Genuine Nokia AOZLH SFP28 25G DWDM CH54 1534.25nm 10KM SMF Duplex LC DDM Hot Pluggable Fully Tested
Product Overview
Genuine Nokia AOZLH 25G DWDM SFP28 Optical Module
Carrier-grade 25G DWDM wavelength-specific transceiver designed exclusively for Nokia transmission and 5G fronthaul platforms. ITU-T CH54 channel with 1534.25nm fixed wavelength, optimized for dense wavelength division multiplexing scenarios. Great for telecom core network expansion, 5G fronthaul aggregation and fiber resource maximization.
Adopts high-performance EML laser and APD receiver, supporting stable10KM long-distance transmission over single-mode fiber. Fixed 1534.25nm DWDM wavelength ensures precise channel spacing and no signal crosstalk in multi-wave multiplexing environments. Features low latency, ultra-low bit error rate and excellent spectrum stability, supporting 24/7 carrier-grade continuous operation. Built-in DDM real-time monitoring and hot-plug design enable zero-downtime replacement and network upgrade. Every unit is 100% pre-tested for flawless Nokia compatibility.
Core Key Selling Points
- 25G High-Speed DWDM: 25.78Gbps full-rate transmission, ideal for 5G fronthaul and carrier high-capacity multiplexing networks
- ITU-T CH54 Standard Channel: Precise 1534.25nm fixed wavelength, 100GHz channel spacing, compatible with standard DWDM system scheduling
- Maximize Fiber Resources: Dense wavelength multiplexing design greatly improves single-fiber bandwidth capacity, saves fiber deployment costs
- Original Nokia AOZLH Spec: Dedicated Nokia platform model, plug-and-play, no coding or recognition failures
- 10KM Stable Long Reach: High link power budget, stable transmission for medium-distance trunk fiber links
- Ultra-High Spectrum Stability: Professional wavelength locking technology, effectively avoids channel drift and signal interference
- Carrier-Grade Reliability: Industrial laser chip solution, strong anti-interference, 24/7 uninterrupted operation
- Full DDM Monitoring: Real-time optical power, temperature and voltage monitoring for remote O&M and fast fault location
- Hot Pluggable: Zero downtime for installation, replacement and network expansion
- 100% Pre-Tested: Fully inspected before shipment to guarantee fault-free online deployment
Full Technical Specifications
- Model: AOZLH
- Form Factor: SFP28
- Standard: 25GBASE-DWDM
- Data Rate: 25.78Gbps
- ITU Channel: CH54
- Central Wavelength: 1534.25nm
- Channel Spacing: 100GHz
- Fiber Type: SMF Single Mode Fiber
- Max Distance: 10KM
- Connector: Duplex LC/UPC
- Transmitter/Receiver: EML Laser / APD Receiver
- Monitoring: DDM/DOM Fully Supported
- Features: Hot Pluggable, Low Latency, Spectrum Stability, Low BER, DWDM Multiplexing
- Compliance: SFP28 MSA, ITU-T G.694.1, RoHS
- Application: Nokia 5G Fronthaul, Telecom DWDM Core Network, Fiber Resource Expansion, Enterprise High-Capacity Long-Distance Transmission
Package Content
1 x Nokia AOZLH SFP28 25G DWDM CH54 1534.25nm 10KM SMF LC Transceiver (Fully Tested)
Shipping Policy
- Fast Shipping: Shipped within 1 business day after payment cleared
- Secure Packaging: Anti-static bag + foam + rigid carton for safe international transit
- Tracking Available: Valid tracking number updated after dispatch
- Delivery Time: US/EU/UK 7–18 business days; Other regions 15–25 business days
- Customs Notice: Import duties & local taxes are buyer’s responsibility
Return & Warranty Policy
- Warranty: 30-Day Free Return + 12-Month Warranty, 100% pre-tested
- Return Terms: Only unused, original packaged & unmodified items are accepted
- Technical Support: 24hr online support & professional 25G DWDM network compatibility guidance
- Warranty Exclusion: Manual damage & unauthorized disassembly not covered
- Free Service: Pre-sale wavelength/channel compatibility check & post-sale debugging support
Buyer Notes
Professional Nokia AOZLH 25G DWDM CH54 dedicated wavelength module. Please confirm model, 1534.25nm wavelength, ITU CH54 channel and SFP28 platform compatibility before purchase. All modules are fully tested to ensure stable DWDM multiplexing link performance.