MRD SDS300-W5P1040P Industrial Managed PoE Switch

• Industrial automation control cabinets
• Factory floor machine connectivity
• IP camera and surveillance deployments
• Smart transportation monitoring systems
• Utility and substation communications
• Warehouse and logistics automation networks
• Remote industrial site connectivity
• Building automation and access control systems
• Industrial IoT sensor aggregation networks
• Critical infrastructure edge networking

• 4 Gigabit PoE Ethernet ports
• 1 Gigabit SFP fiber uplink slot
• Web-based management interface
• SNMPv1 and SNMPv2 support
• 14 Gbps switching backplane capacity
• RSTP network redundancy support
• 4K VLAN segmentation capability
• IPv4 multicast support
• Jumbo frame support
• Storm control functionality
• Dual power input architecture
• Industrial IP40-rated enclosure
• Fanless cooling design
• DIN-rail mounting support
• Wide industrial operating temperature range

• Brand: MRD
• Part Number: SDS300-W5P1040P
• Series: R37 Series
• Product Type: Industrial Managed PoE Ethernet Switch
• Port Configuration: 4 × 10/100/1000Base-T PoE Ports
• Uplink Ports: 1 × 100/1000Base-X SFP Port
• Management Mode: Web-Based HTTP, SNMPv1, SNMPv2
• Backplane Bandwidth: 14 Gbps
• Processing Type: Store-and-Forward
• MAC Address Table: 2K
• Packet Buffer Size: 2 Mbit
• Forwarding Rate: 148,800 pps/100M Port, 1,488,000 pps/1000M Port
• Redundancy Protocol: RSTP
• VLAN Support: 4K VLANs
• Multicast Support: IPv4 Multicast
• Jumbo Frame Support: Supported
• Storm Control: Supported
• DIP Switch Functions: VLAN, RSTP
• Input Voltage: 9.6~60 VDC and 18~30 VAC
• Power Inputs: Dual Inputs
• Power Consumption: 10W

WHY CHOOSE THIS PRODUCT?

• The MRD SDS300-W5P1040P is a practical choice for organizations requiring industrial-grade PoE connectivity without the cost and complexity of larger switching platforms. Its combination of 4 PoE access ports, dedicated fiber uplink connectivity, web-based management, and industrial hardening delivers greater deployment flexibility than basic unmanaged alternatives. Buyers benefit from support for network segmentation, redundancy, and centralized management while maintaining a compact footprint suitable for distributed edge environments. The rugged enclosure, dual-input power design, and extended operating temperature range contribute to lower maintenance requirements, stronger business continuity, and long-term infrastructure value for industrial, utility, transportation, and smart facility projects.