Name: 741205-001 HPE 4x16Gbps QSFP+ 100m Transceiver High-Speed Fiber
Brand: HPE
SKU: 741205-001
Price: 324.86 USD
Availability: InStock
Rating: 4.8 (130 reviews)

Product Overview
The 741205-001 HPE 4x16Gbps SW 100m QSFP+ transceiver enables four simultaneous 16Gbps connections via a QSFP+ interface. It supports up to 100 meters of optical transmission, fitting into network hardware that requires multi-channel fiber optic connectivity within HPE environments.

General Information
Brand	HPE

Technical Information
Form Factor	QSFP+
Media	MMF
Type	VCSEL
Power Consumption	≤3.5W
Protocols	16G Fibre Channel (4x16Gbps)
Connector	MTP/MPO
DOM Support	Yes

Physical Characteristics
Weight	3.00
Condition	Refurbished

Product Description
The 741205-001 HPE 4x16Gbps SW 100m QSFP+ transceiver is a high-speed optical module designed to facilitate data transmission over distances up to 100 meters. It is typically used in data center and enterprise networking environments where multi-channel 16Gbps connections are required. This transceiver is intended for IT professionals and network engineers managing high-bandwidth switches and servers within HPE infrastructure. Key Features Four independent 16Gbps channels providing an aggregate bandwidth of 64Gbps QSFP+ interface ensuring compatibility with standard HPE switch ports Optical transmission distance up to 100 meters suitable for short-range connections Designed to operate within HPE's supported networking ecosystem Compact form factor optimized for dense network deployments This transceiver supports high-density, multi-channel optical connections necessary for modern network architectures. Its design facilitates efficient data transfer with reduced port usage, making it suitable for environments requiring consolidated yet high-throughput links.

Use Cases
The 741205-001 transceiver is typically deployed in data centers and enterprise networks requiring aggregated high-speed optical connections. It suits environments where multiple 16Gbps lanes are needed for server-to-switch or switch-to-switch links within HPE infrastructure. How It's Used: Connecting high-bandwidth servers to HPE switches over short to medium optical distances Aggregating multiple 16Gbps channels into a single QSFP+ port for efficient port utilization Establishing switch-to-switch links within enterprise data centers Supporting storage area networks (SANs) requiring fiber optic connectivity Deployments where 100-meter transmission is sufficient between networking equipment This transceiver provides essential multi-lane optical connectivity in environments demanding parallel data streams and space-efficient port aggregation. It plays a role in supporting the infrastructure for scalable, fiber-based networking within HPE-supported systems.

FAQ's
What type of interface does the 741205-001 use? The 741205-001 uses a QSFP+ (Quad Small Form-factor Pluggable Plus) interface, supporting four channels of 16Gbps each for multi-lane data transmission. What is the maximum transmission distance for this transceiver? This transceiver supports optical data transmission up to 100 meters, suitable for short to medium-range network connections. Is the 741205-001 compatible with all HPE switches? The transceiver is designed to be compatible with HPE switches that support QSFP+ modules but should be verified against specific switch model requirements. How many lanes of data does this transceiver support? The 741205-001 supports four independent data lanes, each running at 16Gbps, for a total bandwidth of 64Gbps aggregated. What environments typically use this QSFP+ transceiver? It is commonly used in data centers and enterprise networks where multi-lane high-speed fiber optic connections are required within HPE networking systems. Does this transceiver support single-mode or multi-mode fiber? Based on the 100m transmission range, the transceiver is designed for multi-mode fiber applications typically used in data center environments.

741205-001 HPE 4x16Gbps QSFP+ 100m Transceiver High-Speed Fiber

Product Overview

General Information

Technical Information

Physical Characteristics

Product Description

Use Cases

FAQ's