Name: P49384-001 HPE InfiniBand NDR 2x400GbE OSFP Multi-Mode 50m Transceiver
Brand: HPE
SKU: P49384-001
Price: 312.00 USD
Availability: InStock
Rating: 4.8 (130 reviews)

Product Overview
The HPE P49384-001 transceiver supports InfiniBand NDR and 2x400GbE interfaces, utilizing an OSFP form factor designed for switch-side installation. It operates over multi-mode fiber with a maximum reach of 50 meters, making it suitable for short-distance, high-speed network links within data centers and computing clusters.

General Information
Brand	HPE

Technical Information
Media	MMF
Type	VCSEL
Protocols	InfiniBand NDR, 400GbE
Connector	MTP/MPO

Physical Characteristics
Weight	3.00
Condition	Refurbished

Product Description
The HPE P49384-001 InfiniBand NDR 2x400GbE OSFP Multi-Mode 50m Switch-Side Transceiver is a network module designed for high data transfer rates in demanding networking setups. It is typically deployed in data centers and high-performance computing environments where InfiniBand and Ethernet connectivity converge. Engineered to fit switch-side OSFP ports, this transceiver interfaces with multi-mode fiber optic cabling, supporting link distances up to 50 meters. The dual 400GbE channels and InfiniBand NDR standards target advanced network infrastructures requiring substantial bandwidth. Key Features Supports InfiniBand NDR and dual 400GbE data rates Operates in OSFP form factor for switch-side compatibility Utilizes multi-mode fiber optic technology Provides up to 50 meters of link distance Intended for integration in high-capacity network fabrics This transceiver module plays a significant role in enabling high-throughput, low-latency connections within enterprise data centers and HPC clusters. Its specific design for multi-mode fiber and OSFP switch ports ensures straightforward deployment in compatible hardware environments.

Use Cases
This transceiver is commonly used in enterprise data centers and high-performance computing environments where InfiniBand and Ethernet networks require high-speed interconnects. It fits within network switches supporting OSFP modules and multi-mode fiber connections to handle demanding data throughput needs. How It's Used: Connecting InfiniBand NDR network fabrics in HPC clusters Establishing 400GbE links within data center switch backbones Upgrading switch ports to support OSFP form factor modules Short-distance fiber optic connections up to 50 meters Integrating with multi-mode fiber cabling infrastructures The transceiver aids in delivering the necessary bandwidth and compatible physical interfaces required for modern data center networking tasks, ensuring proper link establishment and maintenance within specialized network configurations.

FAQ's
What fiber type does the P49384-001 transceiver use? The P49384-001 transceiver operates with multi-mode fiber optic cables. This allows it to support shorter reach distances typical in data center environments up to 50 meters. What data rates does this transceiver support? This transceiver supports InfiniBand NDR speeds and dual 400GbE connections, enabling high bandwidth communications over compatible network fabrics. Which form factor is the P49384-001 designed for? The transceiver fits the OSFP (Octal Small Form-factor Pluggable) form factor intended for switch-side installation in networking equipment. What is the maximum cable length supported? The module supports a maximum link distance of 50 meters when used with multi-mode fiber cables, suitable for typical short-range data center applications. Can this transceiver be used in standard Ethernet networks? It supports dual 400GbE interfaces, so it can be integrated into Ethernet switch environments that accept OSFP modules and operate at these speeds. Is the P49384-001 compatible with single-mode fiber? No, this transceiver is specified for multi-mode fiber only and does not support single-mode fiber connections.

P49384-001 HPE InfiniBand NDR 2x400GbE OSFP Multi-Mode 50m Transceiver

Product Overview

General Information

Technical Information

Physical Characteristics

Product Description

Use Cases

FAQ's