Name: FTLF8532P4BCV-N1 NetApp 32Gb Fibre Channel SFP+ 850nm 100m MMF
Brand: NetApp
SKU: FTLF8532P4BCV-N1
Price: 159.00 USD
Availability: InStock
Rating: 4.8 (129 reviews)

Product Overview
The NetApp FTLF8532P4BCV-N1 is a 32Gb Fibre Channel SFP+ short-wavelength optical transceiver designed for multimode fiber connections. It supports transmission distances up to 100 meters using an 850nm laser and fits into standard SFP+ slots in SAN equipment, facilitating high-speed storage networking.

General Information
Brand	NetApp

Technical Information
Form Factor	SFP+
Media	MMF
Type	VCSEL
Protocols	32G Fibre Channel
Connector	LC Duplex
DOM Support	Yes

Physical Characteristics
Weight	3.00
Condition	Refurbished

Product Description
The NetApp FTLF8532P4BCV-N1 is a 32Gb Fibre Channel SFP+ optical transceiver designed for storage area network (SAN) applications. It operates using a short-wavelength 850nm laser diode, suitable for multimode fiber (MMF) connections, and supports data transmission up to 100 meters. This module is commonly used in data centers and enterprise storage environments where high-speed, low-latency communication between servers and storage arrays is required. IT professionals and network engineers typically deploy this transceiver to ensure compatibility within Fibre Channel SAN fabrics. Key Features 32Gbps Fibre Channel data rate for high-throughput links Short-wavelength 850nm laser optimized for multimode fiber Reach of 100 meters over OM3 or equivalent MMF Compact SFP+ form factor for flexible port density Compliance with Fibre Channel standards for SAN interoperability By enabling robust 32Gb Fibre Channel connectivity, this transceiver supports efficient data transfers critical for storage networking. Its design balances performance and compatibility within existing SAN infrastructures, providing a practical solution for scaling storage network bandwidth.

Use Cases
This optical transceiver is typically used in enterprise storage area networks requiring 32Gb Fibre Channel connectivity over multimode fiber. It suits environments with medium-range fiber runs where faster data throughput is necessary for storage traffic. How It's Used: Connecting servers to storage arrays within data centers supporting Fibre Channel SANs Upgrading existing SAN infrastructure for higher 32Gbps link speeds on multimode fiber Deployments requiring optical transceivers compatible with short-wavelength 850nm lasers Applications involving multimode fiber runs up to 100 meters, such as within server racks or across adjacent rooms Integrations with NetApp storage solutions and compatible Fibre Channel switches Overall, this transceiver enables data centers to maintain or enhance storage network performance by providing suitable optical links for 32Gbps Fibre Channel traffic. It plays a key role in scaling storage connectivity without significant infrastructure changes.

FAQ's
What fiber type does the FTLF8532P4BCV-N1 support? This transceiver supports multimode fiber (MMF), specifically designed for use with OM3 or equivalent fiber types to achieve its 100-meter reach. What is the maximum transmission distance for this module? The NetApp FTLF8532P4BCV-N1 supports data transmission distances up to 100 meters over multimode fiber using its 850nm short-wavelength laser. Which data rate does this SFP+ transceiver support? It operates at a 32 Gigabit per second Fibre Channel data rate suitable for high-speed SAN environments. Is the FTLF8532P4BCV-N1 compatible with single-mode fiber? No, this transceiver is designed specifically for short-wavelength 850nm operation on multimode fiber and is not compatible with single-mode fiber. What form factor does this optical transceiver use? The product uses a standard SFP+ form factor, allowing installation in compatible Fibre Channel switches and storage devices. What wavelength does the FTLF8532P4BCV-N1 operate at? It operates at an 850nm wavelength, which is typical for short-range multimode fiber communications.

FTLF8532P4BCV-N1 NetApp 32Gb Fibre Channel SFP+ 850nm 100m MMF

Product Overview

General Information

Technical Information

Physical Characteristics

Product Description

Use Cases

FAQ's