Extreme Networks ISW 4-10/100P, 2-10/100T, 2-SFP Ethernet Switch

In industrial networks, uptime, resilience, and security are non-negotiable. The Extreme Networks ISW 4-10/100P, 2-10/100T, 2-SFP Ethernet Switch is engineered specifically for harsh environments, delivering continuous operation, robust manageability, and operational efficiency where standard office switches would fail. Built to power the growing ecosystem of surveillance cameras and WLAN access points, this compact switch combines a rugged build with flexible port configurations to simplify deployment on factory floors, in warehouses, and within outdoor enclosures. It offers full PoE+ power on each PoE port, enabling you to place cameras and access points exactly where you need them without running separate power bricks. The embedded management features give IT and OT teams visibility, control, and automation, helping reduce downtime, streamline maintenance, and improve network security. Whether you are deploying a single node at a remote site or rolling out a multi-site industrial network, the ISW switch helps you scale with confidence while maintaining a low total cost of ownership.

• Rugged, Industrial Grade Design: The ISW switch is purpose-built for factory floors, outdoor enclosures, and challenging warehouses. Its enclosure is engineered to resist dust, moisture exposure, and chemical contaminants commonly found in industrial settings, while maintaining reliable operation across broad temperature ranges and under constant vibration and shock. High-quality components, robust connectors, and EMI-resistant construction help minimize failures and extend the device's service life. The compact, modular form factor makes it easy to install in control cabinets, wall-mount enclosures, or remote housings, reducing cabling clutter and simplifying deployments in space-constrained environments. This resilience translates into fewer field service calls and greater uptime for critical devices like security cameras, environmental sensors, and wireless access points. As deployments scale, the rugged design also reduces maintenance cycles, enabling facilities to stay productive and safe without sacrificing performance.
• PoE+ Power for Modern Devices: With four PoE-enabled 10/100 ports, the ISW delivers PoE+ power to power cameras, IP phones, and high-demand WLAN access points directly from the switch. This eliminates the need for separate power runs and minimizes installation complexity on crowded campuses or remote sites. The PoE+ capability ensures that power-hungry devices can operate at their full potential, supporting higher-resolution video, faster wireless throughput, and more reliable edge devices. The remaining two copper ports support non-PoE devices that still benefit from the integrated PoE switch, simplifying network design and reducing hardware footprint. The two SFP uplink slots provide flexible fiber options for high-speed, long-distance connections to the core network, disaster recovery sites, or adjacent switches, enabling scalable, multi-site configurations with resilient paths for critical data.
• Performance, Security, and Manageability: The ISW is designed to deliver dependable, low-latency edge switching. It supports essential Layer 2 features such as VLAN segmentation to isolate traffic between IT and OT domains, QoS to prioritize time-sensitive video and control data, and security mechanisms that help protect management interfaces from unauthorized access. With remote management capabilities, administrators can monitor port status, PoE usage, and link health from a central location, enabling proactive maintenance and rapid issue resolution. The switch supports reliable firmware upgrades, enabling ongoing improvements in stability and security. By offering centralized management across multiple sites, the ISW helps reduce configuration drift, accelerates rollout, and ensures consistent policy enforcement across the network edge.
• Durability, Reliability, and Sleep-Wake Efficiency: Beyond rugged hardware, the ISW is designed for continuous operation with proactive health monitoring and fault detection. Diagnostics can alert operators to port faults, PoE anomalies, or link failures before they impact users, while energy-efficient features help minimize power consumption during off-peak periods. The combination of reliability and efficiency translates into a lower total cost of ownership, a reduced environmental footprint, and improved sustainability for industrial deployments. The sturdy casing, sealed connectors, and robust heat dissipation design ensure quiet operation and long service life in harsh environments, from busy manufacturing floors to outdoor enclosures where maintenance access is restricted.
• Easy Deployment, Installation, and Integration: The ISW is designed for rapid, scalable deployment in both new and existing networks. Its straightforward web-based management interface and CLI allow quick configuration of VLANs, PoE budgets, port security, and monitoring alarms. The fiber uplinks via SFP slots enable flexible, long-distance connections or uplink redundancy, while the 4 PoE ports simplify device placement and reduce cabling complexity. For OT deployments, the solution supports robust security controls, role-based access, and compatibility with standard management protocols, making it easy to integrate into centralized control systems and monitoring platforms. The ISW’s modular design and flexible topology enable multi-site networking with consistent policy enforcement, helping teams deliver secure, reliable connectivity to cameras, sensors, and wireless devices across large campuses and facilities.

Technical Details of Extreme Networks ISW 4-10/100P, 2-10/100T, 2-SFP Ethernet Switch

Technical specifications are provided by the vendor and may vary by SKU. The details below reflect typical capabilities for this family of Extreme Industrial Switches and should be verified against the exact model in use.

• Ports: 4 x 10/100 Mbps PoE-enabled Ethernet ports, 2 x 10/100 Mbps non-PoE Ethernet ports, 2 x SFP fiber uplink slots for modular fiber connectivity.
• PoE Capability: Full PoE+ power on PoE ports to support cameras, wireless access points, and other powered edge devices; per-port power delivery is designed for reliable operation in industrial deployments.
• Switching and Forwarding: Robust Layer 2 switching capability with support for VLANs, QoS prioritization, and secure management access to ensure critical traffic gets the bandwidth it needs while maintaining security boundaries between networks.
• Management and Monitoring: Integrated management interface options (web-based GUI and CLI) with remote monitoring, health alerts, and status reporting to streamline administration and fault detection across distributed sites.
• Durability and Environment: Industrial-grade construction intended for harsh environments, with resilience to dust, vibration, and interference commonly found in manufacturing and logistics settings. The device is designed to operate reliably in spaces with limited maintenance and challenging installation conditions.

How to install Extreme Networks ISW 4-10/100P, 2-10/100T, 2-SFP Ethernet Switch

• Plan the installation location with airflow and cooling in mind; choose a secure mounting method (rack, wall, or enclosure) appropriate for your site’s space and accessibility requirements. Ensure there is enough clearance for heat dissipation and cable routing to minimize interference and improve serviceability.
• Power the switch using the recommended supply in accordance with the installation guidelines; verify that the electrical environment is stable and properly grounded to prevent unexpected outages. Confirm the PoE budget for connected devices and ensure that sufficient power headroom exists to avoid tripping breakers during peak loads.
• Connect PoE devices (cameras, WLAN access points, and other edge devices) to the four PoE-enabled ports; place non-PoE devices on the remaining two copper ports. Use the 2 SFP uplink slots to connect to the core network, distribution layer, or to other switches for redundancy and increased bandwidth at the edge.
• Access the switch’s management interface (via web UI or CLI) to perform initial configuration. Create VLANs to segment traffic, configure QoS policies to prioritize video and control data, enable PoE management features, and set up access controls and alerts for proactive monitoring. Save and back up your configuration to ensure quick recovery in case of a power event or hardware restart.
• Validate performance and PoE status after deployment. Check link statuses, confirm that PoE devices are receiving power, and test connectivity from edge devices to the core network. Establish ongoing monitoring with your preferred management platform to track uptime, throughput, and fault conditions, and schedule firmware updates to maintain security and stability over time.

Frequently asked questions

• Q: What environments is the Extreme Networks ISW switch designed for?

A: It is designed for industrial environments such as factory floors, warehouses, and outdoor enclosures where rugged hardware, reliable PoE power, and flexible uplinks are needed to support cameras, sensors, and wireless access points.

• Q: How many PoE ports does it have, and what about uplinks?

A: The switch provides four PoE-enabled 10/100 ports to power edge devices, two additional 10/100 copper ports for non-PoE devices, and two SFP uplink ports for fiber connections to the core network or other switches, offering flexible topology options.

• Q: Can I manage this switch remotely?

A: Yes. The ISW supports standard management interfaces, including web-based GUI and command-line access, along with remote monitoring capabilities to oversee PoE usage, port status, and link health across distributed sites.

• Q: Is this switch suitable for CCTV and IP camera deployments?

A: Yes. With PoE+ on edge ports, the ISW is well-suited for powering security cameras and related edge devices, enabling centralized power delivery and simplified wiring for reliable surveillance infrastructure.

• Q: How does the ISW help with security and network management?

A: It provides VLAN segmentation, QoS, and secure access controls to protect management interfaces and ensure critical data is prioritized. Centralized management across multiple sites reduces configuration drift and supports consistent policy enforcement.