China's in-car Ethernet chip supplier EtlChip closes Pre-A+ funding round

Published: Apr 19, 2024 13:00
Source: gasgoo
Recently, Nanjing EtlChip Microelectronics Technology Co., Ltd. (EtlChip), a Chinese in-vehicle Ethernet chip supplier, successfully completed its Pre-A+ round of financing

Shanghai (Gasgoo)- Recently, Nanjing EtlChip Microelectronics Technology Co., Ltd. ("EtlChip"), a Chinese in-vehicle Ethernet chip supplier, successfully completed its Pre-A+ round of financing, according to a post on the WeChat account of CASSTAR, the lead investor of this round.

EtlChip has stated that this funding will be primarily used to support the development and delivery of in-vehicle Ethernet chips. Previously, EtlChip had completed two rounds of financing in 2023, including an angel round and a Pre-A round.


Founded in 2022, EtlChip is one of the few teams in China dedicated to the development of in-vehicle Ethernet chips. With years of experience in Ethernet communications chip technology, EtlChip has developed high-performance, highly reliable, and low-power in-vehicle Ethernet communications chips and solutions.

With the advancement in the intelligent cockpit and autonomous driving fields, the demand for high-speed communications within vehicles is increasing. Due to its high bandwidth, high reliability, and lighter wiring harnesses, in-vehicle Ethernet has become a key technology for meeting these high-speed communications needs. Since BMW first implemented the Ethernet architecture in the BMW 7 Series, the application of in-vehicle Ethernet has gradually become widespread.

Currently, the market for automotive Ethernet chips in China is largely dependent on imports. These chips are primarily categorized into two types: Switch chips and Physical Layer Transceiver (PHY) chips. Domestically, the production focuses on a limited range of low-speed 100 Mbps automotive PHY chips, with automotive Switch chips still lacking local supply.

Zhong Jianfeng, founder of EtlChip, pointed out that only a few teams in China are working on developing automotive PHY chips. EtlChip is among the rare few that develop both automotive PHY and Switch chips, providing comprehensive solutions for automotive Ethernet systems.

Switch chips are complex, large-scale digital ASICs (application-specific integrated circuits) that cannot utilize off-the-shelf IP cores and require the design of numerous custom circuits. By overcoming these technical challenges, EtlChip has developed China’s sole gigabit TSN Ethernet Switch chip, matching the performance of top industry products.

The company said EtlChip's competitive edge lies in its product performance, which matches international standards, and its alignment with OEMs' push for component localization. Moreover, EtlChip's local presence allows for more responsive support to OEMs' R&D needs, facilitating quicker product iterations. For instance, while it might take international chip giants two weeks to respond to an issue, EtlChip can respond within 24 hours.

In terms of product development, EtlChip's industrial Ethernet chips have already entered mass production and delivery, achieving both technological validation and revenue generation. Its automotive Ethernet chips are nearing the end of testing and are about to be delivered for OEM customer trials.

Data Source Statement: Except for publicly available information, all other data are processed by SMM based on publicly available information, market communication, and relying on SMM‘s internal database model. They are for reference only and do not constitute decision-making recommendations.

For any inquiries or to learn more information, please contact: lemonzhao@smm.cn
For more information on how to access our research reports, please contact:service.en@smm.cn
Related News
Waymo and Uber to Deploy 1,200 Robotaxis in Middle East by 2027
Feb 6, 2026 15:29
Waymo and Uber to Deploy 1,200 Robotaxis in Middle East by 2027
Read More
Waymo and Uber to Deploy 1,200 Robotaxis in Middle East by 2027
Waymo and Uber to Deploy 1,200 Robotaxis in Middle East by 2027
Waymo and Uber (NYSE: UBER) announced an upgraded strategic partnership: The two parties plan to deploy at least 1,200 Robotaxi units in the Middle East by 2027, covering three major markets—Abu Dhabi, Dubai, and Riyadh. According to the plan, all 1,200 Robotaxi units will be integrated into the Uber App to provide public transportation services.
Feb 6, 2026 15:29
Tesla VP Says Company Will Engage in Assisted Autonomous Driving in China, Timeline Unclear
Feb 6, 2026 15:28
Tesla VP Says Company Will Engage in Assisted Autonomous Driving in China, Timeline Unclear
Read More
Tesla VP Says Company Will Engage in Assisted Autonomous Driving in China, Timeline Unclear
Tesla VP Says Company Will Engage in Assisted Autonomous Driving in China, Timeline Unclear
Tesla Vice President Tao Lin stated today that Tesla would actively participate in related work on assisted autonomous driving in the Chinese market, but could not yet provide a clear timeline for implementation. Elon Musk previously indicated that Tesla's Full Self-Driving (FSD) would be deployed in Europe this February, with the Chinese market to follow.
Feb 6, 2026 15:28
World's First Mass-Produced Sodium-Ion Battery Passenger Vehicle Officially Unveiled
Feb 5, 2026 17:52
World's First Mass-Produced Sodium-Ion Battery Passenger Vehicle Officially Unveiled
Read More
World's First Mass-Produced Sodium-Ion Battery Passenger Vehicle Officially Unveiled
World's First Mass-Produced Sodium-Ion Battery Passenger Vehicle Officially Unveiled
On February 5, Changan Automobile unveiled its global sodium-ion battery strategy, and the world's first mass-produced sodium-ion battery passenger vehicle was officially introduced. Test data shows that the vehicle equipped with CATL's sodium-ion battery delivers nearly three times the discharge power compared to conventional lithium iron phosphate vehicles with the same battery capacity under -30°C conditions. In extreme cold environments of -40°C, it maintains over 90% capacity retention, and it can still discharge stably even at the extreme low temperature of -50°C.
Feb 5, 2026 17:52