Deutsch

Bitsensing, a South Korean LiDAR solution provider, successfully raised 180 million yuan in funding

398
2024-06-27 16:32:19
Übersetzung anzeigen

Recently, Bitsensing, a leading provider of advanced radar solutions in South Korea, announced the successful completion of Series B financing, with a financing amount of up to $25 million (approximately RMB 181.6 million).

This major investment is led by a series of well-known venture capital firms and strategic investors, which not only demonstrates Bitsensing's leading position in the radar technology industry, but also injects strong momentum into its global growth and innovation strategy, helping to achieve the vision of "radar everywhere".

Purpose of funds and investor portfolio
Btisensing's 4D millimeter wave radar products stand out in the industry for their outstanding performance. According to official data, its radar system can detect obstacles of 10 * 30 centimeters in size within a range of 300 meters and has the ability to recognize targets with speeds exceeding 0.6km/h. This feature makes Btisensing radar have broad application prospects in intelligent driving systems.

At present, laser radar and high-order millimeter wave radar are widely used in the autonomous vehicle market, but the high cost of these devices makes it difficult for low-end vehicles to bear. And Btisensing's 4D millimeter wave radar provides a more cost-effective solution. It can not only serve as a substitute for the intelligent driving system of mid to low-end vehicle models, but also be used in conjunction with LiDAR in advanced vehicle models to reduce the cost of the entire system.

Industry insiders believe that Btisensing's 4D millimeter wave radar technology has enormous market potential. With the continuous development of autonomous driving technology, the demand for high-precision and highly reliable radar systems will continue to grow. With its unique technological advantages, Btisensing is expected to occupy an important position in this field.

The strategic use of this Series B financing will focus on Bitsensing's business expansion, R&D investment, and exploration of new market opportunities. The company plans to take this opportunity to expand its team size, enrich its product portfolio, and work together with more strategic partners to drive growth and create more value for global customers.

Bitsensing's financing has received strong support from top investors including Korea Industrial Bank, HL Mando Corporation, Aju Capital, Life Asset Management, and SCL Investment. These investors highly praise Bitsensing's advanced radar technology, believing that it has disruptive potential in fields such as automobiles, smart cities, and medical technology. It is worth mentioning that HL Mando Corporation has participated in Bitsensing's investment for the fourth consecutive time, which further reflects its firm confidence in the company's vision and capabilities.

Dr. Jae Eun Lee, CEO of Bitsensing, said, "We firmly believe that our cutting-edge radar solutions will play a transformative role in multiple industries and are committed to making 'radar everywhere' a reality. This financing will accelerate Bitsensing's next phase of growth, and we will continue to increase our investment in technology research and development, expand our product range, and further enhance our global market share."

Covering advanced radar technology applications
Bitsensing has always been at the forefront of radar technology innovation, and its high-performance automotive grade radar has been widely used in fields such as autonomous driving, smart cities, and medical technology. Its radar system aims to enhance the security, efficiency, and convenience of various applications, and is driving innovation in the following areas:

-Automotive radar
Bitsening's imaging radar products, relying on high-resolution 4D imaging technology, provide autonomous vehicle with more comprehensive environmental awareness capabilities, covering more than 300 meters, and have unique array technology and radar signal processing algorithms to ensure the ultimate reliability. In addition, its advanced corner radar products also provide a surround detection solution for the autonomous vehicle system, and the detection distance is 50% higher than that of the traditional radar.

-Traffic radar
Bitsensing's Traffic Insight Monitoring Sensor (TIMOS) is an intelligent transportation system (ITS) solution that integrates artificial intelligence computing devices, providing visibility and intelligent analysis capabilities for 12 lanes, including vehicle category detection, safety event recognition, and more. At present, the system has been applied in six countries, including the Lunshan to Tian'an Expressway in South Korea.

-Medical and Health Technology Radar
Bitsensing's radar technology is also applied in the field of digital health, especially in sleep care. Its radar can monitor sleep quality, apnea events, limb movements, and provide data analysis services such as sleep scores, summaries, and lifestyle recommendations.

Latest progress and milestones
In the past year, Bitsensing has achieved multiple important milestones, including achieving the highest evaluation TI-1 in technology rankings, being designated as a national core technology enterprise, and successfully winning multiple global projects. These achievements not only further consolidate its leadership position in the field of radar technology, but also demonstrate its ability to meet the diverse needs of the international market.

Since its establishment, Bitsensing has won numerous honors for its proprietary technology, including the "Best New Product" award at the 2019 Korea Electronics Show, the 2020 CES Smart City Innovation Award, the 2020 TechCrunch Disrupt Award, and the CES 2022 Vehicle and Transportation Technology Innovation Award. In the 2022 Series A financing, the company raised $10 million, and as of now, Bitsensing has raised a total of $46 million (including this round of financing).

Source: OFweek

Ähnliche Empfehlungen
  • On demand ultra short laser flash: controllable optical pulse pairs from a single fiber laser

    Set up a dual comb fiber laser oscillator, external pulse combination, and real-time detection.In innovative methods for controlling ultra short laser flashes, researchers from Bayreuth University and Konstanz University are using soliton physics and two pulse combs in a single laser. This method has the potential to greatly accelerate and simplify laser applications.Traditionally, the pulse inter...

    2024-01-12
    Übersetzung anzeigen
  • Theoretical physicist Farok Miwivar studied the interaction between two sets of luminescent atoms in a quantum cavity

    Theoretical physicist Farok Miwivar studied the interaction between two sets of luminescent atoms in a quantum cavity - a quantum cavity is an optical device composed of two excellent small mirrors that can capture light in a small area for a long time.This model and its predictions can be used for the next generation of superradiance lasers. They can be used and observed in cutting-edge cavity/wa...

    2024-02-21
    Übersetzung anzeigen
  • Tower Semiconductor is preparing to add laser integrated PIC for Scintil

    Grenoble stated that in the context of growing demand driven by artificial intelligence and 5G, "key" milestones have strengthened its supply chain.Scantil Photonics, a subsidiary of CEA Leti that focuses on silicon photonics, has stated that its integrated laser design is now being produced by Tower Semiconductor, a wafer foundry partner.This method describes this development as a "crucial step f...

    2024-02-29
    Übersetzung anzeigen
  • Commitment to achieving 100 times the speed of on-chip lasers

    Although lasers are common in daily life, their applications go far beyond the scope of light shows and barcode reading. They play a crucial role in telecommunications, computer science, and research in biology, chemistry, and physics. In the latter field, lasers that can emit extremely short pulses are particularly useful, approximately one trillionth of a second or less.By operating these lasers...

    2023-11-13
    Übersetzung anzeigen
  • Cambridge University researchers use lasers to "heat and strike" 3D printed steel

    According to the University of Cambridge, researchers have developed a new method for 3D printing metal, which can help reduce costs and more effectively utilize resources. This method, developed by a research team led by the University of Cambridge, allows structural modifications to be "programmed" into metal alloys during 3D printing - fine-tuning their performance without the need for thousand...

    2023-11-03
    Übersetzung anzeigen