OptiX OSN 7500II TNN1HUNQ2 4x10G hybrid service processing board -- OSN7500II

Name: OptiX OSN 7500II TNN1HUNQ2 4x10G hybrid service processing board OSN7500II
Brand: Huawei
Price: 1 USD

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Model Number :	TNN1HUNQ2
Brand Name :	Huawei
Supply Ability :	200 Piece/Pieces per Week
Price :	Negotiable
Certification :	CE FCC RoHS
Delivery Time :	7-15 days
Payment Terms :	L/C, D/A, D/P, T/T, Western Union, MoneyGram

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OptiX OSN 7500II TNN1HUNQ2 4x10G hybrid service processing board -- OSN7500II

Functions and Features

An HUNQ2 board receives mixed signals of STM-16/STM-64/GE/nGE/10GE services with the total bandwidth not higher than 40 Gbit/s from the backplane, encapsulates them into ODU0/ODU1/ODUflex/ODU2/OTU2 units, and transmits them out through an optical port.

An HUNQ2 board provides different functions and features, depending on the received signals. Table 1, Table 3, and Table 2 list the functions and features supported by an HUNQ2 board.

Table 1 Functions and features supported by an HUNQ2 board

Function and Feature	Description
Basic functions	Provides four OTU2 optical ports to transmit/receive and process 4xOTU2 services. Supports a maximum of four virtual ports when transmitting/receiving STM-16/STM-64/10GE services. Supports a maximum of 24 GE virtual ports when transmitting/receiving GE/nGE services. NOTICE: The board capacity is license-controlled. One license provides a 10 Gbit/s capacity, and one board provides a maximum of 40 Gbit/s capacity. The board license is granted on per-port basis. If STM-16, GE, or nGE services are configured, the board supports a maximum of hybrid transmission of 30GE packet services and 10 Gbit/s SDH services.
Optical module specifications	Supports XFP pluggable optical modules. Supports the monitoring and querying of optical module information. Allows you to switch on/off lasers and enable the automatic laser shutdown (ALS) function for lasers.
FEC coding	Supports forward error correction (FEC) in compliance with ITU-T G.709. Supports enhanced forward error correction (EFEC) in compliance with ITU-T G.975.1. NOTE: The boards using different FEC coding schemes cannot interconnect with each other.
Synchronization	Supports physical-layer clock synchronization. Supports IEEE 1588v2.
Alarm and performance monitoring	Monitors bias current and operating temperature of lasers and monitors optical power.
Automatic search for optical fibers	Supported
Maintenance features	Supports inloops and outloops at optical ports. Supports ODU0/ODU1/ODUflex loopbacks. Supports warm and cold resets. Warm resets do not affect services. Supports board manufacturer information querying. Supports in-service loading of the field programmable gate array (FPGA). Supports smooth upgrades of board software. Monitors and reports voltage performance. Supports pseudo random binary sequence (PRBS) tests.
Automatically switched optical network (ASON)	Supports SDH ASON.

Table 2 Packet functions and features supported by an HUNQ2 board

Function and Feature	Description
Basic functions	Receives a maximum of 24xGE or 4x10GE packet services signals from the backplane, encapsulates them into ODU0/ODUflex/ODU2/OTU2 units, and transmits them out through an optical port. The service mapping paths are as follows: GE<->ODU0<->ODU2<->OTU2 nGE<->ODUflex<->ODU2<->OTU2 10GE<->ODU2<->OTU2
Service specifications	Processing capability	40 Gbit/s
	Service bearer modes	MPLS: supported
		QinQ: supported
		Port: supported
	Pseudo wire (PW) specifications	Maximum number of PWs: 16K bidirectional static PWs
	Pseudo wire (PW) specifications	Maximum number of multi-segment PWs (MS-PWs): 8K
	Tunnel specifications	Maximum number of unidirectional tunnels: 16K (Bidirectional and unidirectional MPLS tunnel resources are shared.)
	Tunnel specifications	Maximum number of bidirectional tunnels: 8K (Bidirectional and unidirectional MPLS tunnel resources are shared.)
	Maximum frame length (MFL) for ports	The MFL cannot be set. The maximum length supported is 9532 bytes. The maximum length of each packet that enters or exits the port is restricted by the MFL.
	Maximum transmission unit (MTU) for services	The MTU can be set to a value ranging from 64 bytes to 9600 bytes for packet services carried by PWs. The MTU cannot be set for packet services carried in other modes.
	Ethernet service types	E-Line: supports a maximum of 8K E-Line services.
		E-LAN: Supports a maximum of 1K E-LAN services. Supports a maximum of 2K static MAC addresses for E-LAN services.
		E-Aggr: not supported
	Ethernet data frame format	Supports frame encapsulation in IEEE 802.3, Ethernet II, or IEEE 802.1q/p format.
	Maximum number of QinQ links	4K
	Jumbo frame	Supports a maximum of 9600-byte jumbo frames.
Protection schemes	Tunnel APS	Supports 1+1 tunnel APS (single-ended/dual-ended) and 1:1 tunnel APS (dual-ended) in compliance with ITU-T Y.1720 and ITU-T G.8131. Maximum number of tunnel APS protection groups: Distributed: 1K Centralized: 1.25K
	PW APS	Supports 1+1 PW APS (single-ended/dual-ended), 1:1 PW APS (dual-ended), and PW FPS (single-ended) in compliance with ITU-T Y.1720 and ITU-T G.8131 (FPS is the abbreviated form of fast protection switching). Maximum number of PW APS protection groups: Distributed: 1K Centralized: 1.25K Maximum number of members bound to a PW APS protection group: 512 NOTE: For distributed MPLS APS, MPLS tunnel APS and MPLS PW APS share resources. For centralized MPLS APS, MPLS tunnel APS, MPLS PW APS, MPLS-TP tunnel APS, and MPLS-TP PW APS share resources.
	MRPS	Supports MPLS-TP Ring Protection Switching (MRPS). Protection group type: two-fiber bidirectional Switching type: wrapping
	LAG	Supports manual link aggregation and static link aggregation. Supports the load sharing mode and load non-sharing mode. Complies with IEEE 802.3ad and IEEE 802.1AX.
	MC-LAG	Supports MC-LAGs in compliance with IEEE 802.3ad.
	MSTP	Supports MSTP in compliance with IEEE 802.1s.
	LPT	Supports LPT protocol processing on the network-to-network interface (NNI) side but not on the UNI side.
Maintenance features	ETH OAM	Ethernet Service OAM^a: Supports continuity check (CC), loopback (LB), and linktrace (LT). These functions comply with IEEE 802.1ag. Supports loss measurement (LM) and two-way delay measurement (2DM). These functions comply with ITU-T Y.1731. Maximum number of OAM resources: Distributed: 2K Centralized: 2.5K
	ETH OAM	Ethernet Port OAM^a: not supported
	Distributed/Centralized MPLS OAM	MPLS tunnel OAM^a: Supports connectivity verification (CV), fast failure detection (FFD), backward defect indication (BDI), forward defect indication (FDI), tunnel ping, and tunnel traceroute. These functions comply with ITU-T Y.1711. Maximum number of OAM resources: Distributed: 2K Centralized: 2.5K
	Distributed/Centralized MPLS OAM	MPLS PW OAM^a: Supports CV, FFD, BDI, FDI, PW ping, and PW traceroute. These functions comply with ITU-T Y.1711. Maximum number of OAM resources: Distributed: 2K Centralized: 2.5K
	MPLS-TP OAM	MPLS-TP tunnel OAM^a: Supports CC, remote defect indication (RDI), alarm indication signal (AIS), LB, LT, LM, locked (LCK), test (TST), one-way delay measurement (1DM), and 2DM. These functions comply with ITU-T G.8113.1. Maximum number of OAM resources: Distributed: 2K Centralized: 2.5K
	MPLS-TP OAM	MPLS-TP PW OAM^a: Supports CC, RDI, AIS, LB, LT, LM, LCK, TST, client signal fail (CSF), 1DM, and 2DM. These functions comply with ITU-T G.8113.1. Maximum number of OAM resources: Distributed: 2K Centralized: 2.5K
	Loopback capabilities	PHY layer at packet virtual ports: not supported
	Loopback capabilities	MAC layer at packet virtual ports: not supported
	RMON	Supported
	Port Mirroring	Supports mirroring at ingress ports.
Inband data communication network (Inband DCN)	Supported
Link Layer Discovery Protocol (LLDP)	Supported
Hierarchical quality of service (HQoS)	Supports the service-based weighted random early detection (WRED) policy, port-based WRED policy, weighted fair queuing (WFQ) policy, PW policy, QinQ policy, virtual user-network interface (V-UNI) ingress policy, V-UNI egress policy, port policy, and port shaping.
IGMP Snooping	Protocol enabling	Supported
	Port aging time	Supported
	Fast leave	Supported
	Discarding of unknown multicast packets	Supported
	Static multicast entries	Supported
Querying of electronic labels	Supported
NOTE: a: For distributed MPLS OAM, MPLS tunnel OAM, MPLS PW OAM, and ETH OAM share resources. For centralized MPLS OAM, MPLS tunnel OAM, MPLS PW OAM, MPLS-TP tunnel OAM, MPLS-TP PW OAM, and ETH OAM share resources.

Table 3 SDH functions and features supported by an HUNQ2 board

Function and Feature	Description
Basic functions	Receives a maximum of 4xSTM-16 or 4xSTM-64 SDH services signals from the backplane, encapsulates them into ODU1/ODU2/OTU2 units, and transmits them out through an optical port. The service mapping paths are as follows: STM-16<->ODU1<->ODU2<->OTU2 STM-64<->ODU2<->OTU2
Service processing	Supports VC-12, VC-3, VC-4 services as well as VC-4-4c, VC-4-8c, VC-4-16c, and VC-4-64c concatenated services.
Overhead processing	Processes section overheads of STM-16 or STM-64 signals. Transparently transmits or terminates path overheads. Supports the setting and querying of J0, J1, and C2 bytes. Supports four channels of ECC communication.
Protection schemes	Supports two-fiber bidirectional ring multiplex section protection (MSP). Supports 1+1 and 1:N Linear MSP. Supports subnetwork connection protection (SNCP). Supports subnetwork connection tunnel protection (SNCTP). Supports four-fiber bidirectional ring MSP.
Maintenance features	Supports inloops and outloops on VC-4 paths.

Technical Specifications of the HUNQ2

The technical specifications of HUNQ2 boards include the parameters specified for optical ports, laser safety class, mechanical specifications, and power consumption.

Parameters Specified for Optical Ports

Table 1 Specifications of the ports

Port type	Description
10km 10Gbit/s	10km 10Gbit/s Multirate optical interfaces
40km 10Gbit/s	40km 10Gbit/s Multirate optical interfaces
80km 10Gbit/s	80km 10Gbit/s Multirate optical interfaces
0.3km 10Gbit/s	0.3km 10Gbit/s Multirate optical interfaces

Table 2 Parameters specified for the colored optical interfaces of the HUNQ2(adjustable wavelengths)

Parameter	Value
Parameter	DWDM
Nominal bit rate	10709225 kbit/s
Type of fiber	Single-mode LC
Transmission distance (km)	40
Launched optical power range (dBm)	-1 to 2
Central frequency (THz)	192.10 to 196.00
Central frequency deviation (GHz)	±5
Receiver sensitivity (dBm)	-16
Minimum overload (dBm)	0
Maximum allowed dispersion (ps/nm)	800
Minimum extinction ratio (dB)	10
Maximum -20 dB spectral width (nm)	0.3
Minimum side mode suppression ratio (dB)	35

Table 3 Parameters specified for the colored optical interfaces of the HUNQ2(fixed wavelengths)

Parameter	Value
Parameter	DWDM
Nominal bit rate	10709225 kbit/s
Type of fiber	Single-mode LC
Transmission distance (km)	40	80
Launched optical power range (dBm)	-1 to 2	-1 to 3
Central frequency (THz)	192.10 to 196.00	192.10 to 196.00^a
Central frequency deviation (GHz)	±10	±10
Receiver sensitivity (dBm)	-16	-24
Minimum overload (dBm)	0	-9
Maximum allowed dispersion (ps/nm)	800	1600
Minimum extinction ratio (dB)	10	8.2
Maximum -20 dB spectral width (nm)	0.3	0.3
Minimum side mode suppression ratio (dB)	35	30
a: In a DWDM system, this module currently supports waves operating at the following frequencies: 193.2 THz, 193.3 THz, 193.4 THz, 193.5 THz, 193.6 THz, 195.6 THz, 195.7 THz, 195.8 THz, 195.9 THz and 196.0 THz.

Table 4 Parameters specified for the colored optical interfaces of the HUNQ2(CWDM)

Parameter	Value
Parameter	CWDM
Nominal bit rate	10709225 kbit/s
Type of fiber	Single-mode LC
Transmission distance (km)	70
Launched optical power range (dBm)	0 to 4 (1471 nm to 1571 nm) 0 to 3 (1591 nm to 1611 nm)
Nominal center wavelength (nm)	1471 to 1611
Center wavelength deviation (nm)	±6.5
Receiver sensitivity (dBm)	-23 (1471 nm to 1551 nm) -22 (1571 nm) -21 (1591 nm to 1611 nm)
Minimum overload (dBm)	-9
Maximum allowed dispersion (ps/nm)	1400
Minimum extinction ratio (dB)	8.2
Maximum -20 dB spectral width (nm)	1
Minimum side mode suppression ratio (dB)	30

Laser Safety Class

The laser safety class of the optical port on an HUNQ2 board is CLASS 1. That is, the maximum launched optical power of the optical port is lower than 10 dBm (10 mW).

Mechanical Specifications

The mechanical specifications of an HUNQ2 board are as follows:

Dimensions (H x W x D): 261.4 mm x 50.3 mm x 235.2 mm
Weight: 2.5 kg

Power Consumption

The maximum power consumption of an HUNQ2 board at room temperature (25ºC) is 142 W.

Delivery

Cargo will be delivered within 1 day after payment arrived. Tracking Number will be offered once delivery done.

Delivery Options	Estimated Delivery Time
DHL	3-5 business days
Fedex	3-5 business days
By Sea	10-20 business days

Notice:

Above mentioned information are just for your reference only,we will keep you posted for the tracking delivery schedule.There are two delivery options available for by air and by sea:

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Uonel is responsible for transporting goods to door after you have made the payment.

Warranty

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Return Material Authorization (RMA) Process

Standard Hardware Warranty Policy:

Original new sealed Huawei product: 1 Year

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If your Huawei products failed, you must contact your sales representative to verify product failure. If the problem still can't correct by remote support methods i.e. email or phone support, the RMA procedure will issue.

Company Profile

Uonel is one of the biggest Huawei Network Hardware distributor in china, founded in 2008. We are a global provider of netwotking products with more than 5000 customers.

We provide original new Huawei Routers,Switches,Firewalls,Wireless APs & controllers,OLTs,GPON modems,optical transceivers.Our company have more than $5million Huawei products in stock.

Most of our technical engineers had work exprience in Huawei company,we can provide network design&planning,configration,troubleshooting,maintenance and training service in world wide.

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OptiX OSN 7500II TNN1HUNQ2 4x10G hybrid service processing board -- OSN7500II

OptiX OSN 7500II TNN1HUNQ2 4x10G hybrid service processing board -- OSN7500II

OptiX OSN 7500II TNN1HUNQ2 4x10G hybrid service processing board -- OSN7500II

Functions and Features

Technical Specifications of the HUNQ2

Parameters Specified for Optical Ports

Laser Safety Class

Mechanical Specifications

Power Consumption

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OptiX OSN 7500II TNN1HUNQ2 4x10G hybrid service processing board -- OSN7500II

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