<div><b><font size="3">Positioning
</font></b></div><div>Huawei NE40E-X1-M4
amp;NE40E-X2-M8/16(hereinafter referred to as the
</div><div>NE40E-X1-M4
amp;NE40E-X2-M8/16) are a high-end network product used to access, converge,
</div><div>and transmit carrier-class Ethernet services on Fixed-Mobile Convergence (FMC)
</div><div>Metropolitan Area Networks (MANs). The device can be used when the ambient temperature
</div><div>is between -40掳C and +65掳C.
</div><div>The NE40E-X1-M4
amp;NE40E-X2-M8/16 run on the Versatile Routing Platform (VRP)
</div><div>operating system developed by Huawei and adopts the hardware-based forwarding and
</div><div>non-blocking data switching technology. The NE40E-X1-M4
amp;NE40E-X2-M8/16 feature
</div><div>carrier-class reliability, line-speed forwarding capability, perfect Quality of Service (QoS)
</div><div>mechanism, service processing capability, and good extendability.
</div><div>The NE40E-X1-M4
amp;NE40E-X2-M8/16 provide strong capabilities in network access, Layer
</div><div>2 switching, and transmission of Ethernet over Multi-Protocol Label Switching (EoMPLS)
</div><div>services. The NE40E-X1-M4
amp;NE40E-X2-M8/16 also support rich interface types and
</div><div>provides broadband access, triple play, IP leased line, and Virtual Private Network (VPN)
</div><div>services. The NE40E-X1-M4
amp;NE40E-X2-M8/16 can also work in conjunction with the CX,
</div><div>NE, and ME developed by Huawei to set up a hierarchical metro Ethernet that provides rich
</div><div>services for customers.</div><div><font size="3"><b><br></b></font></div><div><font size="3"><b>Product Features
</b></font></div><div>The NE40E has the following features:
</div><div>飦?SingleMetro Platform
</div><div>鈭?The depth of chassis is 220 mm. The chassis is flexibly deployed and lows the power
</div><div>consumption. The chassis also has a high adaptability to the ambient temperature.
</div><div>鈭?Flexible L2/L3 Hybrid Transport for Efficient Full-service Delivery.
</div><div>鈭?Carrier-class Reliability Design, End-to-End Versatile Platform.
</div><div>飦?MultiPlay Network
</div><div>鈭?Various interfaces Support for Different Scenario (10 G/GE/FE/CPOS/E1).
</div><div>鈭?Taking MEN from Triple Play to MultiPlay.
</div><div>鈭?Support 1588v2 for MBB in FMC.
</div><div>飦?Flexible VS Functions
</div><div>As an important feature of the new-generation IP bearer devices, Virtual System (VS)
</div><div>plays an active role in centralized operation and capital expenditure (CAPEX) and
</div><div>operational expenditure (OPEX) reduction. By means of VS, operators divide large
</div><div>Physical Routers (PRs) into multiple small separate VSs, optimizing physical resource
</div><div>allocation.
</div><div>鈭?The following functions are supported by VS:
</div><div>鈭?Reduces CAPEX and OPEX.
</div><div>鈭?Flattens networks.
</div><div>鈭?Multi-service network
</div><div>Different services are deployed on different VSs, forming a logical multi-service
</div><div>network. This isolates different types of services to improve security and reliability.
</div><div>鈭?Verification of new services
</div><div>New services, such as IPv6 and video services, can be verified on VSs, which isolate
</div><div>services and have no impact on the existing network applications.
</div><div>飦?Flexible Rollback Configuration
</div><div>Rollback is an important means of configuration management, which is used in network
</div><div>operation and maintenance and is significant for device maintenance on existing
</div><div>networks. Configuring rollback can reduce the operator error ratio and improve device
</div><div>maintenance efficiency.
</div>
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