fph800 introduction-v9--1.ppt

1 © Nokia Siemens Networks Presentation / Author / DateFor internal use

FlexiPacket Series -

FlexiPacket Hub 800(FPH800) Packet Mode Introduction

MWT Shanghai

* FPH800 in this slides indicates FPH800 Packet Mode* FPH800 in this slides indicates FPH800 Packet Mode


Tail / Chain Aggregation/Core Service CoreApplications

Any BTS2G, 3G, iHSPA,LTE, WiMAX

Hub

FlexiPacket Series Products in Tail/Chain/Hub Site

FlexiPacket Radio

FlexiPacket FirstMile 200 FlexiPacket Hub 800 Cisco/Tellabs

hiT7xxx


Microwave

Copper

Fiber

TDM E1/T1

MLPPP E1/T1

IMA E1/T1

FE

GE

RNC

BSC

S-GW

STM-1/4

GE

• 1U Height• 4xcopper GE (2 P+E)• 2xSFP option for GE or STM-1• 16xE1/T1 with 75/100/120ohm• 1xOOB (out of band)/1xDCN

• 1xAlarm• 1xUSB• 1x1PPS&ToD• 2xDC Input (-48V)• Pluggable FAN tray

• 4xGE optical

• 4xGE copper

• 16xE1/T1/J1

• Power Injector (2 P+E)

• 2xSTM-1/STM-4

• 2xFlexBus

• 2xFPMR

Cost-effective Modularity Solution for Complicated Access Domain

Zero FootprintIDU

2G/3G/LTE

FirstMile 200

FPH800

Microwave

Copper

FiberPacket

Diversity of Services/Interfaces supported by Modularity Architecture

Two Option Card Slots FlexiPacket Hub 800 Main Board

SDH


4xGE(e)4x10/100/1000BASE

2xFBCompliant to ex-siemens BTS

Any Option Cards on Any Slots, No Limitation!

Diversity of Option Cards adapt for Complicated Access Domain

2xFB

2x Power Injector 16xE1Multi-service: TDM PW, ML-PPP

2xSTM-1/4Flexible configure to STM-1 or STM-4

2xFPMR 4xGE(o)4x100/1000BASE-X

IF Max. Quantity

per FPH800

E1 48

GE SFP 10

GE RJ45

12

STM-1 6

STM-4 4

FB 4

P+E 4

FPMR 8


Multi-service Supported by FPH800 & Relative Panels

• CESoP/SAToP based on RFC5086/4553

• Flexible configuration based on slot level

• Flexible packet encapsulation

from 1 to 32 E1/T1 frame length

• Flexible configuration for PWE

packet header

• Both Differential clock recovery (DCR) and Adaptive clock recovery (ACR) supported

• CESoP/SAToP based on RFC5086/4553

• Flexible configuration based on slot level

• Flexible packet encapsulation

from 1 to 32 E1/T1 frame length

• Flexible configuration for PWE

packet header

• Both Differential clock recovery (DCR) and Adaptive clock recovery (ACR) supported

• Max 16xE1 per ML-PPP Group

• Max 16 ML-PPP Group

• 64Kbps based

• Support ML-PPP protection

•Support static IP routing

• Max 16xE1 per ML-PPP Group

• Max 16 ML-PPP Group

• 64Kbps based

• Support ML-PPP protection

•Support static IP routing

• RFC5086/4553

•Encapsulated in IP inlcuding payload and header of STM-1

•Total 4 STM-1 supported per device

• RFC5086/4553

•Encapsulated in IP inlcuding payload and header of STM-1

•Total 4 STM-1 supported per device

FPH800 with 16xRJ48C Panel

1.0/2.3(CC4) Panel: 1/2U Height

16xRJ48C Panel: 1/2U Height

BNC Panel: 1U Height

TDM E1/T1 PWE(CESOP/SAToP)

Multilink PPP(ML-PPP)

STM-1 PWE


Right Product on MWT Hub Site by Supporting more FlexiPacket Radio

• Max 4 P+E ports supported by one FPH800• Up to 2 P+E ports supported by main board

• Up to 1 power injector card supported

• Max 12 Eth ports can be connected to FlexiPacket Radio

• P+E ports can be connected to FlexiPacket Radio directly

• Other ports can be connected with FlexiPacket Radio through external power injector.

• MWR Link protection via CCM• 1+1 Hot Standby (HSBY)

• MWR ring protection supported

• Max 4 P+E ports supported by one FPH800• Up to 2 P+E ports supported by main board

• Up to 1 power injector card supported

• Max 12 Eth ports can be connected to FlexiPacket Radio

• P+E ports can be connected to FlexiPacket Radio directly

• Other ports can be connected with FlexiPacket Radio through external power injector.

• MWR Link protection via CCM• 1+1 Hot Standby (HSBY)

• MWR ring protection supported

2 P+E supported by Mainboard

1 Power Injector cardsupported

Ethernet 1Ethernet 2

P+E 1P+E 2

P+E 3P+E 4

Eth

ern

et

1E

the

rne

t 2

P+E 1P+E 2

External Power Injector

FM200

FM200

FM200

FPH800

MWRRing

1+1 HSBY

Features about FlexiPacket Radio

FPH800 with External Power Injector

FlexiPacket Radio Interfaces on FPH800

FPH800 with Four FlexiPacket Radio

Packet

FPR FPR

FPR FPR

LAGGE


Capable for existing SDH aggregation networks

• Support 2xSTM-1 interfaces on Main Board

• Combo port with GE SFP

• Support 2xSTM-1/4 interfaces on option card• Support MSP 1+1• Support EoS (Ethernet over SDH)• Following is supported protocol for EoS:

• GFP (Generic Framing Protocol)

• VCAT (Virtual Concatenation): Up to 8 VC12/VC4 VCG

• LCAS (Link Capacity Adjustment Scheme)

• Up to 63xE1 can be mapped on each STM-1/4 interface on 2xSTM-1/4 card.

• Support 2xSTM-1 interfaces on Main Board

• Combo port with GE SFP

• Support 2xSTM-1/4 interfaces on option card• Support MSP 1+1• Support EoS (Ethernet over SDH)• Following is supported protocol for EoS:

• GFP (Generic Framing Protocol)

• VCAT (Virtual Concatenation): Up to 8 VC12/VC4 VCG

• LCAS (Link Capacity Adjustment Scheme)

• Up to 63xE1 can be mapped on each STM-1/4 interface on 2xSTM-1/4 card.

2xSFP can be Configured to STM-1

2xSTM-1/4 card can besupported

SDH

E1

Features of STM-1/4 Interface Interfaces on Main Board and 2xSTM-1/4 Card

FPH800 connected with existing SDH networks

Eth

EthE1FPR

STM-1/4

MSP 1+1


Leverage Legacy Networks

• Support STM-1 PWE including payload and header

•Support Max 4xSTM-1 interface PWE

• Support STM-1 PWE including payload and header

•Support Max 4xSTM-1 interface PWE

• Multi E1s from remote sites can be groomed to single E1

•Save Opex especially for leased line Operator

•Max 112 remote E1s groomed to local 16 E1 on Main board

• Multi E1s from remote sites can be groomed to single E1

•Save Opex especially for leased line Operator

•Max 112 remote E1s groomed to local 16 E1 on Main board

FPH800 Hybrid-mode

STM-1 PWE

E1 Grooming

FPH800 Between Legacy SDH Network

FPH800 for Leased Line Operator

SDH

STM-1

FPRSTM-1

SDH

SDH

E1

FPR

E1

FM200

FPR

FPR

E1


Compliant to Diversity of Legacy Interfaces

• Compliant to ex-Nokia FB interface

• Max. two 2xFB card is supported

• No power feeding on 2xFB card

• Up to 16xE1 encapsulated per each FB except the bandwidth for Ethernet

• Compliant to ex-Nokia FB interface

• Max. two 2xFB card is supported

• No power feeding on 2xFB card

• Up to 16xE1 encapsulated per each FB except the bandwidth for Ethernet

Up to two 2xFB cardssupported

FB

• Compliant to Hybrid FPMR ODU• Max. two 2xFPMR card is supported

• Standardized GE RJ45 interface with proprietary cable frame encapsulated

• External power injector or Power injector card can provide power to ODU

• Native E1 and Native Ethernet are included on FPMR interface

• Up to 75xE1 encapsulated per FPMR interface

• Compliant to Hybrid FPMR ODU• Max. two 2xFPMR card is supported

• Standardized GE RJ45 interface with proprietary cable frame encapsulated

• External power injector or Power injector card can provide power to ODU

• Native E1 and Native Ethernet are included on FPMR interface

• Up to 75xE1 encapsulated per FPMR interface

2xFPMR card Power Injector Card

FPH800 Hybrid-mode

FPH800 Packet Mode

FPMR 1+1

2xFlexiBus (FB) Card

2xFlexiPacket MultiRadio (FPMR) Card

FPH800 with ex-Nokia Base Station

FPH800 connected with FPH800 Hybrid-mode


CET E-Line/E-LAN Traffic Supported by FPH800

• P2P EVC for E-Line• Each service includes two ports• Max 256 services• Traffic from one port forward to another directly

• P2P EVC for E-Line• Each service includes two ports• Max 256 services• Traffic from one port forward to another directly

P2P EVC

CET NetworkCECE

UNIUNI UNIUNI

CECE

Point to Point(P2P)

Multipoint to Multipoint(MP2MP)

P2P E-Line Network Scenario

• MP2MP EVC for E-LAN• Each service includes multiple ports• Max 256 services•Each service has separate MAC address table, and MAC address learning• Forward packet based on MAC address

• MP2MP EVC for E-LAN• Each service includes multiple ports• Max 256 services•Each service has separate MAC address table, and MAC address learning• Forward packet based on MAC address

MP2MP E-LAN Network Scenario

CET Network

Multi-point to multi-point EVC

CECE

UNIUNI

CECE

UNIUNI


Multiple QOS Mechanisms

• Ingress rate limit per port• Unknown unicast/multicast/broadcast storm control per port• RED dropping mechanism• Queue schedule algorithms as below:

• SP• WRR• WDRR

• Egress shaping• Per port shaping• Per queue shaping

• Ingress rate limit per port• Unknown unicast/multicast/broadcast storm control per port• RED dropping mechanism• Queue schedule algorithms as below:

• SP• WRR• WDRR

• Egress shaping• Per port shaping• Per queue shaping

Multi QoS Mechanisms

FlexiPacket Hub800 QoS Model

Ingress

Receive frame

Ingress rate limit

Storm restraint sRED

Discard

Congestion detection/avoidance

SP

WRR

WDRR

In queue

Egress

shaping

Out queue

Discard

Leaky bucket

Token

Egress


• Support below Bandwidth Profile types• Per UNI port• Per Service• Per CoS• Per mapping rule

• Bandwidth Profile parameters• CIR• CBS• PIR• PBS

• Support below Bandwidth Profile types• Per UNI port• Per Service• Per CoS• Per mapping rule

• Bandwidth Profile parameters• CIR• CBS• PIR• PBS

Bandwidth Guarantee

FlexiPacket Hub800 SLA Flow Process

MarkClassification

Packet

Shaping/drop

Mark

Bandwidth Guarantee


Ethernet OAM Mechanism 2G/3G RNC/BSC

Ethernet service OAM: IEEE 802.1ag / ITU-T1731802.3ah 802.3ah

Ethernet Service OAM • Connectivity check: Hardware based;

Max 256 3.3ms/10ms flows supported

• Loopback / Linktrace

• AIS/RDI

• APS: automatic protection switch

• Loss Measurement

• Delay Measurement

•Throughput Measurement

Ethernet Link OAM

IEEE 802.1ag ITU-T Y.1731

• Discovery

• Remote failure indication

• Remote Loopback

• Threshold crossing alarms

IEEE 802.3ah

Connectivity Fault Management Performance Management

Ethernet Link in FirstMile

ITU-T Y.1731


Equipment Protection: Dual IDU Protection

• Dual IDU protection supported for connected interfaces with the following three solutions:

• Y-Cable: Optical GE can be protected

• Protection Panel: Optical/Copper GE, E1 can be protected

• Dual IDU Power Injector: 1+0 ODU can be protected

• Dual IDU protection supported for connected interfaces with the following three solutions:

• Y-Cable: Optical GE can be protected

• Protection Panel: Optical/Copper GE, E1 can be protected

• Dual IDU Power Injector: 1+0 ODU can be protected

LPGLPGLPGLPG1+0 ODU1+0 ODU

Local InterfaceLocal Interface

Dual IDU protection supported for

connected interfaces with the right three

solutions

Y-Cable

Protection PanelPower Injector

Cable solution for Optical GE

Panel Solution for Optical/CopperGE, E1

Box Solution for 1+0 ODU

Main Features of Dual IDU Protection Dual IDU Outlook

Optical SplitterOptical Splitter


Dual IDU Protection: Protection Panel

IDU#2 8xGE RJ45

IDU#1 8xGE RJ45

User 8xRJ45

IDU#22xLC

IDU#1 2xLC

User 2xLC

IDU#1 16xE1 MDR68

IDU#216xE1 MDR68

User 16xE1 MDR68

Height: 1U

LPGLPG

E1/Optical GE/RJ45 GE

BTS/NodeB

Protection Panel: 8xGE Copper+2xGE Optical+16xE1 Dual IDU with Protection Panel


Dual IDU Protection: Dual IDU Power Injector Panel

Height: 2/3U

User 4xGE(ODU)

Alarm PortFor Dual IDU

LPGLPG

1+0 ODU

Power Injector Panel: 4xGE(P+E) per Unit Dual IDU with Power Injector


Interface Protection on Single & Dual IDU

……

…

…

1+1 Hot-Standby Protection On Single IDU

LAG Protection on Single IDU

1+1 Hot-Standby Protection On Dual IDU

LAG Protection on Dual IDU

MPS 1+1 Protection on Single IDU

MSP 1+1 Protection on Dual IDU

STM-1/4STM-1/4 STM-1STM-1STM-1STM-1

GEGE

GEGE

STM-1/4STM-1/4

GEGEGEGE

* STM-4 MSP1+1 is not available for dual IDU* STM-4 MSP1+1 is not available for dual IDU


Network Protection: Sub 50ms Linear Protection and Ring Protection

• Compliant to G.8031

• 1:1 linear APS protection

• Up to 128 protection services supported

• Sub 50ms traffic protection while CCM interval is 3.3ms

• Supported on both single IDU and Dual IDU


• 1:1 linear APS protection

• Up to 128 protection services supported









…

…

RNC/BSC

Network

2G/3G

Network

RNC/BSC

Sub 50ms traffic protection

Linear Protection

Ring Protection

Linear Protection Network Scenario

Ring Protection Network Scenario

Sub 50ms traffic protection


Spanning Tree Protocol: RSTP/MSTP

• Compliant to 802.1W(RSTP) and 802.1S(MSTP)

• Compliant to STP

• Sub second convergence time within the 8 nodes ring

• Compliant to 802.1W(RSTP) and 802.1S(MSTP)

• Compliant to STP

• Sub second convergence time within the 8 nodes ring

2G/3GRNC/BSC

RSTP/MSTP Features Supported

RSTP/MSTP Protection Network Scenario


Diversity of Synchronization Technologies Supported

Compatible with G.8261/G.8262Support SSM technology

Compatible with legacy equipment

not supporting SSM

Support regenerator of recovery clock by Sync E

• Each E1/T1 ports can be configured as sync clock input or output

These technologies are not exclusive and can be used flexibility according to real network

• Support IEEE1588 v2

• Mode supported– Slave clock mode

– Boundary clock mode

• Support BMC• Provide both the frequency sync and time sync output to base station

10G

RNC

1G

2M

Features of Sync Ethernet Sync Ethernet Network Scenario

E1/T1

1PPS&ToDFlexi WCDMA

BTS

RNC

RNCsite node

Timing packets (unicast) 2MHz/2MbpsGPS

2M

1588master

Packet

Features of IEEE1588 IEEE1588 Network Scenario


All-Outdoor Case Solution with FlexiOutdoor Case

• Adapts to cabinet-less option• Floor, Pole and wall Mount

• Suitable for IDU installed on non- weather protected environment

• FOC contains four fans for hot radiate

and heating elements for pre-heater

• Temperature range can be extended to

(-40°C, +55°C) in FOC from (-5°C, +50°C)

• Support two FPH800 in FOC

• Adapts to cabinet-less option• Floor, Pole and wall Mount

• Suitable for IDU installed on non- weather protected environment

• FOC contains four fans for hot radiate

and heating elements for pre-heater

• Temperature range can be extended to

(-40°C, +55°C) in FOC from (-5°C, +50°C)

• Support two FPH800 in FOC

Features of FlexiOutdoor Case

Outlook of FlexiOutdoor Case

Two FPH800 Capable per FOC

“Zero Footprint” with FOC


USB Key makes equipment replacement convenient

• Small size, standardized components, convenient to carry and purchase

• Through NMS or Web LCT the load/ configuration of IDU and ODU can be:

• Easily back-up into the USB key manually

• Easily updated to the new replacement from the failed one

• USB key is not mandatory and the equipment can work normally without USB key

• Small size, standardized components, convenient to carry and purchase

• Through NMS or Web LCT the load/ configuration of IDU and ODU can be:

• Easily back-up into the USB key manually

• Easily updated to the new replacement from the failed one

• USB key is not mandatory and the equipment can work normally without USB key

Pull USB Key outPull USB Key out

Plug in USB KeyPlug in USB Key

12

3 Old system configuration is copied to new equipment by USB Key, so the equipment

can be restored very quickly!

Features of USB Key

Convenient and Quick Maintenance with USB Key

Fault

OK!


Convenient Web LCT for local management

• Wizard function, convenient

to configure

• Alarm and event monitor and

report

• Support software upgrade

• Remote ODU management

• No software install needed

• Automatically synchronize with

NE

• Wizard function, convenient

to configure

• Alarm and event monitor and

report

• Support software upgrade

• Remote ODU management

• No software install needed

• Automatically synchronize with

NE

Internet

Features of Web LCT

Web LCT Environment

Outlook of FlexiPacket Hub 800 Web LCT

Wizard Function


FPRFPR

FM200FM200

FPH800FPH800

MWR2941MWR2941

NetAct Transport

NAT Connectivity

Cisco76xx

Hit7xxxTellabs 86xx

Cisco76xx

Access layer

Aggregation layer Core layer

NetAct/NetViewer Transport Network ManagementNetAct / NetViewer

Feature HighlightMBH E2E Management

NAT/NV Transport Release Plan

2010 2011R2.04/11Hub800

R2.510/11

R1.0Q2/10

R1.4Q2/11

R1.17/10

R1.29/10

R1.3Q1/11Commissioning Tool

R10.1Q1/10 R10.1 EP1 PT

7/10R10.24/11

NV

R6.0 EP11/11

R6.0 EP21/11NAT

R10.2 PT2/11

R6.0 EP34/11

R7.07/11

R10.1 EP112/10

R7.0 EP2Q4/11

R10.3Q3/11 10.4

Q4/11

NetViewer manages MWR network:•ODU + IDU•Path management/planning•E2E service provisioning•Fault management/performance managementNetAct manages whole transport network• Access• Aggregation• Core


Commission Tool makes firstly Equipment Installation easier

• Easy equipment installation

• Friendly user interface, easy to operate

• No need frequently configure the IP address of serial port and NM port during installation

• Support navigation function

• Easy equipment installation

• Friendly user interface, easy to operate

• No need frequently configure the IP address of serial port and NM port during installation

• Support navigation function

ODU main

ODU Stand-By

ODU main

ODU Stand-By

Features of Commission Tool Outlook of FPH800 Commission Tool

FPH800 Commission Tool Use Environment


Thanks for your time !!!

Contact for more:

MWT Shanghai R&D gives prompt and full technical support!

Win Together !!

Share folder for MicroWave Transport：https://inside.nokiasiemensnetworks.com/global/Work/Sales/Sales_Materials/BCS_Sales_Material/subdomain%20WCS/Pages/SSM_BCS_MW.aspx

Title: Head of NSN MWT Shanghai site

Email: [email protected]

Title: Head of NSN MWT Shanghai site SA


Tel: 021-60855150

NSN IP: 8184150

Title: Program Manager of FPH800


Tel: 021-60855125

NSN IP: 8184125

fph800 introduction-v9--1.ppt

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