you are comparing 2021 products with 2025.Texas Instruments OPT3101 ToF Sensor
The Texas Instruments OPT3101 Time of Flight (ToF) sensors are high-speed, high-resolution analog front ends (AFEs) for ToF-based continuous wave proximity and ranging sensors
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100%. He's looking for a job at a hedge fundJukan is just a kid. Hasn’t even gotten his first job yet and is clearly going into financial research rather than engineering. Always read his takes with a healthy helping of salt.
Even assuming that this is not their previous 2019 designs, is not that DJI lacks options, they have options, the issue is that the Chinese government is not this all encompassing entity that Western think tanks stooges made it to be. Chinese companies can make their own procurements and design choices, maybe that is the reason China ended in that horrible predicament with export controls.China mostly good at digital chips like CPU and MCU but specialty analog chips, it has a way to catch up
Texas Instruments OPT3101 ToF Sensor
The Texas Instruments OPT3101 Time of Flight (ToF) sensors are high-speed, high-resolution analog front ends (AFEs) for ToF-based continuous wave proximity and ranging sensors
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Do you know any domestic supplier offer range sensing chip in 2025? ADC is only a subset of the functions required.you are comparing 2021 products with 2025.
with current geopolitical situation and advancements in domestic chips. most probably all these chips would already have been replaced.
CXMT not only producing LPDD4 now but producing in large volume, that causing other competitors to reduce prices. and this is last year news.
for MMC memory cards, there are many Chinese companies like China chip star Semi Co., Ltd , Shenzhen Changfengqi Technology Co., Ltd..
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China have caught up in Analog chips. its all about capture the market share. Chinese firms recently break the deadlock in many Analog chips and rapidly gaining customers.
some of the best local MCUs to ADCs coming from from Hisilicon.
Black Sesame & Horizon have great ADAS and edge-related products.
HiSilicon Unveils AC9610 ADC Challenging TI and ADI in High-Performance Market
After the launch of AC9610 in March, great expectations have been generated for ultra-high precision ADCs and HiSilicon is already developing AC963X and AC962X will be launched in August, 16-bit, 125Msps (2,4,8,16 channels)
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Suzhou Xunxinwei's latest ADC analog-to-digital converter
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Guess we have to wait and see if they can be adopted by DJI for the drone solution.Even assuming that this is not their previous 2019 designs, is not that DJI lacks options, they have options, the issue is that the Chinese government is not this all encompassing entity that Western think tanks stooges made it to be. Chinese companies can make their own procurements and design choices, maybe that is the reason China ended in that horrible predicament with export controls.
But either way is not the lack options.
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These chips are widely used in a variety of consumer electronics applications, including sweepers, drones, and mobile phones, as well as in applications such as AR/VR, smart homes, and autonomous driving lidar. The company's management team comprises senior technical experts from both China and abroad with over 15 years of industry experience.Guess we have to wait and see if they can be adopted by DJI for the drone solution.
Or those only good enough for robots.
Micron will stop developing mobile NAND products worldwide
Goodbye Micron!
If confirmed Micorn will exit smartphone NAND market, leaving it to Korea (Samsung, SK) and China YMTC
After Chinese smartphone firms ditched Micron, the only potential customers remaining are Samsung and Apple, but Samsung uses its own NAND.
So Apple alone is not a good enough reason to keep the mobile NAND branch...we will see if this is finalized or Trump will make them change their mind (very possible).
Pardon me for my question, but will Chinese foundries capable of producing top end nodes comparable to the latest TSMC/Samsung processes once EUV machines become fully operational in 2027/2028? I've read in this thread that 3nm nodes has already been developed but is pending EUV machines to mass produce but nothing on more advanced nodes like 2nm and TSMC A14 equivalent (According to roadmaps TSMC tends to produce these by 2027).