SCHMIDVCS OPERATIONAL CNS IN MODERN SYSTEM.ppt

SCHMID VCS
ICS 200/60
CATC,Allahabad

Objective
At the end of the topic trainee will be
able to understand and explain
various units of the VCS System.
CATC/CNS/Ab-initio/VHF/VCS
System 2

INDEX
Purpose
Introduction
VCS Architecture
SCHMID VCS ICS 200/60
 VCS Hardware Configuration
 Communication Server System
 Interface subsystem
 Management (Monitoring and Control) system
 Controller Position
CATC/CNS/Ab-initio/VHF/VCS System 3

Purpose
Due increase in air traffic, controller get
busy to handle voice communication.
So requirement of such system by which
all the communication can be easily
perform.
To improve performance & Safety.
Any Voice communication can be
performed any controller position.
System 4

Introduction
Voice communication system is a
switching system, which connects the
different controller positions to various
Air-to-ground (A/G) and Ground-to-
ground (G/G) communication systems.
AAI Uses different VCS System.
 SCHMID VCS
 DRAKE VCS
 FREQUENTIS VCS
System 5

VCS Architecture
System 6

ICS -Integrated Communications System.
200-Operartor Position /Controller
Position.
60- Time Slot /Analog-Digital
 59 oice Data.
 01 Digital Data.
Fully digital design.
Fast switching performance for radio and
telephone channels.
System
7

Well-developed BITE (Built-in Test
Equipment) possibilities support an
easy maintenance of the system.
Fast online reconfiguration on the
running system.
Three main subsystems:
 The server system.
 The interface system.
 The operator position rings.
System 8

System 9

Four main elements of the system are:-
 Communication Server System(CSS).
 Interface subsystem.
 Monitoring and Control(Management
System).
 Controller Work Position
We can connect up to 700 Radio &
Telephone interface.
Operator positions are connected to
server in Ring topology manner.
System
10

Bus Topology is used for Interface.
Management PC is connected by
Ethernet LAN.
Four Rings Can be maintained.
 In One Ring - 2 E1 Line.
 Total E1 Line= 08
 One E1 Line=32 channel; Each 64Kbps
 One E1 Line Capacity=32*64=2.048Mbps.
System 11

 One Ring= 64 Channel Slots
 0 – reserved for synchronization.
 16 – reserved for real time signaling (PTT &
Squelch).
 One is reserved for ISDN & QSIG.
 ISDN is use for Management purpose.
 ATS-QSIG used for networking of Different VCS
System.
In one ring 50 operator position can
connect.
System 12

Redundant and Distributed System.
System 13

Reliable Operator Position Ring.
System 14

VCS Hardware Configuration
Elements of SCHMID VCS are :-
 Communication Server System(CSS).
 Interface subsystem.
 Management (Monitoring and Control)
system.
 Controller Work Position
System 15

VCS Hardware Configuration
System 16

Cabinet Wiring
System 17

Intermediate Distribution Frame
(IDF)
System 18

Communication Server System
(CSS)
The communication server system
modules are accommodated in server
subracks of ICS 200/60 cabinets.
Main Modules are:-
 2 Communication Controller (A & B).
 2 Communication Server (A & B)
 2 Server Subrack Power Supplies
System 19

(CSS)
Communication Controller (SZ.802.010)-
 Is responsible for all operator-controlled
and all signal based switching decisions
(ATS, radio-main/standby selection) of the
Communication Server Modules.
The communication controller has the
following main features:
 Control of up to 8 communication servers
 Start up without management control
 Disk- and fan-less operation
System 20

(CSS)
Communication Controller (SZ.802.010)-
The communication controller has the
following main features:
 Operation with second redundant
communication controller.
 Hot swappable.
 Multiple Ethernet interfaces for
management access.
 SNMPv3 management access.
System 21

(CSS)
Communication Server (SZ.802.020)-
Has the following main features:
 6 x 4 x E1 on front panel
 2x4096 Voice slots on Backplane through
2xH.110 (32 x 8 Mbps)
 Drop and insert of voice data from and into
respectively time slots.
 Fast switching capability
System 22

(CSS)
 Executes all tasks and switching commands
assigned through the Communication
Controller.
 Executes all real-time tasks
 Free assignment of E1 connections to
operator position rings and interface
busses.
 Free assignment of the bandwidth of
operator position rings (1 to 4 E1) and
interface busses.
System 23

(CSS)
 Dynamic assignment of the HDLC-
Bandwidth in operator position rings and
interface buses.
 Start up without management control
 Supports manually started self tests
 Replacement without pre-configuration
 Disk- and fan-less operation
 Hot swappable
System 24

(CSS)
Power Supply (SZ.801.010) -
 The 200 W power supply module.
 Supports DC power input 18 to 72 V.
 Or AC input the range of 85 to 265 VAC.
 The output voltages are +5 VDC, +24 VDC.
 The in/outputs are galvanic separated.
 The status of the input and output voltages are
shown by 4 LEDs on the front panel and is
available on the communication controller.
 Two identical power supplies are used for
redundancy.
System
25

(CSS)
Power Supply (SZ.801.010) –
Main features of the power module are:
 Wide AC and DC power input range.
 Redundant AC and DC input.
 Possibility of two redundant power modules
with load sharing.
 Hot-swap capability.
 Protection of in- and outputs .
 Possibility of extensive supervision of the
module. by management .
System 26

(CSS)
Power Supply (SZ.801.010) –
Main features of the power module are:
 Basic information for error source
determination.
 Detection of primary supply failure.
 Readout of secondary voltages and currents .
 Readout of temperature.
System 27

Interface subsystem
Accommodate the following interface
modules :-
 8 Radio 4-w E&M interface modules for
access to 8 radio lines (4 freq. in main/st.-
by configuration)
 7 Universal Quad 2-w interface module.
 1 ATS-QSIG interface modules for access to
2x QSIG channels
 1 ISDN interface modules.
System 28

Interface subsystem
 5 E&M interface modules
 4 E1/T1 System internal interfaces
 4 Interface subrack power supplies
Interface subsystem modules as follws:-
 Universal quad E1/T1 Interface Module
(SZ.814.010V1).
 Quad 2-wire Interface Module
(SZ.812.010V1).
 Radio interface module (SZ.693.030.V11) .
System 29

Interface subsystem
Universal quad E1/T1 Interface
Module (SZ.814.010V1):-
Operating Modes
 Interface Subrack Controller Mode Access
between the comm. Server subsystems and
the backplane of interface subracks.
 ICS-ICS Networking Mode Interconnection
between several ICS 200/60 systems
offering telephone, radio and control
communication.
System 30

Interface subsystem
Quad 2-wire Interface Module
(SZ.812.010V1):-
Have BORSCHT functions:
 B—battery feed
 O—overvoltage protection
 R—ringing
 S—signaling
 C—coding (analog-to-digital conversion and
digital-to-analog conversion)
 H—hybrid (two- to four-wire conversion)
 T—test
System
31

Interface subsystem
Quad 2-wire Operating Modes:-
 Lines interfaces 1 and 2:
 PSTN PABX
 RILO (Hot Line)
 Lines interfaces 3 and 4:
 CB (Central Battery)
 LB (Local Battery)
System 32

Interface subsystem
SCHMID VCS line interfaces there are 4
legal recording outputs which can
individually export the following voice
slots:
 Incoming voice
 Outgoing voice
 Summary of incoming and outgoing voice
System 33

Interface subsystem
Radio interface module
(SZ.693.030.V11):-
To provide the following interfaces and
related functions for 1 radio channel:
 One digital voice input is converted to an
analogue output (600 Ohms).
 One analogue input (600 Ohms) is converted
to a digital voice output .
 Control the radio transceiver via a V.24/28
serial interface.
System 34

Interface subsystem
Radio interface module
(SZ.693.030.V11):-
The module provides the following
external Interfaces:
 A 4-wire Tx/Rx line interface circuit.
 E(ar) input and M(outh) output for Squelch and
Push To Talk signaling.
 One legal recording output as sum of input
and output signal.
 V.24/28 serial interface.
System
35

Management (Monitoring and
Control) system
The management system bases on PC
system.
Offers the possibility to configure,
monitor and supervise the ICS 200/60
system.
It consists of:
 2 Management Server PC with 17" TFT
colour flat screen
 2 Laser Printer
System 36

Supervision Ethernet Network
System 37

Controller Position
The Operator Communication Unit (OCU)
is the central part of the operator
position.
OCU provides the digital and analogue
signal processing for any
communications taking place at the
position.
Operator position serves as
communications tool to a controller, an
assistant or a supervisor.
System 38

Controller Position
OCU builds the interface between the
audio and display devices and VCS.
It is responsible for the following tasks:
 Digital communications with the server
system
 Voice channel management based on the
system configuration and operator inputs
 Distribution of audio signals to the
handset, headsets and speakers
System 39

Controller Position
OCU is responsible for the following tasks:
 Reception of audio signals from the
handset and the microphones.
 Display of radio-, phone and general
system states on a VGA or LCD screen.
 Processing of the commands such as
on/off hook, push to talk, dial or general
control commands.
System 40

Controller Position
System 41

Intermediate Distribution Frame
(IDF)
IDF is built up with LSA (Krone) strips.
Mounted at the rear of ICS 200/60
cabinets directly seen & accessible
from rear side.
The IDF used as interconnection facility
for
the operator positions and the telephon
e and radio interfaces.
System 42

Summary
Purpose
VCS Architecture
SCHMID VCS Hardware Configuration
 Communication Server System & Power Supply
 Interface subsystem
 E1/T1,Quad 2 wire, Radio Interface
 Management, Monitoring and Control system
 Controller Position
 Intermediate Distribution Frame
System 43

ANY QUESTION ?
System 44

SCHMIDVCS OPERATIONAL CNS IN MODERN SYSTEM.ppt

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SCHMIDVCS OPERATIONAL CNS IN MODERN SYSTEM.ppt