Switch PULSAR SFG128WP-BT — 6-port Gigabit Ethernet with 2x SFP and 4x PoE++

PULSAR SFG128WP-BT is a compact 6-port Gigabit Ethernet switch that combines two SFP uplink slots with four PoE++ enabled Ethernet ports. Designed for network edge deployments, the switch supports fiber connectivity via SFP modules and supplies power over Ethernet to connected devices, enabling simplified cabling and centralized power delivery for devices such as IP cameras, wireless access points, and VoIP phones. Its form factor and port mix make it suitable for small office, retail and surveillance installations where a reliable, space-saving network element is required.

Advantages

The device integrates Gigabit copper ports and SFP fiber uplinks in a single compact unit, reducing the need for additional media converters. Four PoE++ ports provide higher power budget per port compared to lower PoE classes, allowing support for power-hungry devices. The switch is designed for installation at the network edge and simplifies deployment by delivering both data and power over existing Ethernet cabling. Passive cooling and a robust housing offer steady operation in typical indoor deployment environments.

Suitable for

• Small office networks requiring local switch and PoE power delivery
• Retail environments with networked POS terminals and wireless access points
• Surveillance systems with PoE-powered IP cameras
• Remote or branch locations needing fiber uplinks to a central site

Key specifications

• Number of Ethernet ports: 6 Gigabit RJ-45 ports (including 4 PoE++ capable ports)
• SFP slots: 2 fiber SFP uplink slots for modular fiber transceivers
• PoE standard: PoE++ class support on designated ports (higher power per port compared to PoE/PoE+)
• Data transfer: Gigabit Ethernet speed on copper ports and SFP uplinks
• Power delivery: Centralized power over Ethernet for connected devices
• Form factor: Compact edge switch suitable for wall- or shelf-mounting in small installations

How to use

Install the switch on a stable surface or mount it according to the mounting provisions. Insert compatible SFP transceivers into the SFP slots and connect fiber cables for uplink to the core network if fiber is required. Connect Ethernet devices to the RJ-45 ports using Cat5e or better cabling. Power the switch from a suitable AC source and verify the PoE function when connecting powered devices; PoE-enabled ports will automatically negotiate power delivery with compliant PDs. Monitor link/activity LEDs to confirm proper connectivity and device operation.

Usage recommendations

Use Cat5e or Cat6 cabling for copper connections and choose SFP transceivers that match your fiber type and distance requirements. Plan PoE power budget according to the total consumption of connected devices to avoid overloading the switch power capacity. Place the switch in a ventilated indoor location away from direct heat sources and moisture. For surveillance deployments, connect high-priority cameras to the nearest PoE++ ports and ensure firmware is kept up to date where applicable.