ZXMP M800 has perfect system functions involving forwarding,
convergence, protection, cross connection and monitoring. 1+1 hot
backup is available for critical components, such as power supply,
cross connection and clock. It supports 6 optical-layer protection
techniques and 3 electrical-layer protection techniques, in which,
OPCS protection developed by ZTE Corporation is a ring protection
technique with independent intellectual property right.
- Efficient service dispatch
ZXMP-M800 provides ROADM+GSS (General Service Switch
Platform)-based wavelength/sub-wavelength service dispatch systems,
and can build the All-IP-oriented NG WDM metro multi-service
transmission network featuring large capacity, high bandwidth, high
flexibility, high security and low cost.
With centralized wavelength monitoring technique IWF (Integrated
Wavelength Feedback) and automatic optical power balancing
technique APO (Auto Performance Optimization), ZXMP-M800 ensures
wavelength stability of OTU and the balance between path power and
OSNR (Optical Signal-to-Noise Ratio) of receive end.
Benefits
- Agile service dispatch enabling smooth upgrade
ZXMP M800 supports OTN technology, provides ROADM+GSS
wavelength/sub-wavelength dispatch system, and can combine with
ASON control plane to handle future’s demand for NG WDM network,
thus protecting customer investment and improving network
adaptability.
- Centralized wavelength monitoring lowering network construction
cost
In combination with NMS, M800 platform utilizes centralized
wavelength monitoring technique (IWF) to monitor wavelength,
resulting in greatly reduced OTU cost and improved overall network
stability.
- Tunable wavelength driving down maintenance cost
M800 platform provides 2.5Gbit/s and 10Gbit/s OTU access board
based on tunable wavelength technology, and performs automatic
configuration of remote NM, thus effectively boosting network
flexibility, increasing maintenance efficiency and reducing spare
parts.
- Full utilization of wavelength saving wavelength resources
OPCS protection (2-fiber bidirectional path shared protection) can
improve ring wavelength utilization rate and lower network
construction cost without degrading service protection level.
