4-Port L2 Managed Switch

IO 4-Port non-PoE L2 Managed Switch with 2x1G SFP Uplink ports and Universal Power supply

Overview

Fully Managed L2 Switch
All Gigabit Ethernet Ports in a fixed 1U configuration
Four 1G Access ports with PoE and Non-PoE Options
2/4 1G Uplink Ports that allow termination of both fiber and copper simultaneously
Multiple Power Supply options (Single, Redundant, Universal (AC+DC)) to choose from
Up to 16 Gbps Switching capacity and up to 8 Gbps of Full-Duplex Throughput
PoE Variants Suitable in an enterprise/telco/campus environment to connect end PoE clients like Wi-Fi AP, CCTV, P2P, P2MP, IoT, etc.
Non-PoE Variants Suitable to connect Small Cells / BTS, P2P/P2MP, etc. in telco environment and Desktops/Servers, IP-Phone, etc. in an Enterprise/ Campus environment

HSP-IO-4GE2S-C2U
IO 4-Port non-PoE L2 Managed Switch with 2x1G SFP Uplink ports and Universal Power supply Download Datasheet
HSP-IO-4GE2S-C2A
HFCL 4-Port Non-PoE L2 Managed Switch with 2x1G SFP Uplinks and Single AC Power Supply Download Datasheet
HSP-IO-4GE2S-CPD
IO 4-Port PoE+ L2 Managed Switch with 2x1 SFP and 2x1G RJ45 Uplink ports and Dual DC Power supply Download Datasheet

4x10/100/1000 Base-T Gigabit Access Ports
2x10/100/1000 Base-T + 2x1G SFP Gigabit Uplink Ports (PoE Variants).
2x1G SFP Uplink Ports (Non-PoE Variants).
One Serial Console Port
Link / Speed / PoE LED Status on All ports
Comply with Energy Efficient Ethernet Standards (802.3az).

Each access port comply with 802.3af/802.3at with Max power output of 30W per port
Provides PoE Budget of up to 120W
Smart PoE Capabilities like dynamic and static allocation of power to end host, PoE Port priority, and PoE Traffic Monitor

The Universal Supply with option of either connecting to an AC or DC input (100V to 240V AC, -36V to 57V DC).
Single Supply option: Only AC or DC input
Redundant DC supplies

Support up to 4K VLANs and 16K MAC Table
L2 Loop Avoidance – RSTP, MSTP, ERPS
Multicast - IGMP v1/v2/v3, IGMP filtering, IGMP proxy
LACP based LAG and Static LAG with Traffic load share and active-standby policies
Static Routing and Inter-VLAN Routing, Dual-Stack and IPv6 Compliant
802.1q and QinQ (Port-based and Selective), MVRP
QoS – Up to eight priority queues, Rate Limiting/Policing, CIR/EIR, Shaping (SPQ / WRR/ WFQ), Multi-Field Classification, and Remarking