Giriş
1. adıma gitHere's a chip identification summary for the Meta Quest 3 headset and controller.
Check out our Meta Quest 3 teardown for more details.
Special thanks to community member CChin for his contribution!
Videoya Genel Bakış
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Qualcomm SXR2230P-100-AB Snapdragon XR2 gen 2 applications processor
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Likely SK hynix H58G66BK8BX105 8 GB LPDDR5 SDRAM memory
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AKM Semiconductor AK4333ECB 32-bit stereo audio D/A converter
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Probably Triad Semiconductor TS5231 IR analog front end
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Qualcomm WCN6856-102 Wi-Fi 6E SoC
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Qorvo QM42391 2.4 GHz Wi-Fi 6E front-end module
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Qorvo QM45392 5 GHz Wi-Fi 6E front end module
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Nordic Semiconductor nRF52833 Bluetooth Low-Energy 5.4 SoC
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SK hynix HN8T05DEHKX073 128 GB NAND flash memory
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Qualcomm PMXR2230B-001 power management
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Qualcomm PMXR2230-001 power management
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Qualcomm PMXR2230VE-001 power management
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Qualcomm PMXR2230VS-001 power management
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Likely Qualcomm clock generator
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STMicroelectronics STM32G071EB 32-bit ARM Cortex-M0+ microcontroller
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Silicon Labs EFM8BB51F8G 8-bit microcontroller
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Infineon CYPD3177-24LQXQ USB Type-C port controller
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Analog Devices MAX98388 mono class-D audio amplifier
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Texas Instruments TPS65132L dual output power supply
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SG Micro SGM62110 2.5 A buck-boost converter
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STMicroelectronics LM324QT quad operational amplifier
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Microchip ATSAMD21G17D 32-bit ARM Cortex-M0+ microcontroller
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Analog Devices MAX98361AEWL+ 3.2 W audio amplifier
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SG Micro SGM6601 DC-DC boost converter
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Monolithic Power Systems MP3414 1.8 A synchronous step-up converter
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Nordic Semiconductor nRF52820 Bluetooth Low-Energy 5.4 SoC
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4 Yorum
I have a guess: it could be the new VD55H1 from STMicroelectronics. For my own project I want to use the VL53L5CX, a much simpler sensor.
