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LoRaWAN sensor-node boards, antennas, and housings on the hardware bench
Hardware platform

A LoRaWAN sensor node you can build on

A proven end-node platform — MCU, LoRaWAN radio, power path, and enclosure options — so partners add sensors, branding, and payloads instead of starting from a blank schematic.

Quick answer

A proven end-node platform — MCU, LoRaWAN radio, power path, and enclosure options — so partners add sensors, branding, and payloads instead of starting from a blank schematic. Integrators and brands that need their own end device without reinventing the radio and power stage.

LoRaWAN sensor-node boards, antennas, and housings on the hardware bench
LoRaWAN sensor-node boards, antennas, and housings on the hardware bench

The problem we solve

Starting every device from a blank board burns months. Most applications share the same radio, power, and mechanical constraints — the differentiation is the sensor set, housing, and brand.

Integrators and brands that need their own end device without reinventing the radio and power stage.

What we ship

  • MCU and LoRaWAN radio reference design with regional band options
  • Battery and power path sized for multi-year field life
  • Enclosure starting points for wall, DIN, pole, and outdoor mounts
  • Firmware baseline for join, class A/C, ADR, and payload hooks

Product photos

Hardware and reference examples for this line. Public tiles are credited and are not ParticlIO SKUs.

Populated sensor-node board with antenna on the inspection fixture
Populated sensor-node board with antenna on the inspection fixture
Public LoRa end-node board next to a battery and antenna
Musskopf / Wikimedia Commons · CC BY-SA 4.0 · public example, not a ParticlIO product
Public outdoor LoRaWAN sensing station
Ulm digitale agenda / Wikimedia Commons · CC0 · public install, not a ParticlIO product

Spec highlights

Indicative starting points — confirmed per product and project.

Bands
EU868 / US915 / AS923 (regional build options)
Power
Primary battery or rechargeable path for multi-year field life
Mount
Wall, DIN, pole, and outdoor enclosure starting points
Radio class
LoRaWAN Class A / C with ADR and join baseline
Interfaces
I²C, ADC, GPIO, UART sensor hooks
Marks
CE / FCC planning per target market

Platform building blocks

The base you start from — so customization stays focused on what makes the product yours.

MCU + LoRaWAN radio stage with EU868 / US915 / AS923 planning
Power path for primary battery or rechargeable options
Antenna keep-out and RF layout coordinated with the housing
Sensor interface hooks (I²C, ADC, GPIO, UART) for your measurement set
Firmware profile you can point at your network server

Software layer

Standard nodes ship with a documented uplink map and join profile you point at your own LoRaWAN network server. OEM and ODM variants keep the same radio base while we retune payload fields and reporting for your app — ParticLIO does not host your LNS; you own network operations and data.

Explore the IoT platform →

Example product starting points

  • Condition-monitoring end node (industrial)
  • Facility multi-sensor wall node
  • Outdoor environmental / agriculture node
  • OEM white-label sensor SKU on shared radio base
Browse products →

Where partners use it

Typical applications — scope is confirmed per project, not sold as a vertical package.

Industrial condition monitoring and asset tracking nodes
Building and facility sensors under a partner brand
Agriculture and outdoor environmental end devices
Custom vertical SKUs that share one radio and power base

OEM / ODM on this base

Start from a standard product platform. Change the parts that make it yours.

Sensor interfaces and measurement set
Battery chemistry, IP rating, and mount style
Payload map and network-server profile
Brand, labeling, and packaging under your name

How engagement works on this platform

Same path across every platform: start from what we ship, customize, then choose OEM, ODM, or full NPI.

Step 1

Start from a platform

Pick a line we already ship — sensor node, fire alarm, IAQ, gateway, or IoT platform — so you are not drawing a blank schematic.

Step 2

Customize what matters

Sensors, enclosure, payload, branding, and marks. Keep the radio, power, and mechanical base that already works.

Step 3

OEM, ODM, or full NPI

Brand a proven LoRaWAN base when you need speed. ODM when the design should be yours. Full NPI when you need electronics through tooling.

Typical deliverables

Schematic, PCB, and firmware baseline
Prototype and pilot units under your brand
Payload and integration notes for your stack
Path to certification and volume with manufacturing partners

How this platform fits the ladder

Products → this platform → capabilities → OEM/ODM into a total solution you own.

01

Services

IoT hardware design and manufacturing — PCB, firmware, enclosure, and assembly in one flow.

See services
02

Process

How a project runs from NDA and architecture through pilot and production.

Process
03

Why ParticlIO

One team for OEM/ODM LoRaWAN — design-house depth with manufacturing follow-through.

Why ParticlIO
04

Contact Us

Tell us about your custom hardware program. An engineer will read it.

Contact Us

Related capabilities

Engineering stack behind this product line.

Frequently asked questions

Ready to start a project on this platform?

Tell us your target market, marks, and what should change on the standard base. We reply with a sample and engagement plan — not a software subscription.