Abracon | Transportation
Transportation Application Page

Transportation

Abracon offers an extensive range of crystal, oscillator, antenna, and inductors products optimized for, and resistant to, the harsh operating environments commonly associated with transportation applications. Our transportation focused solutions offer enhanced efficiency, durability, performance, operating temperature range and quality when compared to traditional components making them the perfect solution for your transportation requirements.

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Highlighting our featured automotive products offering enhanced efficiency, durability, performance and quality.

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Automotive Transportation Application Page

Automotive

Vehicles demand components and products with enhanced efficiency, durability, performance, and quality. To satisfy these requirements, Abracon’s automotive solutions are AEC-Q200 qualified and are manufactured on fully certified IATF 16949 production lines. Our automotive grade products offer efficient performance at wide operating temperature ranges to support the design requirements for a wide array of applications, from in-cabin passenger comfort and entertainment features, to traditional under the hood systems.


Train / Rail

Train engines, train cars and passenger cars are constantly exposed to harsh operating environments, most notably near constant vibration. Our transportation solutions offer superior vibration resistance and are optimized to operate in harsh environments where freight and passenger trains are exposed to. From interior passenger cabin lighting to electric motor controllers, Abracon’s transportation solutions are manufactured on fully certified IATF 16949 production lines and can satisfy the design requirements for train and rail applications.

Train Rail Transportation Application Page

Marine Transportation Application Page

Marine

Marine components need to be able to withstand the constant exposure to corrosive, damp, harsh, hot and humid conditions of a marine environment. Our timing, antenna and inductor products are manufactured on fully certified IATF 16949 production lines and offer outstanding performance in marine accessory applications such as GPS and navigation systems, fishfinders, exterior lighting, and marine speaker and stereo equipment.


Micro-mobility

Micro-mobility options require components that are vibration resistant and able to withstand a range of diverse and harsh operating environments due to their widespread availability. From GNSS antennas to aid in tracking your field assets, to inductors and timing devices supporting battery management systems, Abracon offers a wide range of products manufactured on fully certified IATF 16949 production lines to support your micro-mobility design requirements.

Micro Mobility Transportation Application Page
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Abracon Transportation Products

Frequency Control and Timing Devices


Our range of automotive crystals and oscillators are TS 16949 Certified and AEC-Q200 qualified. We offer products with an operating temperature from -40 to 150 degrees Celsius in package sizes as small as 2.0 x 1.6 mm with options for 32kHz and various MHz frequency ranges. Level-3 PPAP available upon request.

RF and Antennas


Our antennas help navigate you to your destination and connect you and your vehicle to the world. Our range of automotive antennas includes AEC-Q200 internal ceramic patch and chip antennas, and IP67 puck and shark fin external antennas. Our products cover 4G/LTE, Dual Band Wi-Fi, GNSS (GPS, GLONASS, BeiDou, QZSS) and provide gain up to 5 dBi. Level-3 PPAP available upon request.

Inductors and Connectivity


Our automotive grade inductors help power up the many functions your vehicle needs to perform. We offer products with an operating temperature range from -55 to 155 degrees Celsius, saturation currents as high as 118Amps, and offer DCR as low as 0.6m Ohms. Our range of automotive inductors are TS 16949 Certified and AEC-Q200 qualified. Level-3 PPAP available upon request.

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Transportation Market Trends

Transportation Application Transportation Market Trends
Electric Vehicles The emergence of electric vehicles can be attributed to advances in battery technology. First, advances in battery composition reduced the production cost of batteries, which has increased consumer access. Second, additional advancements in battery technology also resulted in more efficient batteries with extended range, which has reduced consumer range anxiety. Electric vehicles will continue to see accelerated market adoption as they become more affordable to the consumer and offer extended battery ranges. Electric vehicle charging infrastructure is also poised for massive growth in the next 10 years as projects are supported by government initiatives globally.
5G 5G plays a critical role in autonomous driving advancements by effectively communicating real time data back and forth with the command center (V2C), with the infrastructure (V2I), with other vehicles (V2V), and with everything else (V2X) on the road in autonomous driving applications. These critical application requirements are satisfied with the low latency, high-speed data transactions supported by 5G. By providing faster data transactions, 5G also helps support the proliferation of connected vehicles (CV) and passenger entertainment and comfort features.
Autonomous Driving As the industry advances vehicle autonomy, there is a requirement for high-precision location sensors to ensure real time vehicle safety operating in a dynamic environment. To facilitate vehicle autonomy, connected vehicles (CV) generate huge amounts of data as they interact with command centers (V2C), other vehicles (V2V), infrastructure (V2I) and everything else (V2X) around them, including pedestrians, to co-exist and facilitate safe autonomous driving on the roads. Increased availability of the 5G network is integral to support the proliferation of autonomous vehicles as technology supports further advancements in levels of driving automation with low latency, high data transfer capabilities.
Passenger Comfort Features In-cabin features focused on passenger entertainment and comfort will show significant growth driven by consumer demand and supported by the faster upload and download speeds provided by the 5G network. This will enable passengers to stream music or videos, browse the internet, steam ultra-HD videos, or other high data volume tasks with minimal interruptions due to latency. In-cabin applications will proliferate outside the traditional automotive applications as manufacturers look to improve and increase the passenger comfort features in buses, ferries, planes, and trains.
Vehicle Connectivity Connectivity plays a vital role in facilitating autonomous driving and telematics-based fleet management, as well as proliferating passenger comfort and entertainment features. Connected vehicles help autonomous driving features by transmitting and receiving data from the vehicle and surround environment. Connected vehicles also facilitate passenger comfort and entertainment features by providing passengers access to the 5G network.

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