Name: P2XR1 Dell 100GbE QSFP28 BiDi 850,900nm LC Duplex Transceiver
Brand: Dell
SKU: P2XR1
Price: 1.00 USD
Availability: InStock
Rating: 4.8 (129 reviews)

Product Overview
The Dell P2XR1 transceiver facilitates 100GbE data transmission via a QSFP28 BiDi interface, using dual wavelengths (850nm and 900nm) over LC duplex fiber connectors. It is suitable for short-reach fiber connections in Dell network environments requiring efficient fiber utilization.

General Information
Brand	Dell

Technical Information
Form Factor	QSFP28
Media	MMF
Type	VCSEL
Power Consumption	3.5
Protocols	100GbE,100GBASE-BiDi
Connector	LC Duplex
DOM Support	Yes

Physical Characteristics
Weight	3.00
Condition	Refurbished

Product Description
The Dell P2XR1 transceiver is a 100 Gigabit Ethernet (100GbE) module designed for high-speed data communication over fiber optics. It uses a QSFP28 BiDi interface, enabling bidirectional data transmission through a single fiber strand by employing two distinct wavelengths, 850nm and 900nm. This transceiver is typically used in data centers and enterprise network environments where high bandwidth and efficient fiber utilization are critical. Networking professionals and IT infrastructure teams implement this transceiver to enhance network capacity while minimizing cabling complexity. Key Features 100GbE QSFP28 form factor supporting high data throughput Bidirectional operation with 850nm and 900nm wavelengths LC duplex connector for standard fiber optic connectivity Compatibility with Dell networking equipment featuring QSFP28 ports Designed for short-reach fiber optic links The Dell P2XR1 helps optimize fiber infrastructure by allowing bidirectional communication over a single fiber cable, which reduces cabling requirements in dense network deployments. This transceiver supports critical network applications where space and fiber resource management are important.

Use Cases
The Dell P2XR1 transceiver is typically deployed in enterprise and data center environments requiring high-bandwidth connections with fiber optimization. It supports network infrastructures that benefit from bidirectional data transfer over single fibers, reducing cable complexity. How It's Used: Connecting high-speed switches and routers in data centers with limited fiber resources Upgrading existing fiber optic links to 100GbE speeds without adding additional fibers Implementing cost-effective short-reach 100GbE uplinks in enterprise networks Deploying in Dell networking equipment supporting QSFP28 modules Facilitating efficient fiber cabling in high-density networking racks This transceiver supports network designs focused on maximizing fiber use and managing physical cabling constraints. It helps maintain 100GbE connectivity where fiber availability and space are limited, addressing common operational challenges in modern networks.

FAQ's
What fiber connector type does the P2XR1 use? The Dell P2XR1 uses LC duplex connectors for fiber optic connectivity, which are standard in many networking environments. What wavelengths does the P2XR1 transceiver operate on? It operates using two wavelengths: 850nm and 900nm, enabling bidirectional communication on a single fiber strand. Is the P2XR1 compatible with all QSFP28 ports? The P2XR1 is designed for Dell networking equipment featuring QSFP28 ports; compatibility with other vendors' equipment is not specified. Can the P2XR1 be used for long-distance links? This transceiver is intended for short-reach fiber optic links and may not support extended distances beyond typical data center applications. What data speed does the P2XR1 support? The P2XR1 supports 100 Gigabit Ethernet speeds, suitable for high-bandwidth network segments. How does the P2XR1 achieve bidirectional communication? The transceiver uses two different wavelengths (850nm and 900nm) to send and receive data simultaneously over a single fiber strand.

P2XR1 Dell 100GbE QSFP28 BiDi 850,900nm LC Duplex Transceiver

Product Overview

General Information

Technical Information

Physical Characteristics

Product Description

Use Cases

FAQ's