Description
Ciena NTK529SA Technical Overview
The Ciena NTK529SA is a high-performance 100G coherent optical transceiver module designed for integration into the Ciena 6500 Packet-Optical Platform. This field-tested component utilizes advanced coherent detection technology to support long-haul and metro-area network applications. By leveraging the NTK529SA, network engineers can achieve high-capacity data transport over existing fiber infrastructure. It serves as a critical building block for scaling bandwidth in dense wavelength division multiplexing (DWDM) environments.
The NTK529SA supports flexible grid channel spacing, allowing for optimized spectral efficiency across complex optical topologies. Its design ensures seamless interoperability with Ciena’s WaveLogic coherent chipsets to maintain signal integrity over extended distances. Reliability is prioritized through rigorous thermal management and internal diagnostic monitoring capabilities. Implementing the NTK529SA enables operators to meet increasing traffic demands while maintaining stringent latency requirements for modern carrier-grade networks.
Ciena NTK529SA Technical Specifications
- Data Rate: Supports 100G line-side throughput to facilitate high-capacity data transmission across core network segments.
- Wavelength: Operates on the ITU-T C-Band grid, ensuring compatibility with standard DWDM multiplexing equipment.
- Platform Compatibility: Engineered specifically for the Ciena 6500 series chassis to ensure seamless integration and management via Site Manager.
- Latency: Minimizes jitter and propagation delay through advanced coherent processing, supporting time-sensitive traffic profiles.
Buy or Sell Ciena NTK529SA
- For Buyers: ROC Telecom provides rigorously tested, Ciena-compatible hardware for rapid network expansion or as a mission-critical spare. Our field-tested units ensure uptime without OEM lead times.
- For Sellers: We offer competitive buyback quotes, instant payment, and prepaid shipping for decommissioned NTK529SA units and other Ciena surplus.

