HPE Aruba 6200F 48-Port 1GbE PoE 370W Switch

The HPE Aruba 6200F 48-Port 1GbE PoE 370W Switch delivers high-density Gigabit access connectivity with 370W PoE power. Built on AOS-CX, it supports secure switching, simplified management, and scalable connectivity for edge devices.

HPE Aruba 6200F 48-Port PoE 370W Key Platform Specifications

  • Primary Use Case: Access
  • Port Configuration: 48×RJ45 1G + 4×SFP+
  • Maximum Port Speed: 10G
  • PoE Budget (W): 370
  • Switching Capacity (Gbps): 176
  • Stacking: Not supported

Guide price: Price range: £1,445.00 through £2,637.00 Ex. VAT

HPE Aruba 6200F 48-Port PoE 370W Overview

Enterprise networks supporting wireless access points and IoT deployments require reliable access switching capable of delivering both connectivity and power across the edge of the network.

High-Density PoE Access Connectivity for Campus Edge Deployments

The HPE Aruba 6200F 48-Port 1GbE PoE 370W Switch delivers 48 × 1GbE RJ-45 access ports with a 370W PoE power budget to support wireless access points and connected devices. The switch includes 4 × 10GbE SFP+ uplinks and operates on the AOS-CX operating system. Access-layer design with PoE, Smart Rate options, and campus-focused uplinks allows the platform to support modern wireless access points, IoT devices, and user endpoints without requiring separate power infrastructure.

CX Switching Architecture with Integrated Monitoring

The platform incorporates Aruba’s Network Analytics Engine, providing telemetry-driven visibility and programmable monitoring across enterprise access networks. That combination helps teams modernise the edge of the network while keeping operations standardised under Aruba switching and policy controls. Organisations that require a higher PoE power budget on the same 48-port footprint may also consider the HPE JL728A Aruba 6200F 48-Port 1GbE PoE 740W Switch, for supporting more power-hungry access points, cameras and phones.

Supporting High-Density Device Deployments at the Network Edge

With dense PoE connectivity and integrated monitoring capabilities, the Aruba 6200F allows organisations to expand access infrastructure while maintaining reliable network operations.

Our specialists can design and deploy HPE Aruba 6200F 48-Port 1GbE PoE 370W Switch solutions aligned to scalable enterprise access networks.

HPE Aruba 6200F 48-Port PoE 370W Key Features​

The HPE Aruba 6200F 48-Port 1GbE PoE 370W Switch provides reliable Layer 2 campus access switching with integrated PoE support and automation through the Aruba AOS-CX platform.

Reliable Campus Access Connectivity

1GbE Ethernet Ports
Provides dense access connectivity for enterprise and branch networks.

370W PoE Power Budget
Supports powering wireless access points, IP phones, and other edge devices.

High-Speed Fibre Uplinks
Supports fibre uplinks to aggregation or distribution layers.

Compact Access Layer Design
Designed for enterprise campus edge deployments.

Simplified Network Management

AOS-CX Operating System
Supports automation and simplified operations.

Aruba Central Integration
Supports cloud-based network management and monitoring.

Advanced Telemetry
Provides operational insight and troubleshooting capabilities.

Speak to an Aruba Networking Specialist

Whether modernising campus access switching or expanding branch connectivity, we help design Aruba 6200F deployments for reliable network infrastructure.

HPE Aruba 6200F 48-Port PoE 370W Technical Specifications

Full specifications for this model are listed below.

Additional information

Product Family

Aruba CX

Operating System

AOS-CX

Product Series

6200F

Switching Capacity (Gbps)

Deployment

Campus

Target Organisation Size

Midmarket

Primary Use Case

Access

Product Tier

Standard

Network Architecture

Layer 3

Access Ports

48

Access Port Architecture

RJ45 1G

Total Ports

52

Maximum Port Speed

10G

Port Configuration

48×RJ45 1G + 4×SFP+

PoE

Yes

PoE Budget (W)

370

Stacking

Not supported

Power Redundancy

No redundant PSU

Maximum VLANs

4094

Routing Capability

Dynamic

Evaluating whether this is the right fit for your environment?

Our specialists are here to help assess compatibility, compare suitable alternatives, or talk through your configuration needs before committing to a solution.

Contact us today for a no-obligation chat.

HPE Aruba 6200F 48-Port PoE 370W Deployment Scenarios

The HPE JL727A Aruba 6200F 48-Port 1GbE PoE 370W Switch is designed for organisations that need a standard full-width campus or branch access switch with moderate PoE demand. It is best suited to general access closets where many wired users and a typical mix of phones, cameras, and access points need to be supported without requiring the higher power budget of the 740W model above it in the range.

General Campus Access Closets

Office floors, schools, and standard campus buildings often need 48 ports of wired access with PoE for a normal mix of connected devices. The JL727A fits these environments where user density is high but power demand remains within a typical access-layer profile.

Standard PoE Edge Deployments

Many access layers need to power phones, mainstream access points, cameras, and control devices without designing around unusually heavy PoE draw. This model works well where powered endpoints are common but not especially power-dense.

Branch Hubs and Shared Office Floors

Larger branch sites and shared office areas often need one switch to support staff devices, wireless access, and local edge services from a single closet. The JL727A is a good fit where broad port density matters more than maximum PoE headroom.

Cost-Aware Access Refresh

Not every 48-port access switch needs the highest available power budget. The JL727A suits refresh projects where organisations want a modern stackable edge platform while keeping power provision aligned to everyday campus and branch demand.

Standardised Edge for Typical Device Mixes

Some networks include many closets with a similar balance of users, phones, cameras, and standard access points. The JL727A is well matched to those general-purpose access layers where predictable edge demand drives the design.

Planning an Aruba 6200F 48-Port 1GbE PoE 370W Deployment?

Our team can help design and deploy Aruba 6200F 48-Port 1GbE PoE 370W switching for general access closets, standard powered edge devices, and cost-aware campus or branch refresh projects.

As an official HPE partner, we help enterprises unlock flexible financing options that align IT investment with business goals.

Through HPE Financial Services, we can help your business to:

Unlock smart HPE financing, built for enterprise scale.

Experience smart savings and enhanced sustainability with HPE Renew.

This circular initiative provides top-quality remanufactured HPE hardware, fully-certified and backed by warranty.

Industry-leading quality meets unbeatable value. Upgrade your infrastructure while minimising spend.

As a certified partner, we can unlock exclusive HPE promotions for your business, providing enhanced resilience and efficiency across your network at unbeatable discounts.

Tailored recommendations for your infrastructure

Below you’ll find alternative models, suitable software and services that pair with this solution – helping you to avoid compatibility issues, reduce support overhead and deploy with confidence.

HPE Aruba AP-635 Wi-Fi 6E Indoor Access Point
Hardware
HPE Aruba AP-635 Wi-Fi 6E Indoor Access Point
Provides cost-effective branch wireless for medium-density environments.
Aruba-R7J27A
View product

Not sure where to start?

Not all deployments fit standard configurations. If you’re weighing up options or want a second opinion on your setup, our team is here to help with honest, straightforward advice backed by decades of vendor knowledge.

Need to define the right IT solution?

Alternatively, If you’re unsure whether this product fully meets your project’s needs, we’re here to help.
A group discussing IT solutions

Looking for a different model?

Not sure which model is right for your environment? Our specialists can help you select the right platform for your infrastructure requirements.