8-Port PoE+ L2 Managed Switch | HSP-IO-8GE2S-C2PA+

8x1 GE access + 2x1G SFP and 2x1G RJ45 uplinks

8 Port Managed PoE Switch for Secure, Role-Based Connectivity

The HSP-IO-8GE2S-C2PA+ L2 managed switch delivers reliable, high-performance connectivity for small to medium enterprise networks. With 8 Gigabit Ethernet access ports, uplink flexibility, and PoE+ support, this 8 port switch simplifies device deployment while ensuring secure, role-based network access.

Ideal for campus networks, healthcare facilities, back-office hubs, and micro-branch BFSI setups, this managed PoE switch ensures seamless operation for staff, guests, and critical systems.

Physical Interface

  • L2 PoE+ Managed Switch

  • 8x10/100/1000Mbps RJ45 Access Ports

  • 2x1G SFP and 2x1G RJ45 Uplink Ports

  • Upto 24 Gbps Switching Capacity

  • Upto 17.86 MPPS of Full-Duplex Throughput

  • 1x Console Port

  • 1x RJ45 Management Port

L2 Features

  • VLAN - MAC Based, Protocol Based, Voice VLAN, Private VLANs

  • L2 Loop avoidance (STP/RSTP/MSTP)

  • ERPS (ITU G.8032)

  • IGMP v1/v2/v3 Snooping

  • 802.1q and QinQ

  • QoS - Classification, Marking, Policing, and Shaping

Design Parameters

  • 0⁰C to +55⁰C Operating Temperature

PoE

  • PoE Budget - 130W

  • Per Port PoE Configuration and Scheduling

  • Persistent PoE and Power Delay (to let the Device Boot)

  • Auto PoE Check and Reboot if Device does not Respond

Security

  • TACACS+ / RADIUS AAA

  • DHCP snooping, Dynamic ARP Inspection

  • Port Security, Sticky MAC, IP-MAC Binding

  • L2/L3/L4 ACL with Extended Features

Management

  • WEB GUI, CLI

  • SNMPv3, RMON, sFlow

  • Dual Stack (IPv4 and IPv6) Management

Applications

Education

Campus Networks

Enables role-based access for staff, students, and guests with dynamic VLANs and secure onboarding through 802.1X

Healthcare

Secure Connectivity

Enforces device-level authentication, ensuring medical systems connect securely and remain compliant with health data regulations.

Back office Hubs

Transaction Zones

Enables reliable, policy-based connectivity for transaction terminals with role-based access and to dynamically enforce security postures.

BFSI

Micro-Branch Access

Delivers compliance-grade access control for teller stations or micro-branches, ensuring secure monitoring and real-time policy adjustments.

Insights

Blog

Modern Network Switching: Meeting Tomorrow’s Challenges with Network Switches

IT Leaders in SMBs, Campuses, Schools, or Local Infrastructure Face a Network Crossroads....

Case Study

Wi-Fi 6 Access Points Powers Connectivity at EIL Mumbai

Boosting Productivity, Collaboration, and Efficiency with Next-Gen Access Points…

Case Study

Insurance Giant Strengthens Network with L2 Managed Switches

Scalable, Dependable Switching Solutions Power Thousands of Branch Offices Across India…

Frequently Asked Questions

Explore frequently asked questions about our Network Switches
to understand capabilities, configuration, and compatibility

What are the key benefits of using an 8-port PoE L2 managed switch for small and medium businesses?

An 8-port PoE L2 managed switch offers SMBs a cost-effective yet powerful way to build reliable networks. With Power over Ethernet (PoE+), it eliminates the need for separate power cabling, reducing installation costs for devices like cameras, IP phones, and Wi-Fi access points. Managed features such as VLANs, QoS, and link aggregation allow businesses to segment traffic, prioritize critical applications, and ensure consistent performance. Additionally, the compact 1U design with Gigabit speed on all ports ensures scalability without occupying much space, making it an ideal choice for growing businesses.

How does a fully managed L2 switch improve network performance and security compared to unmanaged switches?

Unlike unmanaged switches, a fully managed L2 switch gives IT teams complete control over traffic flow, security, and performance. Features such as 802.1X authentication, DHCP snooping, dynamic ARP inspection, and ACLs safeguard the network from unauthorized access and attacks. On the performance side, advanced functions like STP/RSTP loop prevention, VLAN tagging, QoS prioritization, and IGMP snooping keep traffic optimized and stable even under high load. For businesses, this means reduced downtime, faster data transfer, and a network infrastructure that can support mission-critical applications securely.

Why choose an 8-port PoE managed switch for Wi-Fi access points, CCTV, and IP phones deployment?

An 8-port PoE managed switch is purpose-built for converged networks where powering devices and ensuring uninterrupted connectivity is critical. With a 130W PoE budget and per-port power scheduling, it can seamlessly power Wi-Fi APs, IP surveillance cameras, and VoIP phones without separate adapters. Persistent PoE and auto PoE check ensure devices stay powered even during reboots, providing maximum uptime. Combined with SFP uplinks for fiber connectivity and gigabit throughput, this switch delivers both the performance and flexibility enterprises need for unified communications and surveillance setups.

Why should system integrators consider L2 managed PoE switches for scalable network projects?

For system integrators, an L2 managed PoE switch simplifies deployment, management, and scaling of enterprise networks. Features like zero-touch provisioning, SNMP, sFlow, and WebGUI with auto-mapping reduce installation time and make large-scale rollouts more efficient. With support for 4094 VLANs, IPv6, QoS policies, and link aggregation, integrators can customize the network to meet diverse client requirements. Energy-efficient design (IEEE 802.3az) lowers operational costs, while robust security features ensure long-term reliability. These benefits make managed PoE switches an excellent foundation for future-ready, scalable network projects across enterprises, campuses, and smart city deployments.

What is a L2 managed switch?

A Layer 2 (L2) managed switch is a switch that operates at the Data Link Layer of the OSI model and provides a wide range of management features, such as VLANs and QoS, to control traffic within a single broadcast domain. It does not perform routing functions between different networks.

What is a PoE switch used for?

A PoE switch is used to provide both data and power to devices over a single Ethernet cable. Its primary use cases include powering IP security cameras, VoIP phones, and wireless access points in locations where a power outlet may not be easily accessible, simplifying cabling and installation.

Resources

Quick Start Guide

Download

Datasheet

Download

Brochure

Download