Name: P12918-001 HP 32-Port 100GBase-X QSFP28 Front-to-Back 1RU Gigabit Ethernet Switch
Brand: HP
SKU: P12918-001
Price: 1771.00 USD
Availability: InStock
Rating: 4.8 (130 reviews)

Product Overview
The HP FM 3032Q 32-Port 100GBase-X QSFP28 Front-to-Back 1RU Gigabit Ethernet Switch offers a dense array of 100G ports designed to meet the intense demands of data center networking. It's a compact solution focused on delivering consistent performance and effective cooling, fitting neatly into standard racks and supporting high-speed data transfer across enterprise and cloud networks.

General Information
Brand	HP
Part Number	P12918-001
Condition	Refurbished

Technical Information
Switch Ports	32
Number of Ports	32-Ports
Port Type	100G QSFP28
Port Speed	100Gbps
POE Support	No
Switching Capacity	6400 Gbps
Switch Forwarding Rate	9523.81 Mpps
VLAN Support	Yes
Max VLANs Supported	1-4094
Stackable	No
Layer Support	Layer 3
Connector Type	QSFP28

Performance
Jumbo Frame Support	Up To 9216 Bytes

Management and Configuration
Routing Protocols	Static, OSPF, BGP, VRRP, PIM-SM, IGMP
Remote Protocols	Yes
Management Interfaces	Serial Console (RJ-45),USB Console,Web GUI,Command Line (CLI),SNMP
Security Features	Access Control Lists (ACLs),802.1X,SSH,RADIUS,TACACS+
Management Type	CLI,Web GUI,SNMP
Remote Management Protocol	SNMP,SSH,HTTPS,Telnet

Power & Cooling
Fans	Front-to-Back hot-swappable fans

Physical Characteristics
Weight	5.00

Miscellaneous
Compliance Standards	WEEE, RoHS, CE, FCC, UL

Product Description
This HP FM 3032Q switch provides high-speed 100GBase-X connections through its 32 QSFP28 ports, ideal for modern data centers requiring dense, high-throughput networks. Often deployed in server racks where space and cooling efficiency are critical, this switch efficiently manages heavy traffic loads with front-to-back airflow design keeping components cool. Built for network administrators and IT professionals managing enterprise-scale environments, it supports seamless integration for high-performance computing and cloud infrastructures. Its compact 1RU size ensures it fits well in standard racks without sacrificing port density. Key Features 32 QSFP28 ports handling 100GBase-X connections for swift data transfer Front-to-back airflow tailored for efficient cooling in dense rack setups 1RU height providing space-saving deployment in rack environments Designed to support demanding data center network traffic with reliability Compatible with gigabit Ethernet protocols for broad network integration This switch is typically installed in large-scale data centers where high port counts and cooling efficiency matter. It plays a crucial role in maintaining network speed and stability under heavy load, particularly in enterprise and cloud service provider networks.

Use Cases
The HP 32-Port 100GBase-X QSFP28 Front-to-Back 1RU Gigabit Ethernet Switch is primarily utilized in high-density data center environments where space efficiency and thermal management are critical. It benefits network architects and IT professionals managing enterprise-scale virtualization, cloud computing, and large-scale storage deployments requiring rapid, reliable data throughput. How It's Used: Aggregating high-speed traffic in hyperscale data centers to support cloud service providers and enterprise IT operations. Enabling backbone connectivity in storage area networks (SANs) handling intensive data replication and backup workloads. Facilitating network segmentation and high-throughput interconnects within virtualized compute clusters. Deploying in edge computing facilities where front-to-back airflow optimizes cooling in constrained rack spaces. Supporting scalable, multi-tenant environments by providing dense 100G port configurations for flexible network expansion. This switch enhances operational efficiency through its compact form factor and effective cooling design, ensuring sustained high performance under demanding workloads. It supports scalable infrastructure growth by accommodating increasing bandwidth needs without requiring extensive rack space or complex airflow modifications.