TNV3E404,Huawei OptiX OSN 9800 4 Port 50GE/100GE Packet Service Processing Board TNV3E404

Huawei OptiX OSN 9800 4 Port 50GE/100GE Packet Service Processing Board TNV3E404 Overview

TNV3E404: 4 x 50GE/100GE Packet Service Processing Board

The TNV3E404 board has only one variant: TNV3E404Q01.

As a packet service board, the V3E404 board receives and transmits 100GE/50GE services, processes packet services, and transmits packets to the cross-connect board for centralized cross-connections.

The V3E404 board consists of the client-side optical module, packet processor, traffic manager, fabric interface circuit, control and communication module, and power supply module

The TNV3E404 supports 4 x 100GE/50GE services and implements L2 processing to the services. It supports functions and features such as Layer 2 switching and Multiprotocol Label Switching (MPLS).

In the signal flow of the V3E404 board, the transmit and the receive directions are defined. The transmit direction is defined as the direction from the client side of the V3E404 to the backplane, and the receive direction is defined as the reverse direction.

Transmit direction

The client-side optical module receives optical signals from client equipment, and performs O/E conversion.

After receiving the electrical signals, the packet processor decodes the signals, performs serial/parallel conversion, searches for routes and matches addresses for data services, implements L2 functions such as protection, OAM, and QoS for the data services, and sends the data services to the traffic manager.

The traffic manager performs traffic shaping and queue scheduling for the received service packets and then sends the packets to the fabric interface circuit.

The fabric interface circuit converts the service packets into fabric packets and sends them to the cross-connect board through the backplane.

Receive direction

The fabric interface circuit converts the packets coming from the cross-connect board into service packets and sends the packets to the traffic manager.

The traffic manager performs traffic shaping and queue scheduling for the received service packets and then sends the packets to the packet processor.

The packet processor implements L2 functions such as protection, OAM, and QoS for the data services, performs parallel/serial conversion, and generates electrical signals.

The client-side optical module performs the E/O conversion of electrical signals, and then outputs optical signals to the client equipment.

Functions and features of the TNV3E404 board

Function and Feature	Description
Basic function	Transmits and receives the combination of 4 x 100GE or 4 x 50GE services and processes packet services.
Backplane bandwidth	The total backplane bandwidth is 400 Gbit/s.
Port rate	100GE: Ethernet service at a rate of 103.125 Gbit/s. 50GE: Ethernet service at a rate of 51.5625 Gbit/s.
Port working mode	100GE optical port: 100GE Full-Duplex 50GE optical port: 50GE Full-Duplex
TAG attribute	Supports the following TAG attributes: tag aware, access, and hybrid.
QinQ	Supports basic QinQ.
Ethernet data frame format	IEEE 802.3, Ethernet II, IEEE 802.1Q, IEEE 802.1p
Maximum frame length for a port	The MFL value ranges from 960 bytes to 9600 bytes. Supports a jumbo frame containing a maximum of 9600 bytes.
Service type	Native E-Line services Native E-LAN services E-Line services carried by PWs (VPWS services) E-LAN services carried by PWs (VPLS services)
Service bearing medium	PW, QinQ
Native E-Line service type	Point-to-point transparently transmitted E-Line services VLAN-based E-Line services (supporting VLAN tag switching) QinQ-based E-Line services
Native E-LAN service type	E-LAN services based on Tag-Transparent (802.1d bridge) E-LAN services based on C-Aware (802.1q bridge)
PW-carried E-Line service (VPWS) type	Port-based transparently transmitted E-Line services VLAN-based E-Line services (supporting the adding, deleting, and switching of VLAN tags)
PW-carried E-LAN service (VPLS) type	VPLS services based on Tag-Transparent VPLS services based on C-Aware VPLS services based on S-Aware
MS-PW	Supported
Diffserv	Supported, compliant with RFC 2474 and RFC 2475.
Traffic classification	Supported simple traffic classification. Supported complex traffic classification. The ACL rules are customized based on packet information.
Traffic policing	Committed access rate (CAR), two rate three color marker (trTCM), compliant with RFC 2698.
Traffic shaping	Port-based traffic shaping, queue-based traffic shaping
Congestion avoidance	WRED, tail dropping
Congestion management	Class of service (CoS), supporting SP+WFQ scheduling algorithms
HQoS	Supported
LPT	Supported
ERPS	ERPS V1/V2, Supported, Comply with ITU-T G.8032/Y.1344.
LAG	Intra-board and inter-board LAG, compliant with IEEE 802.1ax.
MC-LAG	Supported, compliant with IEEE 802.1ax.
MC-PW APS	1:1 protection compliant with ITU-T G.8131.
PW APS	1:1 protection compliant with ITU-T G.8131.
PW FPS	1:1 protection compliant with ITU-T G.8131.
Tunnel APS	1:1 protections compliant with ITU-T G.8131.
MRPS	Not supported
Packet service protection against multiple fiber cuts	Not supported
LLDP	Supported
Ethernet service OAM	Supported, compliant with IEEE 802.1ag, ITU-T Y.1731/ITU-T G.8013 and ITU-T Y.1730
Ethernet port OAM	Supported, compliant with IEEE 802.3ah NOTE: Compliant with ITU-T Y.1731(ETH LM/DM), ITU-T G.8013 and ITU-T Y.1730.
MPLS OAM	Not supported
MPLS-TP OAM	Supported, compliant with ITU-T G.8013/Y.1731, ITU-T G.8113.1.
RMON	Supported
Port mirroring	Not supported
Physical clock	Synchronous Ethernet processing supported; synchronous Ethernet transparent transmission not supported
IEEE 1588v2	Supported
ITU-T G.8275.1	Supported
ITU-T G.8273.2	Supported NOTE: The port equipped with an electrical module does not support the function. The board does not support ITU-T G.8273.2 when the system control board is U2CTU.
High-precision clock synchronization	Supported NOTE: This function is not supported when the board uses the QSFP28,1310,100GE,-3.1dBm,4dBm,-4.5dBm,LC,SMF,2km,PAM4 module. The high-precision clock synchronization function can be implemented only after the corresponding license is obtained. The board must work with the subrack and system control board that support high-precision clock to support the high-precision clock synchronization function. For details, see Clock Synchronization Feature Guide.
Inband DCN	Supported
MAC layer loopback	Supported
PHY layer loopback	Not supported

Hunan Moka Information Technology Co., Ltd.

A professional import and export trade company specializing in the agency sales and services of the full range of Huawei telecom equipment,Huawei parts,Cisco products in the United States. Our product range includes Cisco switches, Cisco routers, Cisco firewalls, Cisco wireless APs, Cisco conference terminals, Cisco optical modules, Cisco fiber optic jumpers, Cisco industrial switches, and Cisco software licenses. As an authorized distributor of Cisco in China, we directly purchase hardware and software from Cisco China in the name of projects. As a result, you can obtain the best discounts from Cisco China, typically ranging from 60% to over 90%. Due to Cisco's global sales policy, if you order Cisco licenses, with your consent and permission, we will assist you in installing and activating Cisco licenses within China. Alternatively, you can activate them in your own country, and we will transfer the licenses to you. All you need is a Cisco Smart Account. When the Cisco licenses expire, you can choose to renew them yourself or contact us.

As an authorized distributor of Cisco in China, we directly purchase hardware and software from Cisco China in the name of projects.

Huawei OptiX OSN 9800 4 Port 50GE/100GE Packet Service Processing Board TNV3E404

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