自動車産業

industrial Computer for Automotive industry

As the automotive industry rapidly transitions toward electrification, intelligence, and connectivity, traditional manufacturing models are undergoing revolutionary upgrades. The widespread adoption of technologies such as intelligent driving, vehicle connectivity, and new energy systems (battery, motor, and electronic control) imposes higher demands on the reliability, real-time performance, and environmental adaptability of in-vehicle computing platforms. BASCO, with its deep expertise in automotive electronics, offers full-stack embedded solutions for vehicle manufacturing, intelligent driving, in-vehicle infotainment, and production line automation.

Leveraging industrial-grade hardware design, high-performance edge computing capabilities, and extreme environmental resilience, BASCO empowers clients to optimize production workflows, ensure stable operation of vehicle systems, and enable intelligent upgrades, building a high-performance, high-safety technological foundation for future mobility.

メリット

カスタマイズをサポート

包括的なカスタマイズサービスを提供し、お客様のアイデアを現実にします。外観、サイズ、ディスプレイ、インターフェイス、拡張性、互換性、環境適応性などの変更が含まれます。

包括的な信頼性

包括的な認証、ワンストップ・プリセールス・サービス、厳格な工場試験、延長保証、アフターセールス・サポートによる完全な規制遵守。

強力で堅実な能力

研究開発への投資を継続し、強力なサプライチェーン、豊富な生産能力、顧客からの幅広い認知度を持つ。

なぜBASCOなのか

application of industrial computer in automotive industry 3 1

Automotive-Grade Hardware Design, Built for Extreme Challenges

Automotive industrial applications must withstand extreme temperatures, vibrations, electromagnetic interference, and other harsh conditions. BASCO industrial motherboards utilize automotive-grade components and 100% Japanese-made solid-state capacitors, supporting operation in a wide temperature range (-40°C to 85°C). Certified under IATF 16949, they ensure ultra-long lifecycles in demanding scenarios such as engine compartments and outdoor testing. Featuring redundant power supply design (9-36V wide voltage input), the motherboards effectively mitigate voltage fluctuations during vehicle start-stop cycles, minimizing system downtime risks.

application of industrial computer in automotive industry 2 1

Flexible Adaptation to Full-Spectrum Automotive Scenarios

BASCO offers diverse motherboard form factors (Pico-ITX to EATX) equipped with high-performance Intel/AMD processors and support for automotive network protocols like CAN FD, FlexRay, and EtherCAT. Whether for production line robot control, electrical testing equipment, or in-vehicle computing unit development, clients can select GPU acceleration, multi-channel video capture, or 5G/LTE communication modules to achieve seamless data integration from production lines to vehicles.

application of industrial computer in automotive industry 7 1

Agile Development Support for Smart Vehicles

With shortened automotive electronics iteration cycles, BASCO’s modular systems, based on COM Express and SMARC architectures, enable rapid customization of in-vehicle computing units. Integrated AI acceleration engines (e.g., MXM GPUs) efficiently process autonomous driving perception data, while M.2 NVMe storage expansion and in-vehicle Gigabit TSN interfaces meet the demands of smart cockpit multi-screen interaction and low-latency communication.

application of industrial computer in automotive industry 6 1

Enhanced Environmental Reliability for Vehicles

To combat humidity, oil contamination, salt spray, and other harsh vehicle environments, BASCO industrial computer employs nano-level conformal coatings and IP67-sealed designs, significantly improving PCB corrosion resistance and dustproof performance. Proprietary electromagnetic shielding technology (EMI/EMS certified) ensures stable operation of vehicle systems in complex electromagnetic environments, providing "invisible armor" for critical modules like ADAS sensors and battery management systems (BMS).

application of industrial computer in automotive industry 5 1

Intelligent Driving Domain Controllers

BASCO’s high-performance in-vehicle computing platform integrates multi-core CPU+GPU heterogeneous architectures, supporting GMSL-2 camera interfaces and Ethernet TSN protocols. Compatible with mainstream LiDAR and millimeter-wave radar data inputs, it meets real-time decision-making requirements for L2+/L3 autonomous driving. Compliant with ISO 26262 ASIL X functional safety standards, the system features an independent Hardware Security Module (HSM) for hardware-level key storage and encryption. Combined with secure boot and encrypted communication protocols, it ensures end-to-end OTA upgrade security, suitable for intelligent upgrades in passenger cars, commercial vehicles, and specialty vehicles.

application of industrial computer in automotive industry 4 1

Production Line Terminals and In-Vehicle HMIs

For automotive manufacturing, BASCO’s fanless design with aluminum heat sinks ensures temperature control under full-load operations. On the vehicle side, IP65-rated touchscreen PCs are equipped with sunlight-readable 1000nit displays and shock-resistant structures, compatible with Linux/Android/QNX systems for diverse installation scenarios (e.g., dashboards, central consoles). Through deep hardware-software optimization, BASCO empowers automakers to build a "smart manufacturing and mobility ecosystem" with seamless edge-cloud collaboration.