OSN 9800 M series
The OptiX OSN 9800 M series includes the OptiX OSN 9800 M24, OptiX OSN 9800 M12, and OptiX OSN 9800 M05.
This product has combined a compact design of the OptiX OSN 1800 series and a large capacity of the OSN 9800 U series. Thanks to its innovative slot splitting technology, the OptiX OSN 9800 M supports two types of boards: 11 U and 5 U. 11 U boards are interchangeable with boards of OSN 9800 U series and investment protection. 5.5 U boards feature a small size, low power consumption, high integration, flexible configuration, and easy installation. It is the industry's most compact 1T-per-slot OTN platform, enabling smooth evolution towards beyond 100G.
The OptiX OSN 9800 M series adopts an optical-electrical integration design, and enables flexible combinations of various optical and electrical boards on a unified platform. It is noted for its industry-leading ponder integration, full coverage from 100G to 800G, high performance, programmable rates, and flexible access for small- and large-granularity services.
The OptiX OSN 9800 M series can be deployed together with the OptiX OSN 9800, 8800, 6800, and 1800 to achieve seamless service interconnection and offer next-generation E2E OTN/WDM solutions from the backbone layer, to the aggregation layer, to the access layer. The OptiX OSN 9800 M series supports IEEE 1588v2 to address clock requirements of wireless networks. Thanks to comprehensive management and protection functions, programmable new rates, and ultra-broadband spectrums, this product offers flexible, elastic, and intelligent OTN/WDM solutions for carriers.
Small size, flexible deployment, and reduced TCO
- Small size, flexible configuration, and reduced TCO
- An M24 subrack is 16.5 U high, an M12 subrack is 7U high, and an M05 subrack is 4.5 U high. Multiple subracks can be installed in one cabinet. They can also be installed in the same cabinet with IP RAN and OLT devices.
- Innovative slot splitting technology, and flexible configurations of 5.5 U and 11U boards on demand
- 5.5 U boards feature a small size, low power consumption, high integration, and easy installation.
- 11 U boards are interchangeable with boards of the OSN 9800 U series, allowing for the sharing of spare parts and investment protection.
Optical-electrical integration, high integration, and flexible networking
- An optical-electrical integration design (free of optical subracks) and OTN/ponder/optical integration, applicable to various scenarios
- Flexible configuration of an array of small optical boards, including multiplexer/demultiplexer boards, OAs, ROADM boards, and optical power detection boards
- Support for 100G/200G/400G/600G/800G Ponder and flexible access for all types of services
- A maximum of 384 x 100GE per cabinet, the industry's highest ponder integration
Ultra-large capacity, smooth capacity expansion, and optimal per-bit cost
- Support for beyond 100G boards and full coverage from 100G to 800G, deliver industry-leading performance
- Support for Super C-band and L-band ultra-broadband spectrums, 96 wavelengths in 4.8 THz and Super C-band 120 wavelengths in 6 THz, and an industry-leading single-fiber capacity of 96T
- Supporting 1T per slot, which is the industry's smallest single-slot 1T OTN platform
- An M24 subrack provides 4.8T/10T cross-connect capacity, supports B2B cascading expansion
Future-proof design, protecting investment and improving efficiency
- Future-proof design, protecting investment and improving efficiency
- Adopts an architecture design of management, control, planning, and analysis.
- Implements unified grooming of cross-layer, cross-domain network resources and intelligent network management through the NCE-T, and supports a wealth of apps and innovative services.
- Provides synchronous Ethernet and IEEE 1588v2 clock transmission to meet the clock precision requirements of 3G, 4G, and 5G, and can evolve to support high-precision clock requirements of future mobile communication technologies.
- Leverages best-of-breed technologies, such as refined and dynamic energy saving mechanisms, and intelligent warm backup to achieve industry-leading energy efficiency.
- Monitors the OSNR performance of any wavelength at any site online, and enables fast deployment and troubleshooting through the OD system, eliminating the need for expensive instruments and reducing maintenance costs.
- Integrates the OTDR function to detect fiber parameters online through OSC boards and rapidly locate fiber failure and deterioration points.