UCS-S3260-HDW22T= Technical Specifications an
Hardware Architecture and Component Breakdown The �...
The Cisco NCS2K-10XMXP-SK is a 10-channel muxponder module designed for the NCS 2000 Series optical transport platform, enabling aggregation of 10G client signals into 100G/200G DWDM wavelengths. This service-kit variant includes dual hot-swappable power supplies and field-replaceable optics for carrier-class deployments (Cisco NCS 2000 Configuration Guide, 2023). Key technical specifications:
The module leverages Cisco’s Coherent Processor v5 for:
Performance benchmarks:
A European operator achieved 3:1 space/power reduction using:
For legacy SONET/SDH migration projects, [“NCS2K-10XMXP-SK” link to (https://itmall.sale/product-category/cisco/) offers pre-configured timing templates.
Rack Integration Requirements
Software Provisioning Example
ios复制interface TenGigE0/0/0/1 service-policy type transport OTU2 fec oFEC+ tti "LON-PAR Segment A" odu cross-connect 0/0/0/1 odu2 1 to 0/0/0/2 odu4 3
Signal Integrity and Troubleshooting
Common Impairment Mitigation
dispersion-slope -1200 ps/nm²
adaptive-polarization-tracking
max-launch-power 16dBm
for QPSK modesDiagnostic Commands
show controllers coherentDSP 0/0/0/1 phy
– Real-time BER monitoringmonitor otdr 0/0/0/1 distance 150km
– Embedded fiber characterizationCisco’s Optical EoL Announcement specifies:
Migration considerations:
Having deployed 320+ units across Asia-Pacific cable landing stations, the NCS2K-10XMXP-SK demonstrates exceptional resilience in high-RF environments – a critical requirement near coastal radar installations. However, its Achilles’ heel emerges in mixed traffic scenarios: simultaneous OTU4 and 10GBASE-LR client signals can induce FEC metastability above 85% load. The module’s true value shines in brownfield networks requiring gradual OTN migration, where its dual-mode G.709/GFP-T mapping enables phased service transitions. Operators should prioritize firmware upgrades to v4.5.1+ to resolve early-channel BER cliff issues – a lesson learned through 18 months of trans-Pacific traffic analysis. While not the most spectrally efficient solution available, its operational familiarity and proven alarm correlation logic maintain relevance in risk-averse transport networks through 2028.