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Explore our ISO 9001 certified sensor telemetry modules and roadside edge infrastructure components optimized for extreme weather durability and low-latency vehicle-to-everything integration.
High-precision zirconia telemetry unit built for cold-start emission analysis and harsh climate exhaust feedback processing in commercial vehicles.
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IP68-rated corrosion-resistant deep-drawn housings designed to shield roadside electronics and vehicular sensors against de-icing salt and frost.
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Direct TPMS transmitter transmitting real-time dynamic tire pressure and cold-asphalt temperature telemetry to connected roadside units.
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Dual-redundant hall-effect position sensor designed for electronic drive-by-wire buses and automated roadside testing platforms.
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Rapid-heating wideband lambda sensor optimized for roadside emission monitoring nodes and transit fleet diagnostics.
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Electromagnetic pulse generator delivering microsecond-accurate rotational speed telemetry for intersection stop-bar analysis.
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Rugged transmission-mounted speed sensor supplying vehicle kinetic telemetry for cooperative ITS dynamic signal controllers.
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Industrial-grade magnetic speed pick-up unit engineered for heavy-duty freight trucks operating along sub-arctic corridors.
Get CatalogAs Finland accelerates its transition toward fully autonomous public transport, connected freight corridors, and cooperative intelligent transportation systems (C-ITS), the operational demands on Roadside Units (RSUs) have shifted dramatically. In sub-arctic ecosystems—where seasonal ambient temperatures plunge to -40°C and winter road surface icing degrades standard radio frequency (RF) propagation—standard commercial-grade traffic electronics fail rapidly. Deploying robust V2X (Vehicle-to-Everything) infrastructure across Finnish transport corridors requires specialized engineering solutions originating from advanced manufacturing facilities dedicated to extreme-climate resilience.
Our OEM manufacturing facility specializes in building, pre-integrating, and stress-testing industrial-grade Roadside Units, sub-assembly sensor harnesses, dynamic traffic controllers, and hardened environmental enclosures engineered specifically for Finland's transport infrastructure agency (Väylävirasto) and municipal traffic management authorities. By unifying C-V2X 3GPP Rel 14/15/16 communication hardware with multi-sensor edge processing, our factory delivers turnkey hardware capable of sustaining sub-millisecond latency under severe blizzard conditions.
Dual-active radio transceivers supporting both PC5 direct communications over the 5.9 GHz ITS band and cellular 5G-NR connections. Guaranteed low-latency message delivery for V2I safety warnings (IVS, DENM, CAM).
Integrated internal ceramic thermal heating elements and automatic condensation-evacuation valves prevent internal frosting and cold-soak hardware lockups down to -40°C.
Full software stack interoperability with existing municipal Traffic Signal Controllers, NEMA TS-2 Type 1/2 cabinets, and European ETSI EN 302 665 C-ITS reference architectures.
Finland’s unique geographical profile—spanning dense urban centers like the Helsinki Metropolitan Area to isolated Arctic expressways in Lapland—presents distinct operational challenges. Roadside Units manufactured in our facilities are engineered to fulfill four high-priority deployment scenarios within the Finnish transport ecosystem:
In high-density transit arteries such as Mannerheimintie and Hämeentie, RSUs are deployed at signalized intersections to provide high-reliability public transport priority (TSP). Communicating with tram onboard units via 5.9 GHz PC5 links, the RSU interfacing with local NTCIP-compliant traffic controllers reduces transit delay by up to 22% while broadcast-warning vulnerable road users (pedestrians and cyclists) of approaching trams through automated roadside LED signage.
The E18 corridor connecting Turku, Helsinki, and the eastern border experiences intense commercial truck traffic. Our high-power external pole-mounted RSUs feature dual directional high-gain antennas delivering 1000-meter RF coverage. Integrated with weight-in-motion (WIM) and tire pressure telemetry sensors (such as our 40700-3AN0B modules), the RSU broadcasts real-time friction coefficient alerts and ramp meter adjustments to heavy freight vehicles during severe winter storms.
In Fell Lapland (FMI Arctic Space Centre and E8 Aurora Corridor), autonomous vehicle developers conduct rigorous cold-weather testing. Our factory supplies ruggedized testbed RSUs equipped with IP68 stainless steel deep-drawn sensor enclosures and high-speed data loggers. These nodes bridge real-time LiDAR/Radar point clouds generated at the roadside with autonomous vehicle test fleets under heavy snowfall and whiteout conditions.
Tampere's modern light rail system leverages our RSU edge computing modules to execute high-speed collision-avoidance algorithms. Processing real-time rotational speed sensors (such as J52-3611021) and roadside radar inputs, the RSU triggers instant dynamic signal preemption whenever an unauthorized vehicle enters the track geometry during low-visibility winter nights.
The Finnish intelligent transportation market is governed by rigorous directives set forth by the Ministry of Transport and Communications (LVM) and implemented via Väylävirasto and Fintraffic. Procurement officers and consulting engineers evaluating Roadside Unit factories must align hardware specifications with the following key market trends:
Below is an architectural breakdown of our standardized Roadside Edge Unit model (RSU-FIN-9000 series) manufactured for Finland highway and municipal deployments:
| Parameter / Feature | Industrial Specification | Finland Climate & Compliance Benefit |
|---|---|---|
| C-V2X Transceiver | 3GPP Release 14/15/16 PC5 Mode 4 (5.855 – 5.925 GHz) | Direct low-latency V2I safety communication without cellular network dependence. |
| Operating Temperature | -40°C to +85°C (-40°F to +185°F) with internal thermal management | Guaranteed 24/7 cold-soak startup in Lapland winter extremes. |
| Ingress Protection | NEMA 4X / IP67 & IP68 Deep-Drawn Stainless Steel Enclosure | Complete protection against road salt, high-pressure washing, and ice build-up. |
| Edge Processing Unit | Quad-Core ARM Cortex-A72 @ 1.5GHz / 8GB LPDDR4 / Hardware Security Module (HSM) | Executes local collision algorithms, vision AI, and message signing (IEEE 1609.2). |
| Supported Protocols | ETSI ITS-G5, NTCIP 1202 / 1203, SNMP v3, MQTT, RESTful API | Seamless drop-in replacement for existing Finnish municipal signal controllers. |
| Power Supply / Backhaul | Power over Ethernet (PoE+ 802.3at) / Dual SIM 5G Cellular Backhaul | Simplified single-cable mast installation with redundant high-speed cloud link. |
Selecting the right Roadside Unit supplier requires evaluating factory capabilities, quality management rigor, and long-term technical support. Rooted in a 50+ year legacy of traffic engineering excellence (established in 1974), our organization operates state-of-the-art manufacturing lines designed for high-reliability transportation electronics:
Every Roadside Unit, sensor module, and controller harness undergoes rigorous ISO 9001 certified quality audits. Complete component traceability ensures that all ICs, transceivers, and enclosures meet exact engineering submittals.
To eliminate field troubleshooting during short Nordic construction seasons, our factory pre-wires, integrates, and bench-tests RSUs inside NEMA/ATC cabinet assemblies prior to international dispatch.
Because traffic systems require multi-sensor data fusion, our RSUs are engineered with open hardware interfaces compatible with radar, video analytics, inductive loops, and specialized vehicle sensors (TPMS, speed pick-ups, emission probes).
Our application engineering team provides consultants, contractors, and municipal procurement directors with complete CAD wiring schematics, RF link budget calculations, photometric reports, and submittal compliance binders.
Our RSUs feature factory-integrated micro-ceramic heating circuits governed by automated thermal sensors. When ambient temperatures drop below freezing, internal heating elements activate to prevent cold-soak hardware lockups and maintain optimal crystal oscillator frequencies for the 5.9 GHz radio stack. Furthermore, the IP68 deep-drawn stainless steel enclosures prevent moisture ingress and internal condensation freezing.
Yes. All RSUs manufactured for the Finnish market carry full CE marking and strictly comply with the Radio Equipment Directive (RED) 2014/53/EU and ETSI EN 302 571 standards governing 5.9 GHz Intelligent Transport Systems. Hardware testing reports can be supplied directly with your submittal package.
Absolutely. Our RSUs feature standard RS-485, Ethernet, and NTCIP 1202 interface protocols. They seamlessly connect with existing intersection signal controllers (including Swarco, Siemens, and local controller units), allowing municipal technicians to overlay C-V2X priority functionality without replacing existing cabinet infrastructure.
Standard RSU evaluation kits and stock sensor modules are ready for dispatch within 5 to 7 business days. Custom cabinet assemblies or large-scale municipal project orders typically carry a 4-to-6 week manufacturing lead time, complete with factory acceptance testing (FAT) documentation.
Yes. We offer custom PCB layout design, specialized enclosure powder-coating, brand white-labeling, and firmware customization to support localized sensor APIs (such as road surface ice detectors or heavy vehicle axle counters).
Request our comprehensive Roadside Unit engineering catalog, submittal binders, and factory-direct pricing for Finnish municipalities, consultants, and contractors.