3.2.1  
CBCC 
 
NOTE  
Danger of damage to property due to surge voltage. The required lightning protection measures must be taken for this board, see Section 2.1.2 "Lightning Protection".  

Octopus F100  
Except for the CBCC board, the Octopus F100 communication system is identical in structure to HiPath 3350. The part number of this CBCC is: S30810-K2935-T401.  

Introduction  
The CBCC board (Central Board with Coldfire Com) performs all central control and attendant functions for HiPath 3550 and HiPath 3350.
This description refers to the following versions of central CBCC board:
 •   CBCC S30810-Q2935-A401: Implemented from V6.0 Rel. 10 or later and V5.0 Rel. 15 or later.
Essential new functions:
   -   Integration of the functionality of the LIM subboard
   -   Increase of the ring voltage of analog station interfaces (T/R) to approx. 65 Veff
   -   Discontinuation of the second V.24 interface (Option V24/1)
 •   CBCC S30810-Q2935-A301: implemented in V5.0 or later
Essential new function: CLIP
Differences between both CBCC versions are indicated at the appropriate point in the following description.

Subboards  
The following subboards can be used depending on the application:
 •   Clock module CMA or CMS (optional)
 •   MMC multimedia card
 •   IMODN integrated modem card new (optional)
 •   Music on hold (optional):
   -   MPPI (Product of BEYERTONE GmbH)
   -   MUSIC (Product of Sound Player GmbH)
   -   EXM
 •   Entry Voice Mail EVM (optional): Pluggable up to HiPath 3000/5000 V7, securely soldered as of HiPath 3000/5000 V8.
 •   LAN Interface Module LIM (optional, for CBCC S30810-Q2935-A301 only)

Outputs, interfaces  
 •   Ethernet (10 BaseT)/10 MBit) LAN interface, only in CBCC S30810-Q2935-A401
The interface can, for example, be used for the following applications:
   -   For administration using HiPath 3000 Manager E
   -   For the TAPI 120/170 connection via the CSTA interface. Bear in mind, however, that the number of BHCAs (Busy Hour Call Attempts = number of connection attempts during busy traffic hours) is restricted to 400 at a maximum of six CSTA links for the TAPI 120/170 connection. The use of "power dialers" is not approved.
   -   For the output of call data
    The ETHERNET-LAN interface is deactivated by the system software deactivated as soon as an HG 1500 board is inserted.
 •   Eight digital UP0/E subscriber lines
For example, UP0/E workpoint clients or BS3/1 base stations for HiPath Cordless Office can be connected here.
 •   Four analog T/R subscriber lines
For U.S. only: These interfaces do not support the connection of external extensions via OPS (Off-Premises Station) signaling.
CBCC S30810-Q2935-A401: The interfaces supply a ring voltage of approx. 65 Veff. CBCC S30810-Q2935-A301: The T/R interfaces supply a ring voltage of approx. 35 Veff. Depending on the terminals connected, we cannot exclude the possibility of errors occurring during ringing state.
 •   Two digital S0 interfaces (CO (default) or station)
 •   Backplane (CUC or CUP) connection via slots 1 (X11), 2 (X5) and 3 (X6)
 •   Music on Hold: MPPI, MUSIC or EXM
   
Please note that only one "Music on Hold" subboard may be connected. In other words, you can connect a subboard either via X4 or via X19/X20.  
 •   Options bus (O bus)
 •   V.24 interface
CBCC S30810-Q2935-A301: A second V.24 interface can be realized via the V24/1 option.

Switches and indicators  
 •   Reset/reload switch
   -   Switch pressed < 5 s = Reset activated
   -   Switch pressed > 5 s = Reload activated (RUN LED out indicates that a reload is in progress)
 •   Run LED
LED status meaning is explained in the following table.
   
 Table 3-3   CBCC - LED Status Meaning
 RUN LED  
 Meaning  
 Off  
No power  
 On  
Reset switch pressed briefly  
 Off  
Reset switch held down for more than 5 seconds (LED is extinguished to acknowledge that a reload has begun)  
 at  
System boot  
 Off
for 0.1 s  
Load operation: APS in SDRAM, loadware, and card data  
 Flashing
0.5 s on/0.5 s off  
Normal operating state (zero load)1  
 Flashing
0.1 s on/0.1 s off  
MMC removed or defective  
1The flashing rhythm depends on the load. The higher the system load the slower the flashing rhythm.

Figure CBCC S30810-Q2935-A401  
 Figure 3-1   CBCC Board (S30810-Q2935-A401)
 
Disconnecting the battery buffer by unplugging the X27 jumper is necessary only for testing (module test at the factory). Disconnection does not necessarily delete the customer database (CDB). To delete the CDB, use the reset switch.  

Figure CBCC S30810-Q2935-A301  
 Figure 3-2   CBCC Board (S30810-Q2935-A301)
 
Disconnecting the battery buffer by unplugging the X27 jumper is necessary only for testing (module test at the factory). Disconnection does not necessarily delete the customer database (CDB). To delete the CDB, use the reset switch.  

X1 to X4 contact assignments  

 Table 3-4   CBCC - X1 to X4 Contact Assignments
 Contact  
 Connector X1  
 Connector X2  
 Connector X3  
 Connector X4  
 UP0/E  
 T/R  
  MPPI or EXM  
 1  
 UP0/E port 1b  
 UP0/E port 5b  
 T/R port 1a  
 GND  
 2  
 UP0/E port 1a  
 UP0/E port 5a  
 T/R port 1b  
 Not used  
 3  
 UP0/E port 2b  
 UP0/E port 6b  
 T/R port 2a  
 Not used  
 4  
 UP0/E port 2a  
 UP0/E port 6a  
 T/R port 2b  
 EXMCLK (512 kHz data cycle)  
 5  
 UP0/E port 3b  
 UP0/E port 7b  
 T/R port 3a  
 EXMDIR (8 kHz frame cycle)  
 6  
 UP0/E port 3a  
 UP0/E port 7a  
 T/R port 3b  
 EXMRES (high-active reset)  
 7  
 UP0/E port 4b  
 UP0/E port 8b  
 T/R port 4a  
 EXMD (data line)  
 8  
 UP0/E port 4a  
 UP0/E port 8a  
 T/R port 4b  
 EXMDET (detect signal)  
 9  
 -  
 -  
 -  
 +5 V  
 10  
 -  
 -  
 -  
 Not used  

S0 interface assignment  

 Table 3-5   CBCC - S0 Interface Assignment (RJ45 Jacks)
 Contact  
 S0  
 X30  
 X31  
 1  
 -  
 -  
 2  
 -  
 -  
 3  
S0 port 1, transmit +  
S0 port 2, transmit +  
 4  
S0 port 1, receive +  
S0 port 2, receive +  
 5  
S0 port 1, receive -  
S0 port 2, receive -  
 6  
S0 port 1, transmit -  
S0 port 2, transmit -  
 7  
 -  
 -  
 8  
 -  
 -  

V.24 interface assignment  

 Table 3-6   CBCC - V.24 Interface Assignment (SUB-D Plug)
 X18, Pin  
 Signal  
 Description  
 1  
 -  
Not used  
 2  
 RxD A  
Receive data, channel A  
 3  
 TxD A  
Transmit data, channel A  
 4  
 -  
Not used  
 5  
 0 V  
Ground  
 6  
 -  
Not used  
 7  
 RTS A  
Request to send, channel A  
 8  
 CTS A  
Clear to send, channel A  
 9  
 -  
Not used  

LAN connector assignment  
CBCC S30810-Q2935-A301: The Ethernet LAN interface is provided by the optional LIM subboard.

 Table 3-7   CBCC - LAN Connector Assignment (RJ45 Jack)
 Pin  
 Signal  
 Description  
 1  
 Tx +  
Transmit +  
 2  
 Tx -  
Transmit -  
 3  
 Rx +  
Receive +  
 4  
 -  
Not used  
 5  
 -  
Not used  
 6  
 Rx -  
Receive -  
 7  
 -  
Not used  
 8  
 -  
Not used  

Default numbering plan when using CBCC in HiPath 3550  

 Table 3-8   Default numbering plan when using CBCC in HiPath 3550
 Station  
 Int. call no.  
 DID no.  
 Port  
 UP0/E host
(master)  
 100  
 100  
 UP0/E 1  
 101  
 101  
 UP0/E 2  
 102  
 102  
 UP0/E 3  
 103  
 103  
 UP0/E 4  
 104  
 104  
 UP0/E 5  
 105  
 105  
 UP0/E 6  
 106  
 106  
 UP0/E 7  
 107  
 107  
 UP0/E 8  
 UP0/E client
(slave)  
 500  
 500  
 UP0/E 1  
 501  
 501  
 UP0/E 2  
 502  
 502  
 UP0/E 3  
 503  
 503  
 UP0/E 4  
 504  
 504  
 UP0/E 5  
 505  
 505  
 UP0/E 6  
 506  
 506  
 UP0/E 7  
 507  
 507  
 UP0/E 8  
 T/R  
 108  
 108  
 T/R 1  
 109  
 109  
 T/R 2  
 110  
 110  
 T/R 3  
 111  
 111  
 T/R 3  
 EVM  
 112  
 112  
 EVM-1  
 113  
 113  
 EVM-2  
 Line  
 Code  
 Port  
 S0  
 CO PP  
 7801  
 S0 1-1  
 7802  
 S0 1-2  
 7803  
 S0 2-1  
 7804  
 S0 2-2  

Default numbering plan when using CBCC in HiPath 3350  

 Table 3-9   Default numbering plan when using CBCC in HiPath 3350
 Station  
 Int. call no.  
 DID no.  
 Port  
 UP0/E host
(master)  
 11  
 11  
 UP0/E 1  
 12  
 12  
 UP0/E 2  
 13  
 13  
 UP0/E 3  
 14  
 14  
 UP0/E 4  
 15  
 15  
 UP0/E 5  
 16  
 16  
 UP0/E 6  
 17  
 17  
 UP0/E 7  
 18  
 18  
 UP0/E 8  
 UP0/E client
(slave)  
 51  
 51  
 UP0/E 1  
 52  
 52  
 UP0/E 2  
 53  
 53  
 UP0/E 3  
 54  
 54  
 UP0/E 4  
 55  
 55  
 UP0/E 5  
 56  
 56  
 UP0/E 6  
 57  
 57  
 UP0/E 7  
 58  
 58  
 UP0/E 8  
 T/R  
 19  
 19  
 T/R 1  
 20  
 20  
 T/R 2  
 21  
 21  
 T/R 3  
 22  
 22  
 T/R 3  
 EVM  
 23  
 23  
 EVM-1  
 24  
 24  
 EVM-2  
 Line  
 Code  
 Port  
 S0  
 CO PP  
 801  
 S0 1-1  
 802  
 S0 1-2  
 803  
 S0 2-1  
 804  
 S0 2-2  

HiPath 3000/5000 V9, Service Documentation, Issue 10   up Top
Disclaimer & Copyright   ID: P31003H3590S100017620   2014-02-27