Netonix manufactures rugged, carrier-class AC/DC (Alternating Current / Direct Current) Managed PoE Gigabit switches built specifically for Wireless Internet Service Providers (WISP's). Engineered with a durable chassis and extended operating temperature range, these switches are ideal for remote and outdoor deployments.

1. What is a Netonix WISP AC/DC Switch?

The Netonix WISP Switch range comprises managed, passive PoE switches designed specifically for Wireless Internet Service Providers (WISPs). They feature rugged chassis, extended operating temperature ranges, and a user-friendly interface. Models vary in port count, power supply (AC/DC), and PoE configurations.

Popular Models:

AC Switch 

• Powered by standard mains (110–240V AC).
• Ideal for typical indoor deployments with stable grid power.
• 12-Port Managed PoE Switch 24V-48V AC PoE + 2SFP Uplink Ports 250W | NTX-WS-12250-AC

DC Switch 

• Powered by 48V–54V DC sources (e.g., batteries, solar systems).
• Preferred for off-grid, solar, or battery-backed WISP setups.
• 24-Port Managed PoE Switch 24V-48V IDC PoE + 2SFP Uplink Ports 400W | NTX-WS-26400-IDC
• 12-Port Managed PoE Switch 24V-48V DC PoE + 2SFP Uplink Ports 250W | NTX-WS-12250-DC
• 6-Port Managed PoE Switch 24V-48V DC PoE + 2SFP Uplink Ports 150W | NTX-WS-8150-DC
  
  

2. What are the power input options for Netonix WISP Switches?

Netonix WISP Switches offer various power input options to accommodate different deployment scenarios. 

• DC Input – 9V to 72V DC (model-dependent).
• AC Power Supply – Internal or external PSU, depending on the model.
• PoE Input – Select models support passive PoE input on specific ports.

Feel free to verify per model with our kind and knowledgeable Sales and Technical team, as specifications vary. For instance, the 24-Port Managed IDC model features a 400-watt isolated DC power supply that accepts a variable input from 32V to 72V DC, providing uninterrupted 24V and 48V PoE output.

3. What devices are compatible with Netonix WISP Switches?

Netonix WISP Switches are compatible with devices that support passive PoE, particularly:

• Ubiquiti (e.g., airMAX, airFiber)
• MikroTik (RouterBOARD, wireless devices)
• Cambium Networks
• Mimosa Networks
• Siklu
• RADWIN

They support 24V, 48V, and high-voltage (VH) PoE output, making them versatile for most WISP radio gear. Always match voltage and power requirements.

4. Can I manage Netonix WISP Switches remotely?

Yes, Netonix WISP Switches support remote management via:

• Web UI: Access through HTTP/HTTPS.
• SSH/Telnet: Command-line access using tools like PuTTY.
• SNMP v1/v2/v3: For monitoring and limited configuration.

5. Do Netonix WISP Switches support VLAN configurations?

Yes, Netonix WISP Switches support VLAN configurations namely:

1. 802.1Q VLAN Tagging – Create and manage tagged VLANs for trunk ports.
2. Port-Based VLANs – Assign ports to VLANs manually as access or trunk.
3. Untagged VLANs – Define native VLANs for untagged traffic on trunk ports.
4. Tagged/Untagged Per Port – Mix tagged and untagged VLANs on individual ports.
5. QinQ (802.1ad) – Basic double-tagging for VLAN stacking (outer + inner tags).
6. Fixed Management VLAN – One management VLAN always stays at the top of the list; its ID is editable.
7. VLAN Isolation – Restrict inter-VLAN traffic using port isolation.
8. VLANs on SFP Ports – Apply VLAN configurations on fibre uplinks.
9. Hybrid Port Modes – Ports can carry multiple VLANs with one native untagged VLAN.
10. Tagged Broadcast Control – Manage how broadcast traffic behaves across tagged VLANs.

6. Are there resources available for troubleshooting Netonix WISP Switches?

Netonix provides a comprehensive user manual and active forums where users can seek assistance and share experiences. These resources are valuable for troubleshooting and optimising the performance of your WISP Switch. 

Find the official Netonix form here 

7. What does AC/DC mean in power specifications?

• AC (Alternating Current): The electric current reverses direction periodically. Used in mains electricity.
• DC (Direct Current): The electric current flows in one constant direction. Common in batteries and solar systems.

8. What is the easiest way to access the Configuration Web User Interface?

To access the Configuration Web User Interface, perform the following steps:

• Ensure that your computer is connected to one of the ports on the WISP Switch.
• Configure the Ethernet adapter on your host system with a static IP address in the 192.168.1.x subnet (e.g., 192.168.1.10).
• Launch your web browser and type https://192.168.1.20 in the address field and press enter.
• The login screen should appear.
• Enter “admin” in the Username and Password fields then click Login.

The Configuration Interface should appear, allowing you to configure your WISP Switch

9. Are Netonix switches rack-mountable, and what rack mount kits are available?

Yes, Netonix switches are rack mountable. Here are some of the Netonix rack mount kits available and the switch models they support:

RMK-26 - Rack Mounting kit for NTX-WS-26400-IDC and NTX-WS-26500-DC

RMK-250 - Rack Mounting kit for NTX-WS-12250-AC and NTX-WS-12250-DC

10. Do Netonix switches support Power over Ethernet (PoE)?

Yes, Netonix switches use passive Power over Ethernet (PoE). They are designed to deliver power over Ethernet cables without the handshake or negotiation process typical of active PoE standards like IEEE 802.3af, 802.3at, or 802.3bt.

The Software Configurable Passive PoE in Netonix switches allows users to manually set PoE voltage per port, including 24V at 1A (2-pair), 48V at 1A (2-pair), 24VH at 2A (4-pair), and 48VH at 2A (4-pair)

Important: Passive PoE does not automatically adjust voltage or polarity. You must ensure that the connected device’s voltage, polarity, and power requirements match the switch’s PoE settings to avoid potential damage.

To safely use Netonix passive PoE:

• Verify the device’s voltage and power specifications.
• Check the Netonix switch’s PoE pinout configuration in the product spec sheet.
• Configure the switch’s PoE settings to match the device requirements.

11. What is 24VH and 48VH on Netonix switches?

In Netonix switches, 24VH and 48VH refer to high-voltage passive PoE (Power over Ethernet) options that use four pairs of wires instead of the standard two-pair modes. This is used to power devices that require more current than standard passive PoE can deliver.

Here's what they mean:

• 24VH (24V Very High): Supplies 24V passive PoE at higher current for power-hungry 24V devices (e.g., Ubiquiti Rocket M5 with GPS) using all four pairs of Ethernet wiring.
• 48VH (48V Very High): Supplies 48V passive PoE at higher current to power larger 48V devices (e.g., airFiber radios, Mimosa, Siklu radios) using all four pairs of Ethernet wiring.