Genuine Alcatel-Lucent Nokia 3HE00564CA AA01 XFP Transceiver CLEI IPUIBD7DAA 10GBASE-LR 1310nm 10KM SMF Duplex LC DDM Hot Pluggable Fully TestedProduct OverviewGenuine Alcatel-Lucent / Nokia 3HE00564CA AA01 Carrier-Grade 10G LR XFP Module with official CLEI code IPUIBD7DAA. Designed for Nokia/Alcatel-Lucent 7750 SR, 7450 ESS and carrier transmission platforms, this 10GBASE-LR transceiver supports multi-standard operation including 10G Ethernet, 10G/8G Fiber Channel and 10G CPRI, widely deployed in enterprise backbone, telecom aggregation and medium-distance optical link transmission.Adopts standard 1310nm DFB laser for low-loss single-mode fiber transmission, delivering stable 10KM reliable reach over SMF. Built with strict carrier-grade quality standards, featuring ultra-low jitter, low bit error rate and strong anti-interference performance to support 24/7 uninterrupted network operation. Equipped with full DDM real-time diagnostic monitoring and hot-plug function for zero-downtime replacement and network upgrade. Every unit is 100% fully pre-tested to ensure perfect plug-and-play compatibility with Nokia/Alcatel-Lucent network devices.Core Key Selling Points

• Standard 10GBASE-LR Performance: 10.3Gbps full-rate transmission, compliant with IEEE 802.3ae, ideal for 10G medium-distance backbone networking
• Multi-Standard Compatibility: Supports 10GBASE-LR/LW, 10G/8G Fibre Channel and 10G CPRI for versatile telecom and data center deployment
• Official CLEI Certified: Authorized CLEI IPUIBD7DAA code, fully compliant with global telecom operator acceptance standards
• 1310nm 10KM Stable Reach: Classic low-loss wavelength, excellent link budget, stable long-span single-mode fiber transmission
• Genuine Nokia/Alcatel Spec: Exact 3HE00564CA AA01 PN, no coding mismatch or device recognition failure
• Carrier-Grade Stability: Industrial laser chip solution, ultra-low BER, strong EMI shielding, 24/7 continuous operation
• Full DDM Monitoring: Real-time optical power, temperature and voltage detection for easy remote O&M and fault location
• Hot Pluggable Design: Zero downtime for installation, replacement and network expansion
• 100% Pre-Tested: Fully inspected before shipment to guarantee fault-free online deployment

Full Technical Specifications

• Part Number: 3HE00564CA AA01
• CLEI Code: IPUIBD7DAA
• Form Factor: XFP
• Standard: 10GBASE-LR / 10GBASE-LW
• Data Rate: 10.3Gbps
• Wavelength: 1310nm
• Fiber Type: SMF Single Mode Fiber
• Max Distance: 10KM
• Connector: Duplex LC/UPC
• Monitoring: DDM/DOM Fully Supported
• Supported Protocol: 10G Ethernet, 8G/10G Fibre Channel, 10G CPRI
• Features: Hot Pluggable, Low Jitter, Low BER, Carrier Grade, Multi-Rate
• Compliance: XFP MSA, IEEE 802.3ae, RoHS
• Application: Nokia/Alcatel-Lucent 7750 SR/7450 ESS, Telecom Aggregation Network, Enterprise 10G Backbone, Data Center Uplink

Package Content1 x Alcatel-Lucent Nokia 3HE00564CA AA01 XFP 10GBASE-LR 1310nm 10KM SMF Transceiver (CLEI IPUIBD7DAA, 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 10G LR network compatibility guidance
• Warranty Exclusion: Manual damage & unauthorized disassembly not covered
• Free Service: Pre-sale device compatibility check & post-sale link debugging support

Buyer NotesGenuine Alcatel-Lucent/Nokia carrier-grade 10G LR XFP module with CLEI certification. Please confirm PN 3HE00564CA AA01, CLEI IPUIBD7DAA, 10GBASE-LR standard, 1310nm 10KM SMF specification before purchase. All modules are fully tested for stable long-term network operation.