Reglas de Confrontation Evolution traducidasDescripción completa
manual semDescripción completa
manual dialux evoFull description
pkmFull description
Reglas de Confrontation Evolution traducidasFull description
car magzineDescripción completa
PID kontroleri
2600 Evo Radar Manual
Descripción: MEJOR TUTORIAL DE DIALUX EVO
manual de viscosimetroDescripción completa
Outlines basic engineering controllers for system design.
Descripción completa
Full description
Full description
Dialux TutorialFull description
Evo Controller 8200/RNC IP configuration Ivan Guo
Agenda • 1. Overview • 2. IP transmission transmission boards • 3. IP Configuration Configuration • 4. Learn by instance • References.
Agenda • 1. Overview • 2. IP transmission transmission boards • 3. IP Configuration Configuration • 4. Learn by instance • References.
Overview
HW architecture TN Infra Structure IP/Ethernet ATM
IP/Ethernet Traffic (e.g. Mub/Mut)
OSS-RC Ext. Mgmt Sys
Main Subrack
1..1
CMXB
SCXB
EPB
ET
Synch. Ref.
Mur
-48V/DC
Mur Thin Client/ Console Extension Subrack
Iu
CN
CMXB
SCXB
EPB
ET
0..2
Iur
RNC
-48V/DC
Iub
RBS RNC
HW architecture TN Infra Structure IP/Ethernet IP/Ethernet Traffic (e.g. Mub/Mut)
Main Subrack
CMXB OSS-RC Ext. Mgmt Sys
1..1 Synch. Ref.
SCXB
Mur -48V/DC
EPB Mur
Thin Client/ Console
Extension Subrack
0..2
Iu CMXB
CN Iur
RNC Iub
RBS
EPB
SCXB
-48V/DC
Evo Processor Board • Evo Processor Board (EPB1) – General processing – 2 X 10 Gbps Ethernet ports in the back plane – 2 X RS232 ports in one connector on the front panel (RS232) – 2 X 1 Gbps Ethernet ports in one connector on the front panel (DBG)
25 (GE) 22 (RS232)
E P B 1
Evo Processor Board •
• •
The EPB implements IP and Ethernet layer functions, such as: 10 Gigabit Ethernet termination, VLAN termination and IP layer termination, Performance Management (PM), and Fault Management (FM). The two 10 Gigabit Ethernet links (interfaces) at the back are accessed from the Ethernet switch board through the backplane Local Access to the node is only supported through the Gigabit Ethernet interface on the front.
Evo Processor Board • •
Ethernet interface redundancy (1+1) is handled by the embedded Ethernet forwarder . The embedded Ethernet forwarder does not require any configuration. Each GigabitEthernet MO is configured to use the 10 Gigabit Ethernet Interface 1 or the 10 Gigabit Ethernet Interface 2 by using the primaryLink attribute.
IP termination on EPB 3810/3820 ET-IPG
SPB
Iu-ps (IP)
AAL5
AAL5
Ext. host
ET-IPG
PDR
AAL2
DC
Gateway
Ext. host Gateway
Iub (IP)
EVO UDP Iu-ps (IP)
Ext. host
UDP
PDR
EPB Int. host
UDP
UDP
DC
Ext. host Iub (IP)
IP termination on EPB • Advantage & disadvantage – Increase call setup capacity and throughput – Large increase in external IP addresses
• 3 types of Software Allocations (SWAs) for EPB: – EPB_C1 RNC Central Processor 1 placed only in Main Subrack in slots 3 and 25. – EPB_C2 RNC Central Processor 2 placed only in Main Subrack in slots 4 and 26. – EPB_BLADE_A Module Controller (MC) functionality resides on the primary processor and Device functionality on the primary and secondary processor.
IP termination on EPB RNC Software deployment C1 (1+1)
C2 (1+1)
- 2 x SCTP Front End - O&M - RFN server (moved from TUB)
- 2 x SCTP Front End - Central device handling - UE register
“Blade” (2 – 68)
Primary processor
Secondary processor
CPP
PDR device + CPP
IP (bare metal)
IP (bare metal)
CC device
DC device
RNC Module + RNSAP
DC device
RNC Module + RANAP
DC device
RNC Module + PCAP
DC device
DC device
DC device
DC device
DC device
IP transmission boards
Cabinet EvoC 8200/RNC EPB
ES-2
ES2
Power & Fan Module
EPB ES1
EPB ES-1
MS
Power & Fan Module
APP2 APP1 MS
Power & Fan Module
R
R Iu/Iur
APP APP Cable shelf
R
R Iub
System Control Switch Board •
System Control Switch Board (SCXB3) – Ethernet switch – Timing unit – 28 X 1 Gbps Ethernet port in the back plane (One is looped back to the same board.) – 3 X Clock synchronization reference input connector (SYNC1, SYNC2, GPS) – 10/100/1000BASE-T debug connector (E-DBG) – RS232 debug connector (RS232) – Serial Control connector (SC) – Connector to regional processor in AXE, not used in RNC (RP-B) – 3 X 1 Gbps Ethernet ports on the front panel (GE1, GE2, GE3) – 4 X 10 Gbps Ethernet ports on the front panel (E1, E2, E3, E4)
46 (SYNC2) 42 (E-DBG) 40 (RS232) 37 (GPS) 35 (SYNC1) 32 (SC) 27 (RP-B) 25 (GE 3) 22 (GE 2) 20 (GE 1) 17 (E 4) 15 (E 3) 12 (E 2) 10 (E 1) S C X B 3
Common Main Switch Board • Common Main Switch Board (CMXB3) – Ethernet switch
– 24 X 10 Gbps Ethernet ports in the back plane
42 (DBG)
– 10/100/1000BASE-T debug connector on the front panel (DBG)
40 (GE 4) 37 (GE 3) 35 (GE 2)
– 4 X 1 Gbps Ethernet ports on the front panel (GE1 - GE4)
32 (GE 1)
27 (E 8)
– 4 X 10 Gbps Ethernet ports on the front panel (E5 – E8)
25 (E 7) 22 (E 6) 20 (E 5)
– 4 X 40 Gbps or 10 Gbps Ethernet ports on the front panel (E1 – E4)
17 (E 4) 15 (E 3) 12 (E 2) 10 (E 1) C M X B 3
Evo Controller Provides 10G and 1G Ethernet to all Slot Positions White fronts and new LEDs SCXB CMXB3
SCXB CMXB3
vel 2
Dbg APP ExtA Sync RPBS
1GE 1GE 1GE 1GE 10GE
1GE 1GE
Dbg APP
Dbg
10GE 10GE
ExtA Sync RPBS
SCXB provides 28x1G backplane ports and 4x10G + 3x1G front ports
Active Patch Panel • Active Patch Panel (APP). – Each APP contains a row of connectors and slots for optoelectrical converters (SFPs). Two APPs are placed below the lowest s ubrack in Evo RNC. Each row contains – 4 SFP slots (pos. 18, 28, 32 and 42) for maximum 10 Gbps Ethernet 4 DensiShield connectors (pos. 21, 24, 35 and 38) that are connected to the SFP slots – 4 RJ-45 connectors (pos. 47, 51, 61 and 65) for Ethernet 2 DensiShield connectors (pos. 55 and 68) that are connected to the RJ -45 connectors (two RJ-45 connected to each DensiShield connector) 2 DensiShield connectors for Supervision and control (pos. 74 and 77) – 1 connector for power supply (pos. 82)
•
Note that the lower has position designators starting with “02-“ while the higher APP has position designators starting with “03-“,
Connections APP to CMXB3 Cables between APP and Main subrack. APP Pos
Board connector
C M X B 3
Type
Connect or
Pos
CMXB3
E5
5-20
2-21
CMXB3
E6
5-22
2-24
CMXB3
E7
5-25
2-35
CMXB3
E8
5-27
2-38
CMXB3
E5
83-20
3-21
CMXB3
E6
83-22
3-24
CMXB3
E7
83-25
3-35
CMXB3
E8
83-27
3-38
C M X B 3
Non-CMXB connections between MS and APPs
Cables for management and control. Other end One end Unit
