Arbe's Tier-1 HiRain Develops Radar-Based ADAS System, Replacing LiDAR for Car Automaker
Arbe Robotics (NASDAQ: ARBE) announced that its Tier 1 partner, HiRain Technologies, is developing an ADAS system for a Chinese automaker using Arbe's chipset. The system will integrate camera and radar fusion, replacing LiDAR while maintaining the same quality and functionality. The ADAS system is expected to enter serial production by Q4 2025, pending OEM approval.
HiRain Technologies is utilizing data collected from a vehicle fleet equipped with LRR610 Imaging Radars, developed using Arbe's chipset. The radars leverage ultra-high resolution capabilities, optimizing sensor fusion and perception. Arbe's chipset includes a 48x48 channel array, powering HiRain's LRR610 with high resolution in azimuth and elevation, delivering a dense point cloud for detailed imaging.
Arbe Robotics (NASDAQ: ARBE) ha annunciato che il suo partner di primo livello, HiRain Technologies, sta sviluppando un sistema ADAS per un costruttore automobilistico cinese utilizzando il chipset di Arbe. Il sistema integrerà la fusione di telecamera e radar, sostituendo il LiDAR pur mantenendo la stessa qualità e funzionalità. Si prevede che il sistema ADAS entri in produzione seriale entro il Q4 2025, in attesa dell'approvazione dell'OEM.
HiRain Technologies sta utilizzando i dati raccolti da una flotta di veicoli equipaggiati con Radar di Imaging LRR610, sviluppati con il chipset di Arbe. I radar sfruttano capacità di ultra alta risoluzione, ottimizzando la fusione dei sensori e la percezione. Il chipset di Arbe include un array di canali 48x48, alimentando il LRR610 di HiRain con alta risoluzione in azimut ed elevazione, fornendo una nuvola di punti densa per immagini dettagliate.
Arbe Robotics (NASDAQ: ARBE) anunció que su socio de nivel uno, HiRain Technologies, está desarrollando un sistema ADAS para un fabricante de automóviles chino utilizando el chipset de Arbe. El sistema integrará la fusión de cámara y radar, reemplazando el LiDAR mientras mantiene la misma calidad y funcionalidad. Se espera que el sistema ADAS entre en producción en serie para el Q4 de 2025, pendiente de la aprobación del OEM.
HiRain Technologies está utilizando datos recopilados de una flota de vehículos equipados con Radar de Imagen LRR610, desarrollados usando el chipset de Arbe. Los radares aprovechan las capacidades de ultra alta resolución, optimizando la fusión de sensores y la percepción. El chipset de Arbe incluye un array de canales 48x48, impulsando el LRR610 de HiRain con alta resolución en azimut y elevación, proporcionando una nube de puntos densa para imágenes detalladas.
Arbe Robotics (NASDAQ: ARBE)는 Tier 1 파트너인 HiRain Technologies가 Arbe의 칩셋을 사용하여 중국 자동차 제조사를 위한 ADAS 시스템을 개발하고 있다고 발표했습니다. 이 시스템은 카메라와 레이더 융합을 통합하여 LiDAR를 대체하며 동일한 품질과 기능을 유지합니다. ADAS 시스템은 OEM 승인 후 2025년 4분기에 대량 생산에 들어갈 것으로 예상됩니다.
HiRain Technologies는 Arbe의 칩셋을 사용하여 개발된 LRR610 이미징 레이더가 장착된 차량 플리트에서 수집된 데이터를 활용하고 있습니다. 이 레이더는 초고해상도 기능을 활용하여 센서 융합과 인식을 최적화합니다. Arbe의 칩셋은 48x48 채널 배열을 포함하고 있어, HiRain의 LRR610에 고해상도의 방위 및 고도를 지원하며, 세밀한 이미지를 위한 조밀한 포인트 클라우드를 제공합니다.
Arbe Robotics (NASDAQ: ARBE) a annoncé que son partenaire de niveau 1, HiRain Technologies, développe un système ADAS pour un constructeur automobile chinois en utilisant la puce d'Arbe. Le système intégrera la fusion caméra-radar, remplaçant le LiDAR tout en maintenant la même qualité et fonctionnalité. Le système ADAS devrait entrer en production en série d'ici le Q4 2025, en attendant l'approbation du fabricant d'équipement d'origine (OEM).
HiRain Technologies utilise des données collectées à partir d'une flotte de véhicules équipés de radars d'imagerie LRR610, développés avec la puce d'Arbe. Les radars tirent parti de capacités de ultra-haute résolution, optimisant la fusion des capteurs et la perception. La puce d'Arbe comprend un matrice de canaux 48x48, alimentant le LRR610 de HiRain avec une haute résolution en azimut et en élévation, fournissant un nuage de points dense pour des images détaillées.
Arbe Robotics (NASDAQ: ARBE) gab bekannt, dass sein Tier-1-Partner HiRain Technologies ein ADAS-System für einen chinesischen Automobilhersteller entwickelt, welches Arbe's Chipset verwendet. Das System wird Kamera- und Radar-Fusion integrieren, wodurch LiDAR ersetzt wird, während die gleiche Qualität und Funktionalität erhalten bleibt. Das ADAS-System wird voraussichtlich im vierten Quartal 2025 in die Serienproduktion gehen, vorbehaltlich der Genehmigung des OEM.
HiRain Technologies nutzt Daten, die von einer Fahrzeugflotte mit LRR610 Imaging Radars gesammelt wurden, die mit Arbe's Chipset entwickelt wurden. Die Radare nutzen ultra-hohe Auflösungsfähigkeiten zur Optimierung der Sensorfusion und Wahrnehmung. Das Chipset von Arbe umfasst ein 48x48 Kanal-Array, das HiRain's LRR610 mit hoher Auflösung in Azimut und Elevation antreibt und eine dichte Punktwolke für detaillierte Bilder liefert.
- Development of ADAS system using Arbe's chipset for a Chinese automaker
- Potential serial production by Q4 2025
- LRR610 Imaging Radars offer ultra-high resolution capabilities
- Arbe's chipset includes 48x48 channel array for detailed imaging
- ADAS system still pending final approval from the OEM
Insights
The development of an ADAS system by HiRain Technologies using Arbe's chipset marks a significant shift in the automotive sensor landscape. By replacing LiDAR with a camera and radar fusion system, this initiative could potentially disrupt the current ADAS market dynamics.
Key points to consider:
- Cost efficiency: Radar-based systems are generally more affordable than LiDAR, which could lead to wider adoption of advanced ADAS features across various vehicle segments.
- Performance parity: If the new system truly matches LiDAR's functionality, it could challenge the perceived superiority of LiDAR in certain applications.
- Market implications: This development may pressure LiDAR manufacturers and potentially benefit companies focused on radar technology.
- Timeline: With production slated for Q4 2025, there's still time for market adjustments and competitive responses.
For Arbe, this partnership with HiRain and the potential OEM deal represent a significant opportunity to establish a strong position in the Chinese automotive market. However, investors should monitor the final OEM approval and any potential regulatory challenges that may arise with this new technology approach.
This development has several market implications worth noting:
- Market size potential: China's automotive market is the world's largest, offering substantial growth opportunities for Arbe if this technology is widely adopted.
- Competitive landscape shift: Success here could position Arbe as a key player in the ADAS sensor market, potentially challenging established LiDAR and traditional radar providers.
- Industry trend indicator: This move may signal a broader industry shift towards more cost-effective ADAS solutions, which could accelerate the adoption of advanced safety features in mid-range vehicles.
- Supply chain impact: A successful implementation could lead to increased demand for high-resolution radar components, benefiting suppliers in this ecosystem.
Investors should closely monitor the progress of this project, as its success could significantly impact Arbe's market position and valuation. However, it's important to consider potential risks such as technological challenges, regulatory hurdles, or competitive responses from other sensor manufacturers.
The ADAS System Will Integrate Camera and Radar Fusion, Delivering the Same Level of Quality and Functionality as LiDAR-based Systems for the Chinese Automaker
In January, Arbe announced that HiRain Technologies was embarking on a rigorous data collection phase that planned to cover 1 million kilometers using a vehicle fleet equipped with LRR610 Imaging Radars, developed from the Arbe chipset. To achieve this initiative, HiRain Technologies' vehicle fleet is using massive amounts of collected data.
"Our LRR610 Imaging Radars, powered by the Arbe chipset, leverage the industry's leading ultra-high resolution capabilities, offering performance never before seen in radar technology," says Chengjian Fan, CTO of HiRain Technologies. "Our recent data collection initiative has shown the optimization of both sensor fusion and perception, further enhancing the capabilities of imaging radar and making advanced ADAS systems more affordable while providing true safety and advanced functionality."
Arbe's chipset includes an extensive channel array of 48 transmitting (Tx) and 48 receiving (Rx) channels, which powers HiRain's LRR610 with ultra-high resolution in both azimuth and elevation. The high channel array delivers a dense point cloud resulting in highly detailed imaging.
"HiRain Technologies and Arbe are working together to transform global automotive safety by infusing radar technology with capabilities that were once unique to other sensors," said Kobi Marenko, Chief Executive Officer of Arbe. "This groundbreaking initiative will demonstrate how imaging radar can provide an alternative to other sensors on the market, providing a solution that enhances safety at a consumer-friendly price point."
About Arbe
Arbe (Nasdaq: ARBE), a global leader in Perception Radar solutions, is spearheading a radar revolution, enabling safe driver-assist systems today while paving the way to full autonomous-driving. Arbe's radar technology is 100 times more detailed than any other radar on the market and is a critical sensor for L2+ and higher autonomy. The company is empowering automakers, Tier 1 suppliers, autonomous ground vehicles, commercial and industrial vehicles, and a wide array of safety applications with advanced sensing and paradigm changing perception. Arbe, a leader in the fast-growing automotive radar market, is based in
About Beijing JingWei Hirain Technologies
Founded in 2003, HiRain focuses on providing customers in the fields of automobile and unmanned transportation with electronic products, R&D services, and overall solutions for high-level intelligent driving. Headquartered in
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