MINI-LINK TN R4�Training Document MINI-LINK TN R4 System Description

Traffic Node training.ppt

1. MINI-LINK TN R4
Training Document
MINI-LINK TN R4 System
Description

2. MINI-LINK TN System
Description
•Magazine
•Power Filter Unit
•Fan
•Node Processor Unit
•Line Termination Unit
•Modem Unit
•Ethernet Termination Unit
•ATM Aggregation Unit
•Access Termination Unit
•Accessories

3. Access Module Magazine
There are different sizes depending of the need on the site
and they house the plug-in units.
Provides backplane interconnection of traffic, power and
control signals.

4. Access Module Magazine, AMM
AMM 6p C
•For medium sized aggregation nodes
•Can house 5 full width plug-in units
and 2 half width plug-in units
•Maximum 5 radio terminals
•Redundant DC-power
AMM 6p D
•For medium sized aggregation nodes
•Can house 4 full width plug-in units
and 4 half width plug-in units
•Maximum 4 radio terminals
•Redundant DC-power

5. Access Module Magazine, AMM
AMM 20p
•For large sized aggregation nodes
•Can house 20 full height plug-in units
•Maximum 18 radio terminals
•Redundant DC-power

6. MINI-LINK TN System
Description
•Magazine
•Power Filter Unit
•Fan
•Node Processor Unit
•Line Termination Unit
•Modem Unit
•Ethernet Termination Unit
•ATM Aggregation Unit
•Access Termination Unit
•Accessories

7. Power Filter Unit, PFU
Power distribution to the magazine.
•DC/DC converter
•Filter functions
•Short circuit and under voltage protection
•At least one per node

8. Power Filter Unit, PFU
PFU1 for AMM 20p
•-48VDC as supply voltage
•Two for redundancy of the node
•Alarm interconnection of the fan
PFU3 B for AMM 6p C and 6p D
•+24 or -48VDC as supply voltage
•Two for redundancy of the node

9. MINI-LINK TN System
Description
•Magazine
•Power Filter Unit
•Fan
•Node Processor Unit
•Line Termination Unit
•Modem Unit
•Ethernet Termination Unit
•ATM Aggregation Unit
•Access Termination Unit
•Accessories

10. Fan Unit, FAU
To provide the correct cooling of the node

11. Fan Unit, FAU
FAU1 for AMM 20p
•Mandatory unit
•Three fans for redundancy
•Two power interfaces for redundancy
•Alarm interface towards PFU1
FAU1

12. Fan Unit, FAU
Air in
Air out
FAU2
FAU2 for AMM 6p
•Mandatory plug-in unit

13. MINI-LINK TN System
Description
•Magazine
•Power Filter Unit
•Fan
•Node Processor Unit
•Line Termination Unit
•Modem Unit
•Ethernet Termination Unit
•ATM Aggregation Unit
•Access Termination Unit
•Accessories

14. Node Processor Unit, NPU
The Node Processor Unit is the ”brain” of the node
•Mandatory plug-in unit
•Holds the configuration of the node
•The interface for management and local
maintenance
•Centralized node processor with DCN router,
SNMP Master Agent
•Traffic interfaces

15. Node Processor Unit, NPU
NPU3 for AMM 2pB, AMM 6p C or AMM 6p D
•4xE1 Interfaces (120ohm G.703)
•User Output for A/B alarm
•10/100 BASE-T Ethernet interface for traffic
•10 BASE-T Ethernet interface for management
•USB interface for local maintenance

16. MINI-LINK TN System
Description
•Magazine
•Power Filter Unit
•Fan
•Node Processor Unit
•Line Termination Unit
•Modem Unit
•Ethernet Termination Unit
•ATM Aggregation Unit
•Access Termination Unit
•Accessories

17. Line Termination Unit, LTU
Traffic interfaces
E1

18. Line Termination Unit, LTU
LTU3 12/1 for E1 termination in AMM 2p (with kit),
AMM 2p B, AMM 6p C or AMM 6p D
•12xE1 Interfaces, 120ohm G.703

19. Line Termination Unit, LTU
E1 Bus in back
-
plane of AMM.
E1:2A–2D
3A
3B
3C
3D
2A
2B
2C
2D
1A
1B
1C
1D E1:1A–1D
E1:3A–3D
4xE14xE1 4xE1

20. Line Termination Unit, LTU
LTU 16/1 for E1 termination in any magazine
•16xE1 Interfaces, 120ohm G.703

21. Line Termination Unit, LTU
E1 Bus in back
-
plane of AMM.
LTU 16/1
E1:2A–2D
E1:4A–4D
4A
4B
4C
4D
3A
3B
3C
3D
2A
2B
2C
2D
1A
1B
1C
1D E1:1A–1D
E1:3A–3D
4xE14xE14xE14xE1

22. ETU –Ethernet Termination Unit

23. MINI-LINK TN System
Description
•Magazine
•Power Filter Unit
•Fan
•Node Processor Unit
•Line Termination Unit
•Modem Unit
•Ethernet Termination Unit
•ATM Aggregation Unit
•Access Termination Unit
•Accessories

24. Modem Unit, MMU
•Hybrid Radio Link:
–Native Ethernet : only 0.5% overhead
–Native PDH Optimized with flat multiplexing
–Mix Native Ethernet and Native PDH in steps of 2 Mbit/s
•XPIC support
•Adaptive modulation
•Modem optimized for TDM to packet migration
MMU2 H
Ethernet and Super PDH modem

25. •Built-in support for fully redundant traffic
routing
•Built-in 1+1 protection
•Fits in all AMM’s except AMM 1p
•MMU2 D and MMU2 H are hop
compatible
MMU2 H
Ethernet and Super PDH modem

26. BandwidthModulation
Capacity and modulation agile modem
Physical modes available with
MINI-LINK TN 4.2 via SW
upgrade
Physical modes available with
MINI-LINK TN 4.1 FP
Physical modes available with
MINI-LINK TN 4.2 FP via SW
upgrade
Physical modes planned for later
in R4 via SW upgrade
•Mix Native Ethernet and Native PDH in steps of 2 Mbit/s
•Capacity figures are based on air interface
–345 Mbit/s air interface equals 350 –425 Mbit/s line interface capacity
•MMU2 H is HW prepared for all the bandwidths, modulations and capacities
mentioned in the table above
MMU2 H
Modem optimized for TDM to packet migration
N.A.
Capacity
Mbit/s
7 MHz 14 MHz 28 MHz 40 MHz 56 MHz
4 QAM
10 20 45 65 80
16 QAM
20 45 95 135 180
64 QAM
30 65 140 200 290
128 QAM
35 70 155 225 325
256 QAM - - 170 245 345

27. Physical modes that with
MINI-LINK TN 4.2FP support XPIC
via SW upgrade
BandwidthModulation
Capacity and modulation agile modem with XPIC
MMU2 H
Modem optimized for TDM to packet migration
Physical modes that with
MINI-LINK TN 4.1FP support XPIC
Physical modes planned to
support XPIC in later R4 via SW
upgrade
Physical modes that with
MINI-LINK TN 4.2 support XPIC
via SW upgrade
•Mix Native Ethernet and Native PDH in steps of 2 Mbit/s
•Capacity figures are based on air interface
–345 Mbit/s air interface equals 350 –425 Mbit/s line interface capacity
•MMU2 H is HW prepared for all the bandwidths, modulations and capacities
mentioned in the table above
Capacity
Mbit/s
7 MHz 14 MHz 28 MHz 40 MHz 56 MHz
4 QAM
10 20 45 65 80
16 QAM
20 45 95 135 180
64 QAM
30 65 140 200 290
128 QAM
35 70 155 225 325
256 QAM - - 170 245 345
N.A.

28. TN Login
•Initial login through USB cable
•Drivers must be installed
•Must disable firewall and Virus guard
•Log in with MinilinkCraft
•Login IP 10.0.0.1
•Username : control_user
•Password : ericsson

29. Card Installation
•Can install all cards without any issue if all
are in compatible software versions
•If not you need to upgrade cards
•In such case;
–Install NPU and power card only
–Upgrade to known SBL
–Insert MMU cards one by one
–Let the automatic software upgrade to happen

30. TN Software Upgrade

31. NPU SOFTWARE UPGRADATION
REQUIREMENTS:
1-LAPTOP
2-MINI USB OR CROSS CABLE
3-NPU LATEST SOFTWARE Currently R22T18)
4-ODU latest software (R3G04)
5-MiniLink Craft 2.19 or above
STEPS:
1-Make a folder named tn_ftp_home in your C drive.
2-Make three folders folder inside folder (tn_ftp_home) named
tn_system_release, tn_error_log & tn_backup_configuration.
3-Make a folder ml_tn_software inside folder tn_system_release.
4-Unzip the .tar file & copy all the folders in to folder ml_tn_software.

32. •FTP server must run in separate window
•Username and password : default
•Must stop virus guard and firewall
TN Software Upgrade

37. Configure Radio Link
•ODU and MMU must be connected
properly
•Frequency in range
•Capacity in range
•TX value in range
•Adaptive Modulation?
•ATPC ?

40. •IP address
•PPP
•OSPF / Default GW
•Do not configure Default GW at both ends
Configure DCN

43. Inventory

45. License
•Check status
•Generate license request
•Install License

48. Traffic Routing

50. Ethernet Configuration
•Map capacity to RL-IME
•Switch mode -Provider mode
•LAN port usage : Switch port 1,----
•WAN port usage : Switch port 10,9----
•Assigned Switch port configuration
–Role CN-UNI (User to network) for LANs
–Role I-NNI (Network to Network
•Create VLAN

51. DCN over VLAN
•LAN –DCN usage to unused
•Usage LAN and LAN-DCN : CN-UNI
•Assign switch ports
•Create VLAN with ID 4094

52. Link Alignment
•XPIC alignment
•SD
•Interference

53. LOOPBACK
•E1 loop (Local/Line)
•Radio link loop
•Performance of the link

54. Ethernet link
•Check configuration
–Both ends configured with same VLAN
–Correct ports, Untagged, Multicast forward
•Check Learned mac in Configure VLAN
–There should be at least 2
•Check WAN link
–There should be TX and RX
•Check LAN ports
–Admin status up
•Ethernet link capacity –RL IME

55. Faulty Replacement
•Press BR
•Remove card
•While FTP server running, plug new card
•NPU ??
–Upload configuration
–Insert new NPU with same sw version
–Download configuration

56. CLI
•telnet 10.0.0.1
–pw: ericsson
•#enable
–pw : ericsson
•#configure terminal
•config#
–Ipaddress 10.61.10.2 255.255.255.0
connection lost

57. CLI
•again telnet and login
•#config terminal
•config#
–route add 0.0.0.0 0.0.0.0 10.61.10.1
•config#
–router ospf
•Config-router#
–network 10.61.10.0 255.255.255.0 area 0.0.0.0
•exit

58. CLI -Show
•shipospfnei
•shipospfrou
•shipprotocols ospf
•shipospdatabase
•shiproute

59. CLI -far end
•if PPP is up check the other end ip through
CLI or GUI (configure---dcn----ppp---ppp
status)
•telnet other end from near end
•login and do necessary configs just like did
in near end

60. CLI -Configure Ethernet
•Enter global configuration mode
–Configure Terminal
•switch to customer/provider mode q/ad
–bridge mode dot1 ad
•LAN 1/7 to switch port 1 and UNI/CN UNI
–interface ethernet-eps 1/2/7 lan
–usage bridge-port 1
–exit

61. CLI –Configure Ethernet
•Switch port configuration
–bridge-port 1
–role cnp
–exit
•LAN 1/9 to switch port 2 and UNI/CN UNI
–interface ethernet-eps 1/2/9 lan
–usage bridge-port 2
–exit
–bridge-port 2
–role cnp
–exit

62. CLI –Ethernet Configuration
•LAN-DCN to switch port 3
–interface ethernet-eps 1/2/3 lan-dcn
–usage bridge-port 3
–exit
•# WAN to switch port 4
–interface ethernet-eps 1/2/100 wan
–usage bridge-port 4
–exit

63. CLI-Create VLAN
•# create VLAN with ID 4094 name DCN
–vlan 4094
–name DCN
–egressports 2,3,4
–forward-unregistered-multicast
–untagged-ports 2,3
–exit

64. CLI -Radio Link
•radio link configuration 1+0 , Set up CN &
RAU2 N 15.
–rl 2 termid abcd
–rl 2 txfreq 15333
–rl 2 channelspace 28 modulation 16-qam
license 50 tributaries 5
–rl 2 rautransmitter on