contract briefing opti qmax 4388 presentation
TRANSCRIPT
Leadcom (M) Sdn Bhd
System Overview of Minimux Fiberlogic OptiqView 4388
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FOMFOM
SDH
ADM
PSTN
PABX
DLC
Mini DSLAM
Edge Router
Internet
E1 Multiplexer
RoutersFE1
2G/3G Base Station
Building or Remote SideBuilding or Remote Side100KM
OptiQmax 4388 E1/T1/Ethernet/V.35 Fiber Optical OptiQmax 4388 E1/T1/Ethernet/V.35 Fiber Optical Multiplexer is an interface equipment between Optical and Multiplexer is an interface equipment between Optical and Electrical line facilities to carry structured/ unstructured Electrical line facilities to carry structured/ unstructured E1 and/or T1 signals, Ethernet, V.35 over a single mode E1 and/or T1 signals, Ethernet, V.35 over a single mode fiber for telephone, video, data and wireless applications.fiber for telephone, video, data and wireless applications.
OptiOptiQQmax 4388 FOM Application Diagrammax 4388 FOM Application Diagram
Central OfficeCentral Office
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The outlook of OptiQmax 4388The outlook of OptiQmax 4388
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1616××E1/T1/Ethernet/V.35 Fiber E1/T1/Ethernet/V.35 Fiber Optical MultiplexerOptical Multiplexer
Power Indicators X 2
System Status Indicators
Tributary Status Indicators X 16
Aggregation Status Indicators
Alarm I/O Relay
Console Port
SNMP Port
SFP Slot for Aggregation
ACO Switch
LCD Display with Key Control
110~
220V
AC
OFFON
FG RTN -48V
DC
OFFON
E1 /T1 4 Ports E1 /T1 4 Ports
Slot 1 Slot 2 Slot 3 Slot 4
E1 /T1 4 Ports E1 /T1 4 PortsE1 /T1 4 Ports
E1/T1 Module X 4 AC Power Module
DC Power Module
FAN Unit
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Mux/ Demux Processor
T1/E1 Driver& Framer
#1 T1/E1 Signal
#2 T1/E1 Signal
#N-1 V.35 Signal
#N Ethernet Signal
CPU
LED LEDAlarm RelayAlarm Relay
‧‧‧
N=4/8/12/16
E/O TX1
NVRAM
LCD LCDKey/SwitchKey/SwitchCIDCID100/10BaseT100/10BaseT
T1/E1 Driver& Framer
T1/E1 Driver& Framer
T1/E1 Driver& Framer
O/E RX1
E/O TX2
O/E RX2
OptiOptiQQmax 4388 FOM System Block max 4388 FOM System Block DiagramDiagram
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☆ Removable 1+1 SFP Laser Module, Hot-swappable and with Optical Power Reading and Auto Laser Shutdown.
☆ Support Unidirectional (2 fibers) or Bidirectional (1 fiber) Optical transmission.
☆ SFP DFP Laser Module for 1550nm Long-haul (100 KM) Available.
☆ Provides 2 Slots for Removable Power supply, 1+1 Hot-standby and Load Sharing.
☆ Robust, Rugged and Compact design, 1U high.
☆ Each FOM Unit can Accommodate 4 E1 Tributary cards. ☆ E1 Tributary Card is Hot-swappable.
☆ Each T1 or E1 circuit has its own independent line driver/framer. Clock slip hazard is avoided.
OptiOptiQQmaxmax 4388 System4388 System OverviewOverview
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OptiOptiQQmaxmax 4388 System4388 System Overview Overview (cont’d)(cont’d)
System Gain: 15 dB, application distance can up to 30 KM
Optical Source: 1310 or 1550 nm(Option)
1+1 optical protection switching, switching time < 20ms, with lock-in feature.
Additional 2 Mb/s out-of-band EOC channel to support fast and smooth management of the remote unit.
Detailed LED Status and Alarm Indication
History log, up to 60 records, with time stamp.
Built-in standard 215-1 PRBS pattern generator and receiver.
Provide Optical and T1/E1 line/path performance monitoring.
Provides Hardware Power Loss Detection and Dying Gasp.
LCD display with functional keys, Console port and SNMP LAN port for ease of operation and management.
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☆ Removable SFP Laser Module with 1+1 Optical Protection
Protection switching time < 10ms
System gain up to 15dB 。 Optical power reading
Local F
OM
Rem
ote FO
M
TX1 W1
W2
RX1TX2
RX2
TX1RX1TX2
RX2
TX
TX1
TX2
RX1
RX2
RX
TX
TX1
TX2
RX1
RX2
RX
RDI RDI
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TX
TX1
TX2
RX1
RX2
RX
TX
TX1
TX2
RX1(W1,LOS/RDI)
RX2(W2,LOS/RDI)
RX
RDI RDI
OPTICAL
W1
LOS/RDI
W2
LOS/RDI
TX
TX1
TX2
RX1
RX2
RX
TX
TX1
TX2
RX1(W1,LOS/RDI)
RX2(W2,LOS/RDI)
RX
RDI RDI
OPTICAL
W1
LOS/RDI
W2
LOS/RDI
RDI
☆1+1 optical SW Criteria
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☆ Modular E1 Tributary Card Design ☆ E1 Interface (75 or 120 ohms), Complied to G.703 and G.704
CH 1 2 3 44-port E1(75 ohms), BNC
3
4
☆ Hot-swappable, No Bit Error Encountered when Performing the provisioning or remove the other channel or module.
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Loopback Loopback
FOM A
E1 to Line local loopback
E1 to Optical remote loopbackFOM B
☆ 4 kinds of E1 loopback
FOM A FOM B
☆3 kinds of Optical loopback
E1 to Optical local loopback
E1 to Line remote loopback
Optical to Line local loopback
Optical to optical local loopback to remote
Optical to optical remote loopback to remote
Line SideLine Side
Optic Side
Optic Side
Line SideLine Side
Local
Remote
Local
Remote
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System build in standard Unframed 215-1 Pattern Generator 及 Detector , Via CID 、 SNMP or LCD to execute and display the result of Error Count 、 Bit Error Rate 。 Ex: Local is FOM A and Remote is FOM B , all PRBS test performed by FOM A , there are 5 kinds of E1 PRBS test :
FOM A FOM B
PRBSGenerator
& Receiver
A : from Local FOM—Through Optical --- to Local FOM , after E1 remote loopback 。
FOM B
PRBSGenerator
PRBSReceiver
FOM A
B : From Local FOM---Through Optical---to Remote FOM
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☆ 2 Pluggable Power Module Slots, can insert either AC or DC Module
☆ 1+1 Hot-standby and Load Sharing
☆ Loss of Power Detection and Dying Gasp (Hardware)
☆ Hot-swappable, No Bit Error Encountered for Optical and E1 interface
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Wide range of operating environmental condition: 0 to 65 Celsius degree, 90% Relative humidity. The right hand side illustrated the test report of BER test of OptiQmax 4388 that tested by CHT-TL, Taiwan (Test case: TST-98-10-NA-02). The test conditions are continuously operating at (1) 24 hour at room temperature (2) 72 hours at 65 Celsius degree, 90% R.H. (at 65 Celsius degree) (3) 72 hours at 0 Celsius degree All of these three tests are 0 bit error encountered for All the E1 tributaries.
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Single-ended Maintenance Capability Single-ended Maintenance Capability
TX1
Local F
OM
Rem
ote FO
M
W1
W2
RX1TX2RX2
TX1RX1TX2RX2
LCD Display with Key Control
Data Craft Interface
SNMP Network Management System
Embedded Operation Channel
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Fiber Logic OptiQview EMSFiber Logic OptiQview EMS
Virtual Panel Virtual Panel OperationOperation
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Performance Monitoring table as shown below
With built-in T1/E1 framer in each channel, detailed performance data can be monitored and recorded.
Threshold values for the above performance monitoring data can be set thru CID, SNMP manager or LCD functional keys for 15-minute, 1 hour and 1 day record interval.
OptiQmax 4388 is not only a transmission equipment, but also is a performance monitoring system for demarcation point.
OptiOptiQQmax 4388 Performance max 4388 Performance MonitoringMonitoring
Optical AggregateOptical Aggregate T1T1 E1E1
Near-End LineNear-End Line ESES 、、 SESSES CVCV 、、 ESES 、、 SESSES CVCV 、、 ESES 、、 SESSES
Near-End PathNear-End Path ESES 、、 SESSES 、、 UASUAS CVCV 、、 ESES 、、 SESSES 、、UASUAS
CVCV 、、 ESES 、、 SESSES 、、UASUAS
Far-End LineFar-End Line ESES 、、 SESSES CVCV 、、 ESES 、、 SESSES CVCV 、、 ESES 、、 SESSES
Far-End PathFar-End Path ESES 、、 SESSES 、、 UASUAS CVCV 、、 ESES 、、 SESSES 、、UASUAS
CVCV 、、 ESES 、、 SESSES 、、UASUAS
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Q&A SessionQ&A Session