About 8-port 10//100/1000BASE-TX+2G SFP Managed Industrial Switch
STS-8P2S-MISan hardened 10-port Industrial Ethernet Switch,
provides non-blocking wire-speed performance in harsh industrial
environment. It also provides 8-port 10/100/1000BASE-TX RJ45
+2G SFP delivered in an IP40 rugged, strong case with redundant
power system. Its slim case is suitable for such applications as
surveillance system deployments, control management and
wireless service in climatically demanding environments with wide
temperature range from -40 to 80.
TheSTS-8P2S-MISprovides the flexibility to all kinds of
10//100/1000Mbps Ethernet Media on RJ-45 port and performs
highly stable fiber performance.
Engineered for Industrial EnvironmentsCrafted for reliability and performance, this managed industrial switch operates smoothly in temperatures between -40C and +75C. Its IP40 rugged metal housing ensures resistance to dust and accidental contact, while strict EMC, vibration, and shock standards provide superior durability. The fanless design further enhances operational stability in facilities sensitive to dust or noise.
Versatile and High-Speed ConnectivityFeaturing eight auto-sensing 10/100/1000BASE-T(X) Ethernet ports and two gigabit SFP uplinks, this switch delivers flexible networking options for a variety of industrial scenarios. With a switching capacity of 20Gbps and a forwarding rate of 14.88 Mpps, it reliably transfers large data volumes while supporting advanced networking functions such as VLAN, QoS, and IGMP Snooping.
Redundant Power and Comprehensive ManagementEquipped with dual power input options ranging from 12 to 48V DC, the switch offers reliable, uninterrupted operation. In the event of power loss, a built-in alarm relay notifies users for rapid action. For network administrators, advanced management through SNMP v1/v2c/v3, intuitive Web/CLI access, and support for multiple automation features ensure streamlined configuration and monitoring.
FAQ's of 8-port 10//100/1000BASE-TX+2G SFP Managed Industrial Switch:
Q: How does the dual power input feature benefit industrial applications?
A: The dual power input design allows the switch to operate continuously even if one power source fails, ensuring uninterrupted network connectivity in critical industrial settings. This redundancy is crucial for minimizing downtime and maximizing reliability.
Q: What environments are best suited for installing this managed industrial switch?
A: With an operating temperature range of -40C to +75C, IP40 ingress protection, strong vibration and shock resistance, and a rugged metal enclosure, this switch is ideal for use in harsh industrial environments such as factories, substations, and outdoor control systems.
Q: What management and monitoring options does the switch offer?
A: This managed switch provides flexible management via SNMP v1/v2c/v3, a user-friendly web interface, command line interface (CLI), and supports features like VLAN, QoS, IGMP Snooping, RMON, and LLDP for comprehensive network monitoring and control.
Q: Where can this industrial switch be easily mounted and installed?
A: The compact size and DIN rail mounting capability make installation straightforward in industrial cabinets or control panels, optimizing space usage and allowing secure, vibration-resistant placement.
Q: What is the process for configuring advanced features like VLAN and QoS on this switch?
A: Configuration can be performed through the intuitive web GUI or command line interface. Users can segment networks with VLANs for better security and assign Quality of Service (QoS) priorities for latency-sensitive applications, all through a guided setup process.
Q: How does the fanless design enhance reliability?
A: The fanless cooling system reduces the risk of mechanical failure, minimizes dust ingress, and ensures silent, maintenance-free operation, which is particularly beneficial in dusty or noise-sensitive environments.
Q: What are the benefits of the switch's compliance with EMC and industrial standards?
A: Compliance with IEC and EN industrial EMC, vibration, and shock standards ensures robust performance against electromagnetic interference, vibrations, and shocks. This guarantees network stability and longevity in demanding industrial installations.