![]() ![]() In comparison, an iPhone requires up to 3 optical modules running simultaneously and does not require continuous computing. For example, the AR headset requires at least 6-8 optical modules to simultaneously provide continuous video-transparent AR services to users. Kuo predicts that Apple’s AR headset will be equipped with two Sony 4K Micro OLED displays (so we think this device can support VR), which requires significantly more computing power than the iPhone, and therefore needs a Mac-level processor.Īpple’s AR headset requires a separate processor as the computing power of the sensor is significantly higher than the iPhone. ![]() The lower processors will use BT substrate. Kuo predicts that the high-end processor will use the same ABF substrate as the M1. The design of the power management unit (PMU) of the high-end processor is similar to the M1 because it has the same level of computing power as the M1. ![]() The advanced processor will have similar computing power as the M1 for Mac, while the lower processor will be responsible for sensor-related computing. Kuo predicts that Apple’s AR headset to be launched in the 4Q22 will be equipped with two processors. The processor will use ABF substrate, and Unimicron will probably be the supplier of ABF. 7 s only ABF supplier, Unimicron, will be the leading recipient.Īpple will launch an AR headset in 2022 with a processor with the same computing power as the Mac. ![]()
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