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Related Manuals for CTC Union iSAP5100
Summary of Contents for CTC Union iSAP5100
- Page 1 Integrated Service Access Platform...
- Page 1 Integrated Service Access Platform...
- Page 2 CTC Union Technologies makes no warranty, representation, or guarantee regarding the suitability of its products for any particular purpose, nor does CTC Union assume any liability arising out of the application or use of any product and specifically disclaims any and all liability, including without limitation any consequential or incidental damages.
- Page 2 CTC Union Technologies makes no warranty, representation, or guarantee regarding the suitability of its products for any particular purpose, nor does CTC Union assume any liability arising out of the application or use of any product and specifically disclaims any and all liability, including without limitation any consequential or incidental damages.
- Page 3 This manual supports the following models: iSAP5100 This document is the current official release manual. Please check CTC Union's website for any updated manual or contact us by E-mail at sales@ctcu.com. Please address any comments for improving this manual or to point out omissions or errors to marketing@ctcu.com.
- Page 3 This manual supports the following models: iSAP5100 This document is the current official release manual. Please check CTC Union's website for any updated manual or contact us by E-mail at sales@ctcu.com. Please address any comments for improving this manual or to point out omissions or errors to marketing@ctcu.com.
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Page 4: Table Of Contents
Table of Contents CHAPTER 1. INTRODUCTION ........................... 6 1.1 P ............................. 6 RODUCT ESCRIPTION 1.2 S ............................... 6 UPPORTED MODULES 1.2.1 Overall Functions ............................7 1.2.2 5100-MS-DM-96 Card ..........................7 1.2.3 5100-MS-DM-155 Card ..........................8 1.2.4 iSAP-FOM Card ............................8 1.2.5 iSAP-E1 Card .............................. -
Page 4: Table Of Contents
Table of Contents CHAPTER 1. INTRODUCTION ........................... 6 1.1 P ............................. 6 RODUCT ESCRIPTION 1.2 S ............................... 6 UPPORTED MODULES 1.2.1 Overall Functions ............................7 1.2.2 5100-MS-DM-96 Card ..........................7 1.2.3 5100-MS-DM-155 Card ..........................8 1.2.4 iSAP-FOM Card ............................8 1.2.5 iSAP-E1 Card .............................. - Page 5 Table of Contents 3.2.3 STM1 Interface ............................24 3.3 E1 C ................................. 24 3.4 IO C .................................. 25 3.4.1 FXO Card Pinouts ............................. 25 3.4.2 FXS Card Pinouts ............................. 25 3.4.3 E&M Card Hardware Setup (DIP SWITCH) .................... 25 3.4.4 RS232/RS232-C Card Pinouts........................
- Page 5 Table of Contents 3.2.3 STM1 Interface ............................24 3.3 E1 C ................................. 24 3.4 IO C .................................. 25 3.4.1 FXO Card Pinouts ............................. 25 3.4.2 FXS Card Pinouts ............................. 25 3.4.3 E&M Card Hardware Setup (DIP SWITCH) .................... 25 3.4.4 RS232/RS232-C Card Pinouts........................
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Page 6: Chapter 1. Introduction
Chapter 1. Introduction 1.1 Product Description iSAP5100 is an integrated service access platform, housed in a 19 inch rack mountable chassis that offers 18 card slots, 2 card slots for management, and 2 modular power card slots. iSAP5100 employs Time Division-Multiplexing with support for up to 96 E1 channels (6x16E1) that provide functions of multiplexing and cross-connection of data/voice/CAS-signaling. -
Page 6: Chapter 1. Introduction
Chapter 1. Introduction 1.1 Product Description iSAP5100 is an integrated service access platform, housed in a 19 inch rack mountable chassis that offers 18 card slots, 2 card slots for management, and 2 modular power card slots. iSAP5100 employs Time Division-Multiplexing with support for up to 96 E1 channels (6x16E1) that provide functions of multiplexing and cross-connection of data/voice/CAS-signaling. -
Page 7: Overall Functions
1.2.1 Overall Functions iSAP5100 provides resilient operation through redundancy. The front of the chassis can house up of two management cards, two power modules and two fan modules. When two power modules are inserted, power redundancy is provided in case of a single power module failure. The power modules can be selected from either AC or DC power types. -
Page 7: Overall Functions
1.2.1 Overall Functions iSAP5100 provides resilient operation through redundancy. The front of the chassis can house up of two management cards, two power modules and two fan modules. When two power modules are inserted, power redundancy is provided in case of a single power module failure. The power modules can be selected from either AC or DC power types. -
Page 8: 5100-Ms-Dm-155 Card
CHAPTER 1. INTRODUCTION Support synchronous exchange between CAS signaling of 16 timeslots and voice timeslots. Support 144 x E1 the recovered clock optional synchronization function. The management card supports card failover backup function: The management card supports card failover with switching time of <50mS. ... -
Page 8: 5100-Ms-Dm-155 Card
CHAPTER 1. INTRODUCTION Support synchronous exchange between CAS signaling of 16 timeslots and voice timeslots. Support 144 x E1 the recovered clock optional synchronization function. The management card supports card failover backup function: The management card supports card failover with switching time of <50mS. ... -
Page 9: Isap-Fxo Card
CHAPTER 1. INTRODUCTION 1.2.6 iSAP-FXO Card Each card provides 8-channel FXO. 1.2.7 iSAP-FXS Card Each card provides 8-channel FXS and can be interflowed with the other side FXO interface under the ordinary way. Hot Line mode can support point-to-point connection. 1.2.8 iSAP- E&M Card ... -
Page 9: Isap-Fxo Card
CHAPTER 1. INTRODUCTION 1.2.6 iSAP-FXO Card Each card provides 8-channel FXO. 1.2.7 iSAP-FXS Card Each card provides 8-channel FXS and can be interflowed with the other side FXO interface under the ordinary way. Hot Line mode can support point-to-point connection. 1.2.8 iSAP- E&M Card ... -
Page 10: Specifications
CHAPTER 1. INTRODUCTION 1.3 Specifications 1.3.1 Chassis Hardware Spec. Dimensions: 440 mm (W) x 350 mm (D) x 187 mm (H) Temperature: 0~60℃ (working temperature), -25~70℃ (storage temperature) Humidity 10%~90% (non-condensing) Power AC 220V: 165~265V, 50~60Hz AC 110/220V: 90~265V, 50~ 60Hz DC -48V: -36~ -72VDC Consumption <90W (fully loaded chassis) -
Page 10: Specifications
CHAPTER 1. INTRODUCTION 1.3 Specifications 1.3.1 Chassis Hardware Spec. Dimensions: 440 mm (W) x 350 mm (D) x 187 mm (H) Temperature: 0~60℃ (working temperature), -25~70℃ (storage temperature) Humidity 10%~90% (non-condensing) Power AC 220V: 165~265V, 50~60Hz AC 110/220V: 90~265V, 50~ 60Hz DC -48V: -36~ -72VDC Consumption <240W (fully loaded chassis) -
Page 11: Isap-Fom02 Card
CHAPTER 1. INTRODUCTION 1.3.5 iSAP-FOM02 Card Uplink Fiber The number of port: 2 Data rate: 155M Connector: FC Ethernet The number of port: 2 Connector: RJ-45 Speed: 10/100Mbps Full Duplex, Auto-Negotiation E1 Port ... -
Page 11: Isap-Fom02 Card
CHAPTER 1. INTRODUCTION 1.3.5 iSAP-FOM02 Card Uplink Fiber The number of port: 2 Data rate: 155M Connector: FC Ethernet The number of port: 2 Connector: RJ-45 Speed: 10/100Mbps Full Duplex, Auto-Negotiation E1 Port ... -
Page 12: Isap-Fxo Card
CHAPTER 1. INTRODUCTION 1.3.8 iSAP-FXO Card Surge Protection: 1500V Voltage Protection: 220V Ringing Voltage Range: 35V-90V Ringing Frequency Range: 17Hz- 60Hz The direct current resistance in the off-hook condition is not more than 300 ohm ... -
Page 12: Isap-Fxo Card
CHAPTER 1. INTRODUCTION 1.3.8 iSAP-FXO Card Surge Protection: 1500V Voltage Protection: 220V Ringing Voltage Range: 35V-90V Ringing Frequency Range: 17Hz- 60Hz The direct current resistance in the off-hook condition is not more than 300 ohm ... -
Page 13: Isap-G703/64K Card
CHAPTER 1. INTRODUCTION 1.3.11 iSAP-G703/64K Card Interface Type: 64Kbps; co-directional, contra-directional, centra-directional Rate: 64Kbps Ports: 4 ports Transmission Distance: Maximum 600M Impedance: Balanced 120 ohm Line Coding: 64K co-directional and AMI reversed code pattern. ... -
Page 13: Isap-G703/64K Card
CHAPTER 1. INTRODUCTION 1.3.11 iSAP-G703/64K Card Interface Type: 64Kbps; co-directional, contra-directional, centra-directional Rate: 64Kbps Ports: 4 ports Transmission Distance: Maximum 600M Impedance: Balanced 120 ohm Line Coding: 64K co-directional and AMI reversed code pattern. ... -
Page 14: Chapter 2. Panel Descriptions
Chapter 2. Panel Descriptions Chapter 2. Panel Descriptions 2.1 5100- MS-DM Card 2.1.1 5100-MS-DM-96 Card Activity, power and alarm indication LEDs: From left to right Active, PWR, Major ALM, Minor ALM SNMP network management LED: From left to right Active, Link Slot indicator LEDs: From left to right respectively represents slot 1 to 18 SNMP network management: Ethernet RJ45 Console port: Serial RS232... -
Page 14: Chapter 2. Panel Descriptions
Chapter 2. Panel Descriptions Chapter 2. Panel Descriptions 2.1 5100- MS-DM Card 2.1.1 5100-MS-DM-96 Card Activity, power and alarm indication LEDs: From left to right Active, PWR, Major ALM, Minor ALM SNMP network management LED: From left to right Active, Link Slot indicator LEDs: From left to right respectively represents slot 1 to 18 SNMP network management: Ethernet RJ45 Console port: Serial RS232... -
Page 15: Isap-Fom Card
Chapter 2. Panel Descriptions Position Color Status Description The management module operates normally. Blinking Active Green Abnormal. The power board operates normally. Green The power board is abnormal. The management card detects the major fault and Major reports an emergency requiring help or assistance. The board operates normally. -
Page 15: Isap-Fom Card
Chapter 2. Panel Descriptions Position Color Status Description The management module operates normally. Blinking Active Green Abnormal. The power board operates normally. Green The power board is abnormal. The management card detects the major fault and Major reports an emergency requiring help or assistance. The board operates normally. -
Page 16: Isap-Fom02 Card
Chapter 2. Panel Descriptions Optical signals not received. Optical signals received and transmitted are valid. OP1-A Green Optical signals received and transmitted are invalid. E1 LOS for that channel. E1 LED (CH1- E1 LOF for that channel. Blinking CH4) Normal operation. 100M Ethernet Orange... -
Page 16: Isap-Fom02 Card
Chapter 2. Panel Descriptions Optical signals not received. Optical signals received and transmitted are valid. OP1-A Green Optical signals received and transmitted are invalid. E1 LOS for that channel. E1 LED (CH1- E1 LOF for that channel. Blinking CH4) Normal operation. 100M Ethernet Orange... -
Page 17: Isap-E1 Card
Chapter 2. Panel Descriptions 2.3 iSAP-E1 Card 2.3.1 iSAP-8E1 Card Power indicator LED Alarm indication for the module E1 alarm LEDs, CH1-CH8 RJ45 connector. Each RJ45 is wired for 2 E1 channels. An adapter cable is optional to convert RJ45 to BNC. Thumb screws. -
Page 17: Isap-E1 Card
Chapter 2. Panel Descriptions 2.3 iSAP-E1 Card 2.3.1 iSAP-8E1 Card Power indicator LED Alarm indication for the module E1 alarm LEDs, CH1-CH8 RJ45 connector. Each RJ45 is wired for 2 E1 channels. An adapter cable is optional to convert RJ45 to BNC. Thumb screws. -
Page 18: Isap-Rs232-C Card
Chapter 2. Panel Descriptions Transmit Data LEDs CH1-CH6 Receive Data LEDs CH1-CH6 DB62 connector. Use DB62 to DB25 adapter cable to produce six RS232 interfaces. Position Color Status Description The power board operates normally. Green The power board is abnormal. Abnormal conditions occur. -
Page 18: Isap-Rs232-C Card
Chapter 2. Panel Descriptions Transmit Data LEDs CH1-CH6 Receive Data LEDs CH1-CH6 DB62 connector. Use DB62 to DB25 adapter cable to produce six RS232 interfaces. Position Color Status Description The power board operates normally. Green The power board is abnormal. Abnormal conditions occur. -
Page 19: Isap-E&M Card
Chapter 2. Panel Descriptions Position Color Status Description The power board operates normally. Green The power board is abnormal. Abnormal conditions occur. The system operates normally. Loss of Loss of signal. Signal LED The port works normally or is not used. (CH1-CH4) 2.4.4 iSAP-E&M Card... -
Page 19: Isap-E&M Card
Chapter 2. Panel Descriptions Position Color Status Description The power board operates normally. Green The power board is abnormal. Abnormal conditions occur. The system operates normally. Loss of Loss of signal. Signal LED The port works normally or is not used. (CH1-CH4) 2.4.4 iSAP-E&M Card... -
Page 20: Isap-Fxs Card
Chapter 2. Panel Descriptions Alarm indication for the module Channel LEDs for CH1-CH8 RJ45 connectors, supporting 8 x FXO interfaces. Thumb screws. It is used to secure the card in the chassis slot. Position Color Status Description The power board operates normally. Green The power board is abnormal. -
Page 20: Isap-Fxs Card
Chapter 2. Panel Descriptions Alarm indication for the module Channel LEDs for CH1-CH8 RJ45 connectors, supporting 8 x FXO interfaces. Thumb screws. It is used to secure the card in the chassis slot. Position Color Status Description The power board operates normally. Green The power board is abnormal. -
Page 21: Isap-N× 64K Card
Chapter 2. Panel Descriptions The system operates normally. Blinking Data present Link/ACT Link up Green (CH1~CH4) Link down 100M SPD (CH1- Green CH4) × 2.4.8 iSAP-N 64K Card Power LED Alarm LED for the module card TX LEDs for CH1-CH4 RX LEDs for CH1-CH4 HD68 connector. -
Page 21: Isap-N× 64K Card
Chapter 2. Panel Descriptions The system operates normally. Blinking Data present Link/ACT Link up Green (CH1~CH4) Link down 100M SPD (CH1- Green CH4) × 2.4.8 iSAP-N 64K Card Power LED Alarm LED for the module card TX LEDs for CH1-CH4 RX LEDs for CH1-CH4 HD68 connector. - Page 22 Chapter 2. Panel Descriptions Power indicator AC or DC power connector Power Switch Position Color Status Description Power on. Green Power off.
- Page 22 Chapter 2. Panel Descriptions Power indicator AC or DC power connector Power Switch Position Color Status Description Power on. Green Power off.
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Page 23: Chapter 3. Installation
3.1 Rack Mounting iSAP5100 is designed to be placed on a shelf or mounted in a 19" rack. The photo below shows the chassis with the rack mount installed. Because of the heavy weight of a fully loaded chassis, it is recommended that the empty chassis first be rack mounted and then the power modules, fans, aggregate and IO cards be installed. -
Page 23: Chapter 3. Installation
3.1 Rack Mounting iSAP5100 is designed to be placed on a shelf or mounted in a 19" rack. The photo below shows the chassis with the rack mount installed. Because of the heavy weight of a fully loaded chassis, it is recommended that the empty chassis first be rack mounted and then the power modules, fans, aggregate and IO cards be installed. -
Page 24: Console Terminal Connection
Chapter 3. Installation 3.2.2 Console Terminal Connection The Console interface refers to the DB9 female connector which allows a 1:1 connection to a PC COM port running terminal emulation application such as HyperTerm, TeraTerm Pro or Putty. The terminal emulation program should be configured for VT100 emulation and use the connection parameters of 115.2Kbps, 8bit, 1 stop no parity and no flow control. -
Page 24: Console Terminal Connection
Chapter 3. Installation 3.2.2 Console Terminal Connection The Console interface refers to the DB9 female connector which allows a 1:1 connection to a PC COM port running terminal emulation application such as HyperTerm, TeraTerm Pro or Putty. The terminal emulation program should be configured for VT100 emulation and use the connection parameters of 115.2Kbps, 8bit, 1 stop no parity and no flow control. -
Page 25: Io Card
Chapter 3. Installation 3.4 IO Card IO cards include FXO card, FXS card, E&M card, G703/64K card, RS232 card, RS232-C card, N *64K card, ET100 card and RS485 card. IO cards can be placed in any slot from 1 to 18. However, in actual use, any of slots 1-6 may contain E1 cards. -
Page 25: Io Card
Chapter 3. Installation 3.4 IO Card IO cards include FXO card, FXS card, E&M card, G703/64K card, RS232 card, RS232-C card, N *64K card, ET100 card and RS485 card. IO cards can be placed in any slot from 1 to 18. However, in actual use, any of slots 1-6 may contain E1 cards. -
Page 26: Rs232/Rs232-C Card Pinouts
Chapter 3. Installation 2.E&M Card Signaling Mode Setup: S3, S4, S5 and S6 are jumpers on the E&M Card. For Type 4 & 5, jumpers are set to B. For Type 1, 2 & 3, jumpers are set to A. S3 and S6 are used to set up E&M Card’s channel 1-4;... -
Page 26: Rs232/Rs232-C Card Pinouts
Chapter 3. Installation 2.E&M Card Signaling Mode Setup: S3, S4, S5 and S6 are jumpers on the E&M Card. For Type 4 & 5, jumpers are set to B. For Type 1, 2 & 3, jumpers are set to A. S3 and S6 are used to set up E&M Card’s channel 1-4;... - Page 27 Chapter 3. Installation DB25/F ( 3) DB25/F ( 4) DB25/F ( 5) DB25/F ( 6)
- Page 27 Chapter 3. Installation DB25/F ( 3) DB25/F ( 4) DB25/F ( 5) DB25/F ( 6)
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Page 28: G703/64K Card Pinouts
Chapter 3. Installation 3.4.5 G703/64K Card Pinouts RJ45 Function RTIP (Input) RRING (Input) TTIP (Output) TRING (Output) × 3.4.6 64K Card Pinouts V.35 Cable 68Pin Male Pin V.35 Function Channel 1 Channel 2 Channel 3 Channel 4 Shield Shield Shield Shield A, Shield RD(A) -
Page 28: G703/64K Card Pinouts
Chapter 3. Installation 3.4.5 G703/64K Card Pinouts RJ45 Function RTIP (Input) RRING (Input) TTIP (Output) TRING (Output) × 3.4.6 64K Card Pinouts V.35 Cable 68Pin Male Pin V.35 Function Channel 1 Channel 2 Channel 3 Channel 4 Shield Shield Shield Shield A, Shield RD(A) - Page 29 Chapter 3. Installation RS-530 Cable 68Pin Male Pin RS-530 Function Channel 1 Channel 2 Channel 3 Channel 4 DB25 Pin Shield Shield Shield Shield 1, Shield RD(A) RD(B) RC(A) RC(B) TC(A) TC(B) TD(A) TD(B) ETC(A) ETC(B) DTR(A) DTR(B) DCD(A) DCD(B) RTS(A) RTS(B) CTS(A)
- Page 29 Chapter 3. Installation RS-530 Cable 68Pin Male Pin RS-530 Function Channel 1 Channel 2 Channel 3 Channel 4 DB25 Pin Shield Shield Shield Shield 1, Shield RD(A) RD(B) RC(A) RC(B) TC(A) TC(B) TD(A) TD(B) ETC(A) ETC(B) DTR(A) DTR(B) DCD(A) DCD(B) RTS(A) RTS(B) CTS(A)
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Page 30: Alarm Relay Connections
Chapter 3. Installation RC(A) RC(B) TC(A) TC(B) TD(A) TD(B) ETC(A) ETC(B) DTR(A) DTR(B) DCD(A) DCD(B) RTS(A) RTS(B) DSR(A) DSR(B)) CTS(A) CTS(B) XX(A) and XX(B) must be a pair of twisted pair cable. Note: DB37 PIN 13, 11, 9 are shorted. PIN 31, 29, 27 are shorted. 3.5 Alarm Relay Connections Alarm indication connectors are on the rear of the chassis which are shown as follows: Minor ALM... -
Page 30: Alarm Relay Connections
Chapter 3. Installation RC(A) RC(B) TC(A) TC(B) TD(A) TD(B) ETC(A) ETC(B) DTR(A) DTR(B) DCD(A) DCD(B) RTS(A) RTS(B) DSR(A) DSR(B)) CTS(A) CTS(B) XX(A) and XX(B) must be a pair of twisted pair cable. Note: DB37 PIN 13, 11, 9 are shorted. PIN 31, 29, 27 are shorted. 3.5 Alarm Relay Connections Alarm indication connectors are on the rear of the chassis which are shown as follows: Minor ALM... - Page 31 Chapter 3. Installation 3.6 AC/DC Power Card The power cards are located just under the management cards on the front of the chassis. Four thumb screws secure the modules. A single module can be hot-swapped, while the other module provides power to the chassis in a non-stop fashion.
- Page 31 Chapter 3. Installation 3.6 AC/DC Power Card The power cards are located just under the management cards on the front of the chassis. Four thumb screws secure the modules. A single module can be hot-swapped, while the other module provides power to the chassis in a non-stop fashion.
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Page 32: Chapter 4. Provisioning
4.1.1 Login Power on iSAP5100. Then, connect one end of DB9 to RJ-45 cable to the Console port and the other end to the COM port in your management PC. Configure the terminal as follows: 115200bps, 8, N, 1. After powering on iSAP5100, the device starts to work and initiate. -
Page 32: Chapter 4. Provisioning
4.1.1 Login Power on iSAP5100. Then, connect one end of DB9 to RJ-45 cable to the Console port and the other end to the COM port in your management PC. Configure the terminal as follows: 115200bps, 8, N, 1. After powering on iSAP5100, the device starts to work and initiate. -
Page 33: Configure The Clock Source
User Verification Login:admin Password:***** admin@iSAP5100# Enter the command “configure terminal” to enter the configure mode. admin@ iSAP5100# admin@ iSAP5100# configure terminal admin@ iSAP5100# (config) 4.1.2 Configure the Clock Source admin@iSAP5100(config) system-clock vc12e1 slot internal admin@iSAP5100(config) system-clock slot 1 port 1... -
Page 33: Configure The Clock Source
User Verification Login:admin Password:***** admin@iSAP5100# Enter the command “configure terminal” to enter the configure mode. admin@ iSAP5100# admin@ iSAP5100# configure terminal admin@ iSAP5100# (config) 4.1.2 Configure the Clock Source admin@iSAP5100(config) system-clock vc12e1 slot internal admin@iSAP5100(config) system-clock slot 1 port 1... -
Page 34: Set Up The Digital Cross Connection
4.2 Multiplexing Configurations 4.2.1 E1 Cross Connect to SDH iSAP5100 offers support for 96 x E1 channels (maximum) derived from the 16E1 cards and up to 6 installed cards (16x6=96). The STM-1 management card supports only 63 E1 channels. Mapping... -
Page 34: Set Up The Digital Cross Connection
4.2 Multiplexing Configurations 4.2.1 E1 Cross Connect to SDH iSAP5100 offers support for 96 x E1 channels (maximum) derived from the 16E1 cards and up to 6 installed cards (16x6=96). The STM-1 management card supports only 63 E1 channels. Mapping... -
Page 35: Mirroring An E1 Channel
Chapter 4. Provisioning The following command connects channel 1 of IO card in slot 4 to SDH first E1, first Timeslot: admin@iSAP5100(cross) io-connect io-slot 4 io-port 1 vc12e1 1 1 io connect map add success admin@iSAP5100(cross) 4.3 Mirroring an E1 channel Establishing channels between E1 ports belong to Cross-connect configurations. -
Page 35: Mirroring An E1 Channel
Chapter 4. Provisioning The following command connects channel 1 of IO card in slot 4 to SDH first E1, first Timeslot: admin@iSAP5100(cross) io-connect io-slot 4 io-port 1 vc12e1 1 1 io connect map add success admin@iSAP5100(cross) 4.3 Mirroring an E1 channel Establishing channels between E1 ports belong to Cross-connect configurations. -
Page 36: Configuring Redundancy
Configurations as follows: admin@iSAP5100(snmp) snmp trap-server 192.168.160.145 4.6.5 Network Level Setup Configurations as follows: admin@iSAP5100(snmp) setnetwork level 1 When network level is set to 1, iSAP5100 can only connect to PC. Lower level equipments can access with Level 2 right. -
Page 36: Configuring Redundancy
Configurations as follows: admin@iSAP5100(snmp) snmp trap-server 192.168.160.145 4.6.5 Network Level Setup Configurations as follows: admin@iSAP5100(snmp) setnetwork level 1 When network level is set to 1, iSAP5100 can only connect to PC. Lower level equipments can access with Level 2 right. -
Page 37: Configure Time Slot
Chapter 4. Provisioning 4.6.6 Configure Time Slot Configurations as follows: admin@iSAP5100(snmp) dslam-set slot 1 port 16 timeslot 10 1 set success Display current configurations. admin@iSAP5100(snmp) show dslam ==================atm dslam status======================= PUser PMode PFpga e1 ts down 1 16 10 --more-- ('q' for quit, others for continue 4.7 Configure System Parameters... -
Page 37: Configure Time Slot
Chapter 4. Provisioning 4.6.6 Configure Time Slot Configurations as follows: admin@iSAP5100(snmp) dslam-set slot 1 port 16 timeslot 10 1 set success Display current configurations. admin@iSAP5100(snmp) show dslam ==================atm dslam status======================= PUser PMode PFpga e1 ts down 1 16 10 --more-- ('q' for quit, others for continue 4.7 Configure System Parameters... -
Page 38: E1 Card Bert Setup
Chapter 4. Provisioning admin@iSAP5100(slot-1/16e1-1) sensitivity high Set E1impedance to 75 ohm admin@iSAP5100(slot-1/16e1-1) impedance 75ohm 4.8.2 E1 card BERT setup Enable BERT function. admin@iSAP5100(slot-1/16e1-1) bert enable Insert BERT errors. admin@iSAP5100(slot-1/16e1-1) bert err-ins none 1e-1 1e-3 1e-4 1e-5 Clear BERT. admin@iSAP5100(slot-1/16e1-1) bert clear Set up BERT pattern. -
Page 38: E1 Card Bert Setup
Chapter 4. Provisioning admin@iSAP5100(slot-1/16e1-1) sensitivity high Set E1impedance to 75 ohm admin@iSAP5100(slot-1/16e1-1) impedance 75ohm 4.8.2 E1 card BERT setup Enable BERT function. admin@iSAP5100(slot-1/16e1-1) bert enable Insert BERT errors. admin@iSAP5100(slot-1/16e1-1) bert err-ins none 1e-1 1e-3 1e-4 1e-5 Clear BERT. admin@iSAP5100(slot-1/16e1-1) bert clear Set up BERT pattern. - Page 39 This page is intentionally left blank Date Version Description 2015/7/31 1.3 maps to 0.9e Revise based on v1.3 doc 2017/11/13 1.3 (2017/11 Revise RS-232/232-C data rate received) maps to 1.0...
- Page 39 This page is intentionally left blank Date Version Description 2015/7/31 1.3 maps to 0.9e Revise based on v1.3 doc...
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