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Dell 2FCDM 10Gb/s XFP Duplex LC Transceiver
- Type: XFP Transceiver Module
- Data Rate: 10Gb/s
- Connector: Duplex LC
- Form Factor: XFP
- Supports high-speed Ethernet connections
- Hot-swappable for easy installation
- Designed for enterprise networking
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Product Overview
The Dell 2FCDM is a 10Gb/s XFP transceiver module. It is designed for duplex LC fiber optic connections, enabling high-speed data transmission over compatible fiber infrastructure.
Technical Information
| Product Type | XFP Transceiver Module |
| Data Rate | 10Gb/s |
Additional Specifications
| Connector | Duplex LC |
| Form Factor | XFP |
Product Description
The Dell 2FCDM is an XFP (10 Gigabit Small Form Factor Pluggable) transceiver module that provides 10 Gigabit Ethernet (10GbE) connectivity. This module is designed to interface with network devices that support the XFP standard, enabling high-speed data transfer over fiber optic cabling. The 10Gb/s speed makes it suitable for demanding network applications, including data center interconnects, high-performance computing clusters, and enterprise backbone networks. The transceiver utilizes a duplex LC connector, which is the standard interface for fiber optic connections, ensuring a secure and reliable physical link. While the specific fiber type (single-mode or multi-mode) and wavelength are not explicitly detailed in the SKU/Title, XFP modules typically come in variants for different fiber types and distances. The hot-swappable nature of the XFP form factor allows for easy installation and replacement without the need to power down the host device, minimizing network downtime. This Dell 2FCDM module is intended for use within Dell networking environments or with other compatible network equipment. It plays a critical role in expanding network bandwidth and connecting high-performance devices. When selecting this transceiver, it is important to consider the specific fiber optic infrastructure (e.g., single-mode or multi-mode fiber) and the required transmission distance to ensure compatibility and optimal performance.
