Netonix switch range explained: how to choose the right WISP switch for your network
Netonix switch range explained: how to choose the right WISP switch for your network

For Wireless Internet Service Providers (WISPs), uptime, remote access, and reliable power delivery are critical. That’s where Netonix excels. Built specifically for WISP and field-based deployments, Netonix switches are known for operating in harsh, off-grid environments where others fail. With rugged construction, flexible PoE power modes, and intuitive management tools, they’re purpose-built to meet WISP demands. This guide breaks down the Netonix range available from MiRO, helping you choose the right model for your next deployment with confidence. 

Why Netonix?

Netonix switches are designed by WISP professionals, for WISP professionals. Every feature is built to simplify remote deployments, minimise downtime, and withstand the demands of harsh environments.

  • Purpose-built for WISPs: Seamless compatibility with Ubiquiti, Mimosa, Cambium, Siklu, and other passive PoE radio platforms (24V, 48V, 24VH, 48VH).
  • Advanced power control: Per-port current sensors, port scheduling, and high-power VH modes to support power-intensive devices.
  • Field-proven durability: Industrial-grade thermal resistance, surge protection, and a rugged chassis for extreme conditions.
  • Intuitive remote management: Clean WebUI with VLAN, SNMP, loop protection, port isolation, and scheduled reboots, no CLI complexity.
  • Engineered in North America: Designed and assembled for quality, long-term reliability, and dependable technical support.

Netonix model overview and comparison

Below is a snapshot of key Netonix models available from MiRO. Each switch is designed to address specific WISP deployment challenges, whether you're powering radios on a remote tower or building a solar-powered POP. Accessories like rack mount kits are also available for streamlined integration.

Key specs:

  • 12 × Gigabit PoE ports, 2 × SFP uplink ports
  • 250W total PoE power budget
  • Software-selectable 24V, 48V, and VH modes on ports 1–4
  • Standard AC input (210–230V)
  • Passive PoE support across all ports
  • Built-in current sensors per PoE port
  • Operating temperature: -25°C to 55°C

Best for:

Urban or semi-rural sites with stable grid power. Ideal for powering a mix of standard and high-power radios.

Key specs:

  • Same core features as the AC model
  • DC input (typically 24–48V) for solar, battery, or hybrid system
  • 24V, 48V, and VH modes on ports 1–4
  • Enhanced power monitoring and port shutdown scheduling for DC use
  • Full passive PoE with current sensors on all PoE outputs

Best for:

Off-grid or backup-powered towers. Ideal for solar sites where energy efficiency and remote control are critical.

Key specs:

  • 24 × Gigabit PoE ports, 2 × SFP uplinks
  • 400W total passive PoE power budget
  • Supports 24V, 48V, and VH modes
  • DC input: 32–72V (positive or negative polarity)
  • Operating temperature: -25°C to 55°C
  • Full suite of L2/L3 features including VLAN, SNMP, link aggregation, port scheduling, and security options

Best for:

High-density tower sites or network aggregation points. Suited for complex, mixed-voltage deployments powered by large-scale battery systems.

Key specs:

  • 6 × Gigabit PoE ports, 2 × SFP uplinks
  • 150W total passive PoE budget
  • Port 1 supports VH (up to 1.5A)
  • Wide DC input range: 9–72V
  • Advanced thermal and voltage monitoring
  • Passive PoE prioritisation and shutdown for low-power conditions

Best for:

Micro POPs, small relay sites, and deep-remote deployments running on solar or battery power. Optimised for energy efficiency and compact enclosures.

Purpose:

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

Mounting solution for the larger WS-26 switches, typically used in centralised cabinets or tower base stations.

Best for:

Professional rack installations where uniform equipment fitting and access are important.

Choosing the right switch: What to consider

Selecting the right Netonix model comes down to your site conditions, power source, and PoE demand. Here’s a practical guide to help you make an informed decision:

ConsiderationRecommended Model
AC or DC power available?

AC: WS-12250-AC 

DC: WS-12250-DC, WS-8150-DC, WS-26400-IDC

How many radios are you powering?

6 ports: WS-8150-DC 

12 ports: WS-12250 series 

24+ ports: WS-26400-IDC

Site powered by solar or batteries?WS-12250-DC or WS-8150-DC (Ideal for off-grid or inconsistent power sources due to DC input flexibility
Do you need high-current PoE (VH)?All Netonix switches support 24VH and 48VH modes on select ports for power-hungry devices.
Compact or tight installation?WS-8150-DC or WS-12250 series (Designed with compact form factors)
Need for centralized rack install?Use RMK-250 (for 12-port models) or RMK-26 (for 24-port models)

Seamless integration and scalability

Netonix switches are designed for straightforward integration into your existing network infrastructure. They support common networking protocols and offer intuitive WebUI management, making configuration and oversight simple. With robust remote monitoring capabilities, you can significantly reduce the need for on-site visits, saving time and resources. Whether you're upgrading an existing tower or deploying new Points of Presence (POPs), Netonix switches are built to scale effortlessly with your expanding network.

The WISP switch that just works

Whether you're maintaining an urban head-end or building out a rural solar-powered tower, the right switch is the backbone of your deployment. Netonix offers the resilience, control, and real-world features that Wireless Internet Service Providers (WISPs) need to grow with confidence. With proven compatibility, deep diagnostics, and unmatched efficiency in remote environments, it's clear why Netonix is often hailed as the WISP switch that simply works.

Explore the full Netonix range and find the model that perfectly meets your power, scale, and network goals.

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