs installation cont1
KX-NCP0158CE (IP-CS) – Installation (cont.)

IP-CS Configuration (cont.)

5. Underneath the IP-CS, move DIP switch no. 7 to the ON position and click “Next”

- This puts the IP-CS into “Default Mode”, and uses the IP address 192.168.2.101


Kx ncp0158ce ip cs installation cont2
KX-NCP0158CE (IP-CS) – Installation (cont.)

IP-CS Configuration (cont.)

6. Plug in the IP-CS to the same network at your PC, and click Next

- The UPCMC will now attempt to connect to the IP-CS via IP on the 192.168.2.x network


Kx ncp0158ce ip cs installation cont3
KX-NCP0158CE (IP-CS) – Installation (cont.)

IP-CS Configuration (cont.)

7. When using DHCP, simply enter the PBX IP address and click “Next”


Kx ncp0158ce ip cs installation cont4
KX-NCP0158CE (IP-CS) – Installation (cont.)

IP-CS Configuration (cont.)

8. When using static IP addresses, enter the information in the relevant boxes and click “Next”


Kx ncp0158ce ip cs installation cont5
KX-NCP0158CE (IP-CS) – Installation (cont.)

IP-CS Configuration (cont.)

  • 9. Click to save a changes and then the “Main Screen” option.

  • The IP-CS will now restart.

  • 10. Unplug the IP-CS and return DIP switch no. 7 to the OFF position.

  • 11. Plug the IP-CS into the same network as your NCP


Kx ncp0158ce ip cs installation cont6
KX-NCP0158CE (IP-CS) – Installation (cont.)

UPCMC Programming

  • Select V-IPCS4 from the list

  • 2. Drag the V-IPCS4 card into to Extension side of the Virtual Shelf


Kx ncp0158ce ip cs installation cont7
KX-NCP0158CE (IP-CS) – Installation (cont.)

UPCMC Programming (cont.)

3. Click “Registration”

4. Select the desired port you wish to configure and click “Next”


Kx ncp0158ce ip cs installation cont8
KX-NCP0158CE (IP-CS) – Installation (cont.)

UPCMC Programming (cont.)

5. The IP-CS has now been successfully registered to the NCP1000.


Kx ncp0158ce ip cs installation cont9
KX-NCP0158CE (IP-CS) – Installation (cont.)

UPCMC Programming (cont.)

6. We have now named the IP-CS configured in Port 1 as “PCCUK_NCP1000_CS1”

7. The Air Sync Group has been set as Group number “1” by default


Kx ncp0158ce ip cs installation cont10
KX-NCP0158CE (IP-CS) – Installation (cont.)

UPCMC Programming (cont.)

8. In Air Sync Group properties, we have named the group “PCCUK_NCP1000_CSG1”


Kx ncp0158ce ip cs installation cont11
KX-NCP0158CE (IP-CS) – Installation (cont.)

UPCMC Programming (cont.)

9. In the Air Synchronisation properties, we can see that the IP-CS is successfully INS as “Sync Master CS1”


Kx ncp0158ce ip cs installation cont12
KX-NCP0158CE (IP-CS) – Installation (cont.)

Site Survey

If more than 1 CS is set to Radio Signal Test Mode, each CS must have a unique channel number


Kx ncp0158ce ip cs installation cont13
KX-NCP0158CE (IP-CS) – Installation (cont.)

Air Synchronisation

An IP-CS can have one of three CS Classes within the Air Synchronisation Group

These are assigned automatically in the order they are registered to the PBX


Kx ncp0158ce ip cs installation cont14
KX-NCP0158CE (IP-CS) – Installation (cont.)

Air Synchronisation (cont.)

By default, this is the Air Sync classification upon IP-CS registration


Kx ncp0158ce ip cs installation cont15
KX-NCP0158CE (IP-CS) – Installation (cont.)

Air Synchronisation (cont.)

A Traditional (Legacy) CS will always be assigned as a CS-Master

Handover is not possible between a Legacy CS-M and an IP-CS Master

In the above example, the IP-CS are all configured as CS-S (slaves)


Kx ncp0158ce ip cs installation cont16
KX-NCP0158CE (IP-CS) – Installation (cont.)

Air Synchronisation (cont.)

A Legacy CS will receive its timing and synchronisation from the PBX, therefore TDA0141 and TDA0158 must be CS-M

An IP-CS configured as CS-M will create and send out its own timing and synchronisation

An IP-CS configured as CS-S will receive timing and synchronisation from either a legacy CS or IP-CS set to CS-M


Kx ncp0158ce ip cs installation cont17
KX-NCP0158CE (IP-CS) – Installation (cont.)

Possible Installation Examples

The legacy CS is positioned in the centre of the coverage area

All IP-CS are located to allow handover to the legacy CS

All IP-CS must be configured as CS-Slaves


Kx ncp0158ce ip cs installation cont18
KX-NCP0158CE (IP-CS) – Installation (cont.)

Possible Installation Examples

An IP-CS is positioned in the centre of the coverage area

A legacy CS exists in the corner of the coverage area

Handover is not possible between IP-CS M and the legacy CS


Kx ncp0158ce ip cs installation cont19
KX-NCP0158CE (IP-CS) – Installation (cont.)

Possible Installation Examples

An IP-CS is positioned in the centre of the coverage area

Two legacy CS’ exists on the left side of the coverage area

Handover is not possible between IP-CS M and the legacy CS’


Kx ncp0158ce ip cs operation
KX-NCP0158CE (IP-CS) – Operation

LED Status Indication

OFF: Power Off or CS firmware download

GREEN ON: Idle Mode – No active calls

SLOW GREEN FLASHING: Active call or calls

MODERATE GREEN FLASHING: All channels are busy

RED ON: Fault

FAST RED FLASHING: CS start up (Establishing PBX link)

SLOW RED FLASHING: OUS or CS start up (Air Synch)


Kx ncp0158ce ip cs operation cont8
KX-NCP0158CE (IP-CS) – Operation (cont.)

LED Status Indication (cont.)

AMBER ON: Standby – Unable to complete Air Synch (with no active calls)

SLOW AMBER FLASHING: Unstable Air Synch but with active call or calls

FAST AMBER FLASHING: Unstable Air Synch but with all channels busy


Kx ncp0158ce ip cs operation cont9
KX-NCP0158CE (IP-CS) – Operation (cont.)

VLAN

There are two methods of implementing VLANS (port-based and IEEE802.1Q)

IEEE802.1Q uses packet tagging to tag each packet with a VLAN ID (ingress and/or egress traffic)

The IP-CS cannot recognise packets that are tagged

However port-based VLAN’s should appear “invisible” to the IP-CS


Kx ncp0158ce ip cs upgrade
KX-NCP0158CE (IP-CS) – Upgrade

Firmware Upgrade via FTP

Go to: -

http://filezilla-project.org/

Select the “FileZilla Server” option for Windows.


Kx ncp0158ce ip cs upgrade cont
KX-NCP0158CE (IP-CS) – Upgrade (cont.)

Firmware Upgrade via FTP (cont.)

Select the FileZilla Server executable and download


Kx ncp0158ce ip cs upgrade cont1
KX-NCP0158CE (IP-CS) – Upgrade (cont.)

Firmware Upgrade via FTP (cont.)

Run the downloaded setup executable

Click “I Agree” to the License Agreement


Kx ncp0158ce ip cs upgrade cont2
KX-NCP0158CE (IP-CS) – Upgrade (cont.)

Firmware Upgrade via FTP (cont.)

Click Next to the default settings


Kx ncp0158ce ip cs upgrade cont3
KX-NCP0158CE (IP-CS) – Upgrade (cont.)

Firmware Upgrade via FTP (cont.)

Click Next if the Destination Folder is correct


Kx ncp0158ce ip cs upgrade cont4
KX-NCP0158CE (IP-CS) – Upgrade (cont.)

Firmware Upgrade via FTP (cont.)

Click Next to start the FTP Server as a Windows service


Kx ncp0158ce ip cs upgrade cont5
KX-NCP0158CE (IP-CS) – Upgrade (cont.)

Firmware Upgrade via FTP (cont.)

Change the drop down menu to state “Start manually”

This will allow the FTP Server windows will only pop up, when loaded manually


Kx ncp0158ce ip cs upgrade cont6
KX-NCP0158CE (IP-CS) – Upgrade (cont.)

Firmware Upgrade via FTP (cont.)

Click Next to close the Installation menu

The Installation is now complete


Kx ncp0158ce ip cs upgrade cont7
KX-NCP0158CE (IP-CS) – Upgrade (cont.)

Firmware Upgrade via FTP (cont.)

Ensure the tick box is checked and click OK

The loopback address ensures that the FTP server uses this PC’s IP address when receiving connections


Kx ncp0158ce ip cs upgrade cont8
KX-NCP0158CE (IP-CS) – Upgrade (cont.)

Firmware Upgrade via FTP (cont.)

From the FTP Server interface, click the “Options” button


Kx ncp0158ce ip cs upgrade cont9
KX-NCP0158CE (IP-CS) – Upgrade (cont.)

Firmware Upgrade via FTP (cont.)

Select the “Logging” option

Check the “Enable logging to file” tick box

This will allow you to

send the log file to us for troubleshooting purposes


Kx ncp0158ce ip cs upgrade cont10
KX-NCP0158CE (IP-CS) – Upgrade (cont.)

Firmware Upgrade via FTP (cont.)

From the FTP Server interface, click the “Users” button


Kx ncp0158ce ip cs upgrade cont11
KX-NCP0158CE (IP-CS) – Upgrade (cont.)

Firmware Upgrade via FTP (cont.)

Click the “Add” button

Enter “IPCS” as the username

Click OK


Kx ncp0158ce ip cs upgrade cont12
KX-NCP0158CE (IP-CS) – Upgrade (cont.)

Firmware Upgrade via FTP (cont.)

Check “Enable account”

Check “Password”

“Enter “1234”


Kx ncp0158ce ip cs upgrade cont13
KX-NCP0158CE (IP-CS) – Upgrade (cont.)

Firmware Upgrade via FTP (cont.)

Select the Shared Folders option, and click “Add”

Create and navigate to “C:\Panasonic\ncp0158\”


Kx ncp0158ce ip cs upgrade cont14
KX-NCP0158CE (IP-CS) – Upgrade (cont.)

Firmware Upgrade via FTP (cont.)

Under “Files” check the “Write” option

Click OK


Kx ncp0158ce ip cs upgrade cont15
KX-NCP0158CE (IP-CS) – Upgrade (cont.)

Firmware Upgrade via FTP (cont.)

It is possible to test the login credentials through the command prompt

Type “ftp <IP address of the PC>

Press Enter


Kx ncp0158ce ip cs upgrade cont16
KX-NCP0158CE (IP-CS) – Upgrade (cont.)

Firmware Upgrade via FTP (cont.)

From the FTP Server interface, we can now see that a connection has been welcomed


Kx ncp0158ce ip cs upgrade cont17
KX-NCP0158CE (IP-CS) – Upgrade (cont.)

Firmware Upgrade via FTP (cont.)

At the FTP prompt, enter the username “IPCS” and password “1234”


Kx ncp0158ce ip cs upgrade cont18
KX-NCP0158CE (IP-CS) – Upgrade (cont.)

Firmware Upgrade via FTP (cont.)

The FTP Server interface confirms a successful login attempt by IPCS user


Kx ncp0158ce ip cs upgrade cont19
KX-NCP0158CE (IP-CS) – Upgrade (cont.)

Firmware Upgrade via FTP (cont.)

To exit the FTP session, type “quit”


Kx ncp0158ce ip cs upgrade cont20
KX-NCP0158CE (IP-CS) – Upgrade (cont.)

Firmware Upgrade via FTP (cont.)

Finally the FTP Server interface confirms the end of the FTP session, and closes the connection


Kx ncp0158ce ip cs upgrade cont21
KX-NCP0158CE (IP-CS) – Upgrade (cont.)

Firmware Upgrade via FTP (cont.)

To initialise the FTP download, open the UPCMC

Click “Utility” -> “File Transfer FTP to IP Equipment” -> “IP-CS(C)”


Kx ncp0158ce ip cs upgrade cont22
KX-NCP0158CE (IP-CS) – Upgrade (cont.)

Firmware Upgrade via FTP (cont.)

With the new firmware copied to the relevant directory, enter the FTP Server Address “ftp://IPCS:1234@<IP address>”


Kx ncp0158ce ip cs upgrade cont23
KX-NCP0158CE (IP-CS) – Upgrade (cont.)

Firmware Upgrade via FTP (cont.)

Enter the “File Name” of the new IP-CS firmware

Click “Load”


Kx ncp0158ce ip cs upgrade cont24
KX-NCP0158CE (IP-CS) – Upgrade (cont.)

Firmware Upgrade via FTP (cont.)

Check the box next to the relevant IP-CS

Click “Execute”


Kx ncp0158ce ip cs upgrade cont25
KX-NCP0158CE (IP-CS) – Upgrade (cont.)

Firmware Upgrade via FTP (cont.)

The IP-CS will now reboot and comes back INS

By clicking “Refresh” we can see the new programme version


Kx ncp0158ce ip cs upgrade cont26
KX-NCP0158CE (IP-CS) – Upgrade (cont.)

PS Firmware Upgrade over Air

- Not yet available


Kx ncp0158ce ip cs troubleshooting
KX-NCP0158CE (IP-CS) – Troubleshooting

FTP Server Logs

The default folder for FileZilla Server logs is:

C:\Program Files\Filezilla Server\Logs\FileZilla Server.txt

Here we can see a successful IP-CS firmware download


Kx ncp0158ce ip cs troubleshooting cont
KX-NCP0158CE (IP-CS) – Troubleshooting (cont.)

UPCMC FTP

When the IP-CS upgrade procedure is complete:

- Note the code displayed in the “Download Result” column


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