The HSP-IO-4GE2S-CPD 4 port switch provides 4x1G Ethernet access ports and 2x1G uplinks, delivering reliable connectivity for SOHOs, SMEs, campus networks, and educational institutions.
With integrated PoE support, this managed ethernet switch powers devices like IP phones, cameras, and access points while maintaining centralized network control. This 4 port PoE switch ensures smooth remote work, efficient collaboration, and secure connectivity in compact environments.
PoE+ L2 Managed Switch
4 Gigabit Ethernet Access Port
2x1GbE SFP Uplink Port plus 2x1G RJ45 Uplink Ports
Upto 12 Gbps Switching Capacity
Upto 6 Gbps of Full-Duplex Throughput
1x Console Port
STP/RSTP, MSTP, ERPS
IGMP v1/v2/v3 snooping
802.1q, QinQ and MVRP
Voice VLAN
QoS – Up to Eight Priority Queues
-5⁰C to +55⁰C Operating Temperature
Single Integrated -48V DC Power Supply
PoE Budget - 240W
DHCP Snooping, Dynamic ARP Inspection
Port Security, Storm Control
L2/L3/L4 ACL
MAC-IP Anti Spoofing
TACACS+ / RADIUS AAA
CLI and WEB (Via SNMP server)
SNMPv3, Telnet and SSHv2
Dual Stack (IPv4 and IPv6) Management
Zero Touch Provisioning
Remote Work
Compact and efficient networking for home offices, ensuring uninterrupted connectivity for remote work.
Business
Reliable and scalable network solutions to support growing teams and ensure seamless communication.
Campus
Powerful networking for campuses, offering robust connectivity across multiple buildings and high-density environments.
Education
High-performance, secure networking for schools and universities, enabling smooth learning and digital collaboration.
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Explore frequently asked questions about our Network Switches
to understand capabilities, configuration, and compatibility
A 4-port PoE switch is used to provide both data connectivity and electrical power to up to four devices over a single Ethernet cable. It is ideal for small-scale deployments in environments where running separate power lines is difficult or impractical. Common uses include connecting and powering devices like:
The total power consumption of a 4-port PoE switch depends on its own operational power plus the power drawn by all connected devices. The total power budget (the maximum power it can deliver to all PoE devices) is a key specification. The actual power used is the sum of the switch's idle power and the real-time power draw of the connected devices, which will always be less than or equal to the total power budget. For example, a switch with a 60W power budget might only use 30W if the connected devices are low-power.
PoE (Power over Ethernet) and PoE+ (PoE Plus) are both standards for delivering power and data over an Ethernet cable. The main difference lies in the amount of power they can supply to a device.
This higher power output allows PoE+ to support more demanding devices like pan-tilt-zoom (PTZ) cameras, video conferencing systems, and high-performance wireless access points, which would not be fully powered by the original PoE standard.
There are three main types of network switches:
For most casual gamers, a standard unmanaged switch is sufficient, as it provides a stable Ethernet connection. However, for serious gamers or streamers on a congested home network, a managed switch can offer a performance advantage. You can use Quality of Service (QoS) to prioritize your gaming console or PC, ensuring your connection remains fast and lag-free, even when others on your network are streaming video or downloading large files.
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