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Huawei OptiX OSN3500
  • Huawei OptiX OSN3500
Huawei OptiX OSN3500
Item# OSN3500
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STM-64 / STM-16 / STM-4 / STM-1 level Hybrid MSTP Platform

200G TDM / 160G Packet universal switch capacity, with 16 service slots

Most popular Huawei transmission product

TDM and Packet Hybrid transport, dynamic bandwidth sharing

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Product OverviewTechnical SpecsDocuments Delivery & PaymentsWarranty Reviews

General Info

Manufacturer

HUAWEI Technologies Co.Ltd

Product Name

OSN 3500

Large switching capacity

200G high order, 20G low order, 160G packet

High Integration

Subrack dimensions 722mm (H) x 497mm (W) x 295mm (D), 15 slots for processing boards and 16 slots for interface boards

Flexible networking capacity

Supports Mesh networking with plug-and-play network nodes

Supports dynamic increase of rate and capacity

Supports various networking topologies, including chain, ring, tangent rings, intersecting rings, etc

Supports maximum 2 STM-64 four-fiber MSP rings, 4 STM-64 two-fiber MSP rings, 11 STM-16 four-fiber MSP rings, 12 STM-16 two-fiber MSP rings

Carrier-class protection

Mesh Protection and restoration(ASON)

Distributed restorable rerouting protection

5-level service dedicated protection scheme based on different SLA: Diamond, Gold, Silver, Copper and Iron services

SDH Network Protection

2/4 fiber MSP Ring; 1+1, 1: n Linear MSP; SNCP/SNCMP/SNCTP; Fiber shared virtual path protection; Fiber shared MSP Ring; DNI (ITU-T G.842)

Service Protection

Ethernet: RPR, RSTP

ATM: VP-RING/VC-RING

Highly reliable design

1+1 hot backup for system control boards, cross-connect and synchronous timing boards

1+1 hot backup for power supply modules

Redundancy protection for fan modules

TPS protection

1:n tributary protection for E1/T1/E3/T3/ E4/STM-1(e)/FE

Enterprise-focused Features

Intelligent ASON based Mesh network can against multi-node failures, improving network reliability by 10 times

Built-in PCM for real All-in-One solution to access low speed services for enterprise customer

Single-span transmission for a distance of 270km without a Raman amplifier, fewer REGs to reduce the network construction cost and facilitate the maintenance

Specified 2M optical interface to support direct connection between MSTP equipment and relay protection device, lower risk and higher reliability

Industry Certification

Pass EN 50121-4 Railway EMC certification

Slot Allocation

An OptiX OSN 3500 subrack consists of an upper layer and a lower layer. The upper layer, where 19 slots are available, is the slot area for interface boards. The lower layer, where 18 slots are available, is the slot area for processing boards.

the single-slot layout of an OptiX OSN 3500 subrack

the dual-slot layout of an OptiX OSN 3500 subrack

Allocation

Slots for service interface boards: slots 19-26 and 29-36

Slots for service processing boards: slots 1-8 and 11-17

Slots for cross-connect and timing boards: slots 9-10

Slots for system control and communication boards: slots 17-18 (slot 17 can also house a processing board)

Slots for power interface boards: slots 27-28

Slot for an auxiliary interface board: slot 37

Slots for fan boards: slots 38-40

Mapping Between Slots for Interface Boards and Slots for Processing Boards

Slot for Processing Board

Dual-Slot for Processing Board

Slot for Corresponding Interface Board

Slot 2

-

Slots 19 and 20

Slot 3

Slot 3

Slots 21 and 22

Slot 4

-

Slots 23 and 24

Slot 5

Slot 5

Slots 25 and 26

Slot 13

Slot 13

Slot 29 and 30

Slot 14

-

Slot 31 and 32

Slot 15

Slot 15

Slot 33 and 34

Slot 16

-

Slot 35 and 36

Paired Slots

Cross-Connect Capacity

Paired Slot

200 Gbit/s

(Slot 2, Slot 17)

(Slot 3, Slot 16)

(Slot 4, Slot 15)

(Slot 5, Slot 14)

(Slot 6, Slot 13)

(Slot 7, Slot 12)

(Slot 8, Slot 11)

Boards

Cross-Connect Boards and System Control Boards

Board

Description

T1PSXCSA

Super dual-domain cross-connect and timing board

N1GXCSA

General cross-connect and synchronous timing board

N1EXCSA

Enhanced cross-connect and synchronous timing board

N1UXCSA

Ultra cross-connect and synchronous timing board

N1UXCSB

Ultra cross-connect and synchronous timing board

N1SXCSA

Super cross-connect and synchronous timing board

N2PSXCSA

Super dual-mode cross-connect and synchronous timing board (supporting the packet feature)

N1SXCSB

Super cross-connect and synchronous timing board

N1IXCSA

Infinite cross-connect and synchronous timing board

N1IXCSB

Infinite cross-connect and synchronous timing board

N1XCE

Lower order cross-connect board for the extended subrack

N1GSCC, N3GSCC, N4GSCC

System control and communication board

a: The PSXCSA board does not support the packet feature on this version. If the packet feature is required, upgrade the board software and NE software to the corresponding versions that support the packet feature.

Packet Processing Boards

Board

Description

Board

Description

N2PEX1

2x10GE Ethernet switching and processing board

N1PEX2

2x10GE Ethernet switching and processing board

N1PEG8

8xGE Ethernet switching and processing board

-

-

Packet Interface Boards

Board

Description

Board

Description

N1PETF8

8-port Fast Ethernet electrical interface board

N1PEFF8

8-port Fast Ethernet optical interface board

N1CQ1

4-port channelized STM-1 optical interface board

N1MD75

Multi-protocol 32xE1 interface board (75 ohms)

N1MD12

Multi-protocol 32xE1 interface board (120 ohms)

-

-

SDH Boards

Board

Description

Board

Description

N1SL64, N2SL64

1xSTM-64 optical interface board

N1SLD4, N2SLD4

2xSTM-4 optical interface board

N1SF64, N1SF64A

1xSTM-64 optical interface board (with the forward error correction (FEC) function)

N1SLD4A

2xSTM-4 optical interface board

N1SLD64

2xSTM-64 optical interface board

N1SLT1

12xSTM-1 optical interface board

N1SL16, N2SL16, N3SL16

1xSTM-16 optical interface board

N1SLQ1, N2SLQ1

4xSTM-1 optical interface board

N1SL16A, N2SL16A, N3SL16A

1xSTM-16 optical interface board

N1SLQ1A

4xSTM-1 optical interface board

N1SLD16

2xSTM-16 optical interface board

N1SL1, N2SL1

1xSTM-1 optical interface board

N1SLQ16, N2SLQ16

4xSTM-16 optical interface board

N1SL1A

1xSTM-1 optical interface board

N1SF16

1xSTM-16 optical interface board (with the out-band FEC function)

N1SLH1

16xSTM-1 signal processing board

N1SLO16

8xSTM-16 optical interface board

N1SEP1

2xSTM-1 line processing board when the interfaces are available on the front panel

8xSTM-1 line processing board when the interfaces are available on the corresponding interface board

N1SL4, N2SL4, N1SL4A

1xSTM-4 optical interface board

N2SLO1, N3SLO1

8xSTM-1 optical interface board

N1SLQ4, N2SLQ4, N1SLQ4A

4xSTM-4 optical interface board

N3SLQ41

4xSTM-4/STM-1 optical interface board

PDH Boards

Board

Description

Board

Description

N1PQ1, N2PQ1

63xE1 service processing board

N2PQ3

12xE3/T3 service processing board

N1PQM

63xE1/T1 service processing board

N1DX1

DDN service accessing and converging board

N1PL3, N2PL3

3xE3/T3 service processing board

N1DXA

DDN service converging and processing board

N1PL3A, N2PL3A

3xE3/T3 service processing board (The interfaces are available on the front panel.)

N1SPQ4, N2SPQ4

4xE4/STM-1 electrical processing board

N1PD3, N2PD3

6xE3/T3 service processing board

-

-

EoD Boards

Board

Description

Board

Description

N1EDQ41

4-port 622M/155M SDH optical interface Ethernet double domain multiple function processing board

-

-

EoS Boards

Board

Description

Board

Description

N1EFT8

8xFE or 16xFE transparent transmission board

N1EMS2

2xGE and 16xFE transparent transmission and converging board

N1EFT8A

8xFE transparent transmission board

N2EGR2

2xGE ring processing board

N1EGS4, N3EGS4, N4EGS4

4xGE switching and processing board

N2EMR0

12xFE and 1xGE ring processing board

N1EGT2, N2EGT2

2xGE transparent transmission board

N1ADL4

1xSTM-4 ATM service processing board

N1EFS0, N2EFS0, N4EFS0, N5EFS0

8xFE s

   

Technical Specs

    Subrack dimensions

722 mm (H) x 497 mm (W) x 295 mm (D)

    Switching capacity

Packet: 160 Gbit/s and TDM: 200 Gbit/s (higher order), 20 Gbit/s (lower order)

    Service slots

15 slots for processing boards and 16 slots for interface boards

    Highly reliable design

1+1 hot backup for power supply modules, system control boards, cross-connect and synchronous timing boards
Redundancy protection for fan modules

    Supported interfaces

Packet transport interfaces

E1, ch STM-1, ATM STM-1, FE/GE/10GE

MSTP INTERFACES

STM-1/4/16/64, E1/E3/E4/T1/T3, FE/GE/10GE, DDN, IMA/ATM, FEC/EFEC interface, E1 optical interface, SAN, Video

PCM interfaces

FXS/FXO, 2/4 wire/E&M
V.35/X.21/V.11/V.24/V.28, RS232/422

WDM INTERFACES

40-channel DWDM interfaces, compliant with ITU-T G.694.1
8-channel CWDM interfaces, compliant with ITU-T G.694.2

    Networking Mode

Supporting pure packet,hybrid (packet + SDH) or SDH networking Supporting WDM networking
Supporting single-fiber bidirectional transmission

    PowerSupply

-38.4~ -72V DC; 110/220V AC (External module)

    Operation Environment

Temperature Relative Humidity
Long term: 0°C ~ 45°C 10% ~ 90%
Short term: -5°C ~ 55°C 5% ~ 95%

Packet Transport Features

    Service features

E-Line and E-LAN
QinQ
MPLS-TP based VPWS and VPLS
Multi-section pseudo-wire (MS-PW)
TDM PWE3: CESoPSN and SAToP, compression of idle timeslots ATM/IMA PWE3
ETH PWE3
IGMP SNOOPING V2
Blacklist, Broadcast packet suppression, ACL
VLAN SWAP

    QoS features

Hierarchical QoS scheduling and traffic shaping
DiffServ mode based on traffic classification 
Simple traffic classification, complex traffic classification, per hop behavior (PHB), and ACL
Committed access rate (CAR)
PQ scheduling priority, weighted fair queuing (WFQ) and PQ+WFQ queuing Tail drop and weighted random early detection (WRED)
Eight priority queues
Shaping based on port scheduling priority

    Hardware-based OAM

MPLS OAM

LSP/PW OAM:
FDI, BDI
CV, FFD, TraceRoute, Ping
CES PW VCCV
LM, DM

MPLS-TP OAM

LSP/PW OAM:
CC, LB, LT
AIS, RDI
LM, DM 
LCK, TST
CSF

Section OAM:
CC, LB
RDI
LM, DM
LCK, TST

Ethernet OAM

ETH-CC(Continuity Check)、ETH-Loopback、ETH-Link Trace
Remote Loopback、Remote Fault Detection

ATM OAM
RMON(RFC 2819)
Flexible design with multiple protocols

    Carrier-class protection

LSP/PW Linear protection
MPLS-TP Ring protection
Anti multifailure protection based on MS-PW
Link aggregation group (LAG) protection
Multi-chassis link aggregation group (MC-LAG) protection
Dual-homing protection
LPT
STP/RSTP/MSTP
IMA protection
1+1 and 1:1 Linear MSP

    Clock synchronization

Two external clock inputs/outputs (2 MHz or 2 Mbit/s)
Two external time signals(1pps+TOD)
Adaptive clock recovery (ACR)
Synchronous Ethernet
IEEE 1588v2

MSTP Features

    Carrier-class protection

Mesh Protection and restoration(ASON)
Distributed restorable rerouting protection
5-level service dedicated protection scheme based on different SLA: Diamond, Gold, Silver, Copper and Iron services
SDH Network Protection
2/4 fiber MS-SP Ring; 1+1, 1:n (n<=14) Linear MSP; SNCP/SNCMP/SNCTP; Fiber shared virtual path protection; Fiber shared MS-SP Ring; DNI (ITU-T G.842)
Service Protection
Ethernet: RPR, RSTP, LAG/DLAG/PPS/BPS
ATM: VP-RING, PPS/BPS
Electrical Interface Protection
1:N tributary protection for E1/T1, E3/T3, E4, STM-1(e) and FE

    Multi-service Transport Features

Ethernet Over SDH
GFP/LAPS/VCAT/LCAS
L2 switch, 64 aggregation directions for powerful Ethernet convergence
Mapping granularity, VC-12-nv/VC-3-nv, and VC-4-nv
Point to Point LPT, Point to Multi-point LPT
MPLS and Stackable VLAN for L2 VPN 
4/8-level CoS, CAR based on 64K granularity
IEEE 802.3ah, 802.1ag
RPR
Automatic topology discovery
3-level CoS , A(A0/A1) / B(B-CIR/B-EIR) / C
Steering/Wrapping/Steering + Wrapping protection scheme guarantee 50ms switching
Spatial reuse of bandwidth with fairness algorithm
Integrated MPLS with RPR to provide VLL/VPLS service
ATM
Support 2M, 34M, 155M, 622M ATM and IMA E1
support up to 93 IMA group & 189 E1s
Others
Support FC/ESCON/DVB-AS/ HD-SDI/SD-SDI
Support DDN(Nx64K) and Framed E1

    Clock synchronization

Two external clock inputs/outputs (2 MHz or 2 Mbit/s)
Line clock source
Tributary clock source

Slot Access Capacity in Packet Mode

When the N1PSXCS board is used, one service processing board occupies two slots. In this case, adjacent slots can be merged, as shown in the below figure.

Figure below shows the slot access capacity of the OptiX OSN 3500 when the N2PSXCSA or N3PSXCSA board is used.

Slot Access Capacity in TDM Mode

shows the slot access capacity of the OptiX OSN 3500.

OSN 3500 Notes

Thunder Link International has been dedicated to supplying Huawei Transmission products to global customers more than three years, buying OSN3500 at Thunder-Link.com, to promptly migration & expansion your Huawei OSN Series and Metro Series equipment.

Not only been a leading Huawei Transmission products supplier, but also a solution provider, our version is to build as a Huawei Transmission specialist. Thunder Link International has strong resource integration capability, with large stock and offering our customer always competitive price on Huawei Transmission products. Most of our staff are Huawei ex-employee, from pre-sale and after-sale department, we believe that we can provide you precisely quotation and professional services.

Get a quotation or buy Huawei OSN3500, getting Huawei OSN3500 price, OSN 3500 configuration by email us, sales@thunder-link.com, enjoy our professional sales service.

 

 

OSN3500 Related Document

OptiX NG-SDH Software Version Upgrade Scheme

OptiX OSN 1500&3500&7500&7500 II Hot Patch Upgrade Guide(V200R013)

OptiX OSN 3500 Alarms and Performance Events Reference(V100R008)

OptiX OSN 3500 Hardware Description(V200R011)

OptiX OSN 3500 Hardware Description(V200R012)

OptiX OSN 3500 Parts Replacement(V100R008)

OptiX OSN 3500 Parts Replacement(V200R011)

OptiX OSN 3500 Planning Guidelines(V100R008)

OptiX OSN 3500 Product Description(V200R012)

OptiX OSN 3500 Product Overview(V200R011)

OptiX OSN 3500 Product Overview(V200R013)

OptiX OSN 3500 Product Version Matching Table

OptiX OSN 3500 Supporting Tasks(V100R008)

OptiX OSN 3500 Troubleshooting(V100R008)

OptiX OSN 3500&7500 Smooth Upgrade Guide(V200R013)

OptiX OSN 7500 II&7500&3500&1500 Alarms and Performance Events Reference(V200R011)

OptiX OSN 7500 II&7500&3500&1500 Configuration Guide (Packet Transport Domain)(V200R011)

OptiX OSN 7500 II&7500&3500&1500 Configuration Guide (SDH Transport Domain)(V200R011)

OptiX OSN 7500 II&7500&3500&1500 Supporting Tasks(V200R011)

 

 

OSN3500 FAQ

Q:OSN3500 Protection Relationship

A:E1/T1: A maximum of one group of 1:8 protection. Slot 1 protects Slots 2–5, 13–16.

E3/D3/E4/STM-1e: A maximum of two groups of 1:3 protection. Slot 2 protects Slots 3, 4 and 5. Slot 16 protects Slots 13, 14 and 15. A maximum of two groups of 1:1 protection. Slot 2 protects Slot 3 and Slot 16 protects Slot 15.

 

Q:When a command is delivered to stop the running of fans, a fan in the OSN 3500 reports the FAN_FAIL alarm. Why?

A:When the fans stop running, the temperature of the cross-connect board increases soon. When the temperature exceeds the threshold, a FAN-FAIL alarm raises. This is a normal situation.

On the other hand, customers require to have the ability to stop the running of fans. Thus, this command should remain.

Solution: No actions will be taken.

 

Q:What special use is the AUX board in the OptiX OSN 3500 extended subrack for?

A:If a logical board is added for the AUX board in the No.87 slot in the OptiX OSN 3500 extended subrack, the physical board can still be queried even though the actual board is absent. However, if the logical board is not added, the physical board cannot be queried even if the board is actually seated.

 

Q:If the extended subrack of an OptiX OSN 3500 undergoes a power failure and all the physical boards on the extended subrack are removed, after the power supply is recovered and the subrack is ready for service again, all boards on the main subrack report the COMMUN_FAIL alarm. Why? (Refer to OPID37044)

A:In the OptiX OSN 3500 R006, the new boards that support the OSN 3500 extended subrack are designed, such as PQM, PQ1, PD3, PL3, PL3A, BA2, BPA, and LWX. Before these boards are installed to an extended subrack, the basic and extended BIOS must be upgraded to the corresponding BIOS version for R6, otherwise the IP address conflict between boards are unavoidable and induce the COMMU_FAIL alarm.

Note: Any board that cannot support an extended board cannot be applied to an extended board.

 

 

Q:When no cross-connections are configured, the alarms of the data board at the OSN 7500 are different from those of the OSN 3500 NEs. Why?

A:When no cross-connection services are configured for the OSN 3500 and OSN 7500 products, the cross-connect boards process the C2 byte in different methods. According to the received C2 byte, the service boards may report different alarms.

The detail information is as follows:

  • For the cross-connect boards of the OSN 7500:
  • If no service is configured, the C2 byte is 0x0.
  • If a lower-order service is configured, the C2 byte is 0x2.
  • If a higher-order service is configured, the C2 byte is transmitted from the service.
  • For the cross-connect boards of the OSN 3500:
  • If a lower-order service is configured or if no service is configured, the C2 byte is 0x2.
  • If a higher-order service is configured, the C2 byte is transmitted from the service.

DELIVERY

Shippment will be delivered in 1~2days against payment, except the preorder products. the table below shows standard estimate delivery time by different delivery options. Thunder-Link.com provides delivery options as below:

Delivery Options

Estimated Delivery Time

express

3-5 business days

ups.jpg     express

3-5 business days

express                                            3-5 business days
air cargo                                            3-5 business days
 

Notice:
Above mentioned information are just for your reference only,we will keep you posted for the tracking delivery schedule.

If large quantities need delivery by sea, or other priority shipping way, please contact with us.

 

PAYMENT METHOD

Except Telegraph Transfer(T/T), Thunder Link also provide other payment method below:

T/T

Visa

Paypal

WestUnion

 

WARRANTY

            Quality Assurance:

All Products provide by Thunder Link are ORIGINAL and GENUINE only.
All Products need pass through our Test-Bed before delivery.
Money Back Guarantee:

Payment made by Visa and Paypal, to guarantee your money safety.

WARRANTY

We provide 1 year warranty, any Non-human failed you can return products to us, once we received, will delivery you a replace one in short time.

Return Material Authorization Process

Once your Huawei products failed by non-human reason, you must contact your sales representative to verify product failure. If the problem can’t solve by our technical engineer remotely commissioning, the Return Material Procedure will be started.

RMA Return Shipment :
1 : Returned products have to be packed properly to avoid damage during delivery.
2 : Once shipped, please tell our sales representative tracking No. immediately.

Delivery Charges :
The Customer is responsible for paying shipment charges when returning to us; We will pay for shipment of the replace items back to the customer

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