Description

Huawei OptiX OSN 9800 Series Packet-OTN Optical Transport Network

1- Technical Description Huawei OptiX OSN 9800

The Huawei OptiX OSN 9800 is a flagship core Packet-Optical Transport Network (OTN) platform engineered for high-capacity metro, regional, and national long-haul backbone networks. It bridges the gap between Layer 0/1 optical transmission and Layer 2/3 packet processing by using an industry-leading T-bit universal switching matrix.

Architecturally, the Huawei OptiX OSN 9800 series decouples the service layer from the transmission layer, allowing time-division multiplexing (OTN/SDH) and packet services (Ethernet/MPLS-TP) to be switched natively over a single unified backplane. To overcome the physical space limitations of traditional subracks, the core variants utilize a 3D orthogonal architecture and dual front-and-rear slot mounting, eliminating complex backplane signal wiring and maximizing internal thermal and power routing efficiencies.

2- Specifications and Features Huawei OptiX OSN 9800

3- Key Technical Features Huawei OptiX OSN 9800

• Universal Switching Architecture: Natively processes and switches time-division multiplexing (TDM), packet switching, and OTN time slots across a single unified backplane without requiring separate matrix boards.
• Ultra-Dense Coherent Line Tech: Maximizes fiber efficiency by matching variable line rates (up to 800G/1.2T) to specific distance requirements via advanced digital signal processing (DSP).
• Dynamic Optical Layer Routing: Leverages Liquid Crystal on Silicon (LCoS) ROADM and Optical Cross-Connect (OXC) backplanes to route optical wavelengths dynamically without conversion bottlenecks.
• Intelligent Network Protection: Employs multi-layer Automatically Switched Optical Network (ASON) controls to calculate real-time backup pathways and ensure instant traffic rerouting during multi-fiber cuts.

4- Applications and Strategic Roles Huawei OptiX OSN 9800

The Huawei OptiX OSN 9800 occupies a strategic position as the baseline infrastructure tier for critical communications networks:

• National & Regional Backbones: Connecting major cities, states, or coastal hubs by forming the primary long-haul transmission pipeline over thousands of kilometers.
• Data Center Interconnection (DCI): Linking massive cloud and enterprise data centers to distribute heavy server replication, storage, and AI processing cluster traffic with ultra-low latency.
• 5G Mobile Transmission Backhaul: Carrying traffic aggregated from wireless BBU pools and cell sites back into the mobile core network, utilizing integrated IEEE 1588v2 precision clock synchronization.
• Strategic Mission-Critical Leased Lines: Providing private, completely isolated, high-availability encrypted optical bandwidth channels for financial institutions, government branches, and large utility grids.

5- Huawei OptiX OSN 9800 Product Variants

Huawei groups the OSN 9800 portfolio into three structural sub-series based on node capacity and physical space restrictions:

Core U Series (Ultra-High-Density Electrical Layer)

• OSN 9800 U64 / U64E: The largest core platform, featuring 64 service slots and a 2200mm vertical cabinet footprint designed for major national transport hubs.
• OSN 9800 U32 / U32E: A medium core unit featuring 32 dedicated service slots, scaling identical processing technologies down into tighter aggregation hubs.
• OSN 9800 U16: A 16-slot core variant ideal for lower-density aggregation points.

Metro M Series (Optoelectronic Converged Compact Series)

• OSN 9800 M24: A 16.5U chassis containing 24 slots, optimized for municipal metro networks where rack space is limited.
• OSN 9800 M12: A compact 7U/7.8U high chassis supporting up to 12 small-footprint optical-electrical boards.
• OSN 9800 M05: An ultra-compact 4U/4.5U deployment chassis built for the deep metro edge or regional enterprise buildings.

All-Optical P/K Series (Optical Cross-Connect / OXC Layer)

• OSN 9800 P32 / P32C: Specialized Pbit/s-level all-optical switching nodes that eliminate intra-site optical fiber patch cords using an integrated physical glass backplane.
• OSN 9800 K36: High-efficiency next-generation subracks featuring front-to-rear airflow layouts designed specifically to sit in modern green Data Center server cabinets.

6-Similar Products from other Companies

When bidding out network projects or conducting multi-vendor audits, the Huawei OptiX OSN 9800 competes directly against flagship platforms from other dominant telecom manufacturing firms:

• Ciena Waveserver 5 / 6500 Packet-Optical Platform: The industry benchmark in North American markets, globally recognized for its advanced WaveLogic coherent DSP optics and liquid spectrum routing software.
• Nokia 1830 Photonic Service Switch (PSS-24x / PSS-64): Powered by Nokia’s high-speed PSE (Photonic Service Engine) coherent chipsets, it is a primary European-market competitor offering massive multi-terabit cross-connection density.
• Infinera GX Series (GX G42 / G30 Platforms): Highly modular platforms utilizing unique, native photonic integrated circuit (PIC) chip designs, heavily favored by web-scale cloud data center operators for efficient DCI scaling.
• ZTE ZXONE 9700 Series: A direct domestic and global equivalent to the OSN 9800, using an identical packet-optical converged backplane architecture for large carrier backbone builds.

Send a request

Please contact us to order or ask for competitive pricing and delivery time for Huawei products (or other telecommunication brands), you can also ask for other Part Numbers (Model Number of Huawei product). We can offer competitive price, quality and delivery time with a wide product distribution network in the telecommunication  Brand new, Used and refurbished products market.

We only sell original products!

Email: Info@DorfaTrade.com