Connectivity on the move
The transportation vertical is undergoing a significant transformation, driven by the integration of connectivity technologies. From navigation systems that provide real-time route optimization, to advanced asset tracking that improves fleet management, connectivity solutions are revolutionizing how we move and manage vehicles. Infotainment systems enhance the in-vehicle experience with entertainment and connectivity, while vehicle-to-everything (V2X) communication helps vehicles interact with their surroundings, improving safety and efficiency. Wireless technologies such as cellular networks, GNSS (Global Navigation Satellite Systems), Bluetooth, and Wi-Fi play a vital role in enabling these connected applications. Cellular networks provide the backbone for data transmission, GNSS ensures precise location tracking, Bluetooth supports seamless short-range communications, and Wi-Fi enables high-speed data sharing.
Innovative Antennas and Advanced RF Components and High Performing Speakers
At Taoglas, we understand that at the heart of this connectivity lies the antenna, which is critical to maintaining reliable communication between all these systems. Whether it’s ensuring accurate positioning or stable data transmission, the antenna is the key component that enables robust, continuous connectivity. Our diverse range of internal and external antennas ensures that whatever application you wish to operate your device in, you can rely on Taoglas to have the solution that perfectly meets your needs. As transportation becomes more connected, the antenna's role in delivering reliable performance is crucial in making our journeys safer, smarter, and more efficient. In addition to antennas and advanced RF components, our high-performing vehicle speakers ensure crystal-clear audio for communication and entertainment, providing an enhanced in-vehicle experience that meets the demands of modern transportation systems.
Navigating complex regulatory requirements
From antenna to fully integrated IoT solutions, we’ve spent years working through the pain points of certifications, performance testing, and overall regulatory compliance so you don’t have to. Our products and services help ensure you can achieve time-to-market success without an issue with one of the automotive and transportation regulatory considerations below.
- • Positioning, Navigation & Timing
- • High Precision GNSS / RTK (Real Time Kinematics)
- • Centimeter Level GNSS with Integrity Precision
- • V2X & DSRC System Integration (ETSI / SAE / 3GPP
- • AutoSAR / MISRA / SafeRTOS / Mission Critical
- • ISO 26262, IEC 61508
- • ASIL / ASPICE / AECQ100n
APPLICATION AREAS
Trusted connectivity in Transportation applications
Telematics & Navigations Systems
Autonomous Vehicles
Autonomous Light Vehicles
Mobile Living & Workspaces
Public Safety & LMR
Passenger Transport
Autonomous Heavy Vehicles
E-mobility
EV Charging
Rail & Urban Transit
Marine
IoT Components for every technology
Taoglas antennas seamlessly pair with many devices. We follow rigorous quality standards and policies and recognize that safety and durability are essential components of the smart industrial sector. Our products are engineered to withstand harsh chemicals, vibration, and outdoor exposure. Whether you’re looking sub-centimeter precision from Global Navigation Satellite System (GNSS); reliable satellite coverage from SiriusXM satellite radio; Bluetooth’s ultra-low energy consumption for extended battery life; high-performing, secure connectivity from Wi-Fi or always-on Cellular connectivity; or advanced vehicle-to-everything communication with C-V2X – we have the solution you can count on.
Dive into our comprehensive portfolio below to learn more or contact us directly to discuss your requirements.
One-stop-shop for your antenna and RF component needs
Magnetics
Manufactured with precision at automated high-volume facilities, our Magnetics series ensures not only superior reliability but also competitive cost-effectiveness.
Our Magnetics series, a suite of RJ45 Integrated Connectors, LAN Transformers, and BMS Transformers is meticulously crafted to align seamlessly with all major PHY IC vendors. Engineered for excellence, these components deliver unparalleled EMI suppression, adhere to IEEE802.3 standards, and boast UL Certification. What sets them apart is their ability to endure a reflow temperature of 245°C, positioning them as the optimal choice for demanding industrial-grade applications.
These versatile magnetics find their stride in various applications, with our customers leveraging them in 5G gateways, remotely powered machinery, PLC machines, and robotics. Elevate your connectivity solutions with our Magnetics series, where performance meets resilience for the most challenging industrial scenarios.
Audio
Experience the next level of audio excellence with Taoglas' Audio Solutions. Unmatched in long-term reliability and best-in-class performance, our speakers redefine sound in heavy-duty applications. Picture distortion-free audio, high-fidelity, and high-power handling—all in a cost-effective package designed for cars, agriculture, trucks, and RVs.
Engineered to thrive in rugged environments, our speakers boast industry-standard form factors, ensuring seamless integration across a spectrum of heavy-duty, industrial, and agricultural applications. From the roar of a truck to the hum of a tractor, Taoglas delivers pure,
true sound that endures.
But it's not just about durability—it's about innovation. Our proprietary technologies set us apart, ensuring a superior performance that exceeds expectations. Easy to install and RoHS and Reach compliant, Taoglas speakers are your ideal solution for Smart Industrial applications. Elevate your audio experience—explore Taoglas today.
Cables & Connectors
The diversity of smart industrial applications alongside the ever-changing demands for higher-frequency test systems are driving coaxial cable assemblies to the next level. The specification requirements around performance for test cables extend beyond the tight tolerance typically required for lab performance to a wider range of 5G applications.
In answer to this, we have designed a series of competitively priced, high-quality cable assemblies.
Our cables are precision engineered from high-quality materials and undergo stringent reliability testing to provide superior reliability for the most demanding of smart industrial applications.
For configurations not listed on our website, we can also provide solutions based on customer specific requirements and have the capabilities to customise 5G cable assembly solutions. To allow for complete compatibility with end use-cases, we also have a series of complementary connectors and adaptors.
Enabling Technologies
Connected autonomous vehicles have become a reality. For autonomous vehicles supporting multiple ADAS features from Level-1 to Level-5 autonomy, connectivity is an important aspect of realizing the end-user functions to keep vehicles connected with road infrastructure, network and other road users. This is possible with advancements in cellular V2X (CV2X) technologies, 3GPP standards as well as precise centimeter-level positioning with GNSS infrastructure and high-end receivers. Key technical requirements includes:
- • C-V2X (Vehicle-to-everything)
- • C-V2V (Vehicle-to-Vehicle)
- • Dead Reckoning
- • Integration
- • Multipath Mitigation
- • Vehicle Network Integration
C-V2X offers more efficient, sustainable, and safer transportation
C-V2X is the foundation for the future of transportation. It enables a wide variety of advanced applications, including fully autonomous and semi-autonomous vehicles, enhanced safety, fleet platooning, more efficient use of roads, in-vehicle infotainment and more.
C-V2X is a future proof technology with many advantages.
- C-V2X will bring huge benefits for passengers and pedestrian safety, alongside traffic management
- C-V2X brings higher performance for capacity, coverage, range, scalability, number of devices supported and security
- Due to already available infrastructure, utilizing the full spectrum of the C-V2X service (V2V, V2I, V2P, V2N) can reduce total cost of ownership
- Car manufacturers have substantial experience with cellular technologies and will easily make the step to integrate C-V2X chipsets into their cars
Vehicle-to-Vehicle (V2V)
Emergency vehicle warning
Emergency stop
Control loss warning
Pre-crash sensing warning
Forward collision warning
Cooperative adaptive cruise control
Wrong way driving warning
Vehicle-to-Infrastructure (V2I) and Vehicle-to-Network (V2N)
Emergency Stop
Queue warning
Curve Speed warning
Road Safety services
Road user monitoring
Remote diagnosis
Traffic flow optimization
Vehicle-to-Person (V2P)
Collision warning
Pedestrian road safety
Vulnerable road user safety
Crash avoidance - Vehicle to Vehicle (V2V)
Using our expertise in technologies such as high-precision GNSS, integrate high precision positioning into vehicles to automatically detect collision scenarios and warn drivers in real-time. We can integrate technologies that share information about driving behaviors and deliver cm-level positioning to autonomous vehicles.
Support Road Systems - Vehicle to Infrastructure (V2I)
Share real-time data to change driver behavior based on information collected from traffic lights, signage, streetlights and more. For example, communicate road markings with automated vehicle sensors so drivers can detect them in even the most extreme weather conditions.
Increase Road User Safety - Vehicle to Pedestrian (V2P)
Utilize our experience in cellular connectivity, to exchange safety messages and alerts from vehicles to pedestrians, cyclists, and e-scooter users about the speed, location, and direction of an oncoming vehicle. For example, communicate in-vehicle warnings to drivers about a pedestrian on the upcoming roadway.
Spotlight on Customer Success
Serve Robotics
"Collaborating with Taoglas has been a wonderful experience. Their team really took the time to understand our devices' unique challenges and tailored their products and engineering services to meet our specific needs.” - Matt Holland, Director of Electrical Engineering at Serve Robotics
