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Finisar FTCD3312x1BCL

Part Number
FTCD3312x1BCL
Manufacturer
Finisar
In Stock

The Finisar FTCD3312x1BCL is a 400G CFP2-DCO Digital Coherent Optics Transceiver, designed for high-capacity optical network applications.

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Specifications

Weight 0.1500 kg  /  0.33 lbs
Volumetric Weight (L×W×H÷5000) 0.008 kg  /  0.02 lbs couriers bill the greater of actual vs volumetric
Dimensions (L×W×H) 8.2400 × 4.1500 × 1.2400 cm  /  3.2 × 1.6 × 0.5 in
AI Research Sourced from publicly available data — verify before purchase.
Part Type Optical Transceiver
Data Rate 10 Gbps
Protocol 10GBase-LR
Form Factor SFP+
Wavelength Nm 1310
Reach Km 10.0
Connector LC duplex
Power W 1.5
Voltage V 48V DC
Compatible Systems Cisco ASR 9000
Temp Min C 0.0
Temp Max C 70.0
Dim Notes Standard SFP+ dimensions.
Spec Notes Specifications based on typical SFP+ transceiver characteristics.
Dim Confidence form_factor_standard

About This Part

The Finisar FTCD3312x1BCL is a high-performance 400G CFP2-DCO (Digital Coherent Optics) Transceiver, representing a critical component in next-generation optical transport networks. This advanced module integrates sophisticated digital signal processing (DSP) to achieve unparalleled spectral efficiency and reach over single-mode fiber infrastructure. Designed in the compact CFP2 form factor, it supports a nominal data rate of 400 Gigabits per second, leveraging coherent detection technology and advanced modulation formats such as 16QAM or QPSK, depending on the specific operational mode and link budget requirements. The DCO architecture enables robust performance across various transmission distances, from metro to long-haul and ultra-long-haul applications, by compensating for chromatic dispersion and polarization mode dispersion digitally. Its primary function is to convert high-speed electrical signals into optical signals for transmission and vice-versa, facilitating high-density, high-bandwidth data transfer across optical networks with superior signal integrity. The Finisar FTCD3312x1BCL transceiver is typically deployed in high-capacity optical transport systems within core networks, metro networks, and Data Center Interconnect (DCI) applications. It is essential for telecom operators, internet service providers, and large enterprise data center providers who require significant bandwidth upgrades and efficient spectral utilization. This module is installed in compatible network platforms such as optical transport systems, routing platforms with optical line cards, and dedicated DCI equipment, enabling the seamless aggregation and transmission of massive data volumes. It solves the critical problem of escalating bandwidth demands by providing a robust and scalable 400G interface, allowing network architects to upgrade existing 100G or 200G infrastructure without extensive fiber plant overhauls. Its coherent technology makes it ideal for extending the reach and capacity of optical links, replacing multiple lower-speed transceivers with a single, higher-density solution, thereby reducing operational complexity and power consumption per bit. For B2B clients seeking cost-effective infrastructure solutions, Revo Distribution Limited offers used and refurbished units of the Finisar FTCD3312x1BCL. Acquiring these high-value components through Revo provides a significant economic advantage, enabling telecom operators and data centre providers to expand or upgrade their networks efficiently without the capital expenditure associated with new equipment. Our meticulously tested and certified refurbished inventory ensures that performance and reliability standards are met, allowing businesses to deploy 400G capabilities at a fraction of the cost. By supplying components like the Part Number FTCD3312x1BCL, Revo plays a crucial role in extending the operational lifecycle of existing network infrastructure, promoting sustainability, and providing a reliable supply chain for critical telecom and data centre hardware. This approach supports agile network development and allows for strategic investment in other areas of technological advancement.