iPhone 14 Pro Max Chip ID

Duration: 45 minutes
Steps: 12 Steps

Wondering what makes the new iPhone 14 Pro Max tick? You're in the right spot. These detailed board shots come from a US model iPhone 14 Pro Max, model number A2651. This version skips the physical SIM tray but packs hardware for 5G mmWave and satellite communication. For a full breakdown, check out our iPhone 14 Pro Max teardown.

Step 1

- Chip ID part 1:

- SanDisk SDMVGKLK2 128G 128 GB NAND flash memory

- Apple/Dialog Semiconductor 338S00819-A1 power management

- Probably Apple/Cirrus Logic 338S00843 voice processor

- Apple/Cirrus Logic 338S00537 audio amplifier

- Possibly Apple/Dialog Semiconductor 338S0081C ? power management

- Texas Instruments TPS61280H DC-DC converter

- Maybe STMicroelectronics EEPROM

Step 2

- Chip ID, round two!

- Could be an Infineon load switch hanging out here.

- Say hello to the NXP Semiconductor NTB0101GS1, a 1-bit translating transceiver.

- Spotting the Texas Instruments LSF0101? That's your 1-bit bidirectional voltage level translator buddy.

Step 3

- Chip ID part 3:

- Probably the WiFi/Bluetooth Module doing its thing

Step 4

- Chip ID part 1:

- Apple APL1W10/339S01104: This is your powerhouse, the A16 64-bit hexa-core applications processor, packing a penta-core GPU under the hood, likely paired with the fantastic Samsung K3LK2K20CM-EGCP 6 GB LPDDR5 SDRAM memory.

- Apple APL109A/338S00942: Here’s the brain behind your power management, keeping everything running smoothly.

- Apple/Dialog Semiconductor 338S00839-B0: Another key player in the power management arena.

- Broadcom BCM59365EA1IUBG: Your trusty wireless power receiver, making sure you stay connected.

- STMicroelectronics STB601A05: More power management goodness, helping to keep things in check.

- Apple/Dialog Semiconductor 338S00819-A1: Yet another gem in the power management lineup.

- Texas Instruments TPS65657B0: This little hero is in charge of your display power supply, ensuring everything looks great.

Step 5

- Chip ID part 2:

- Texas Instruments LM3567A1 LED flash driver - brightening your device's world!

- Apple/Cirrus Logic 338S00738 audio codec - making sure your tunes sound just right!

- Likely Analog Devices taptic engine driver - giving your device that delightful touch!

- Texas Instruments CD3710A1 VCSEL array driver - lighting up your visuals like a star!

- NXP Semiconductor CBTL1618A0 DisplayPort multiplexer - keeping your connections smooth and seamless!

- Texas Instruments USB 2.0 dual repeater - because who doesn't love a speedy charge?

- onsemi DC-DC converter - powering up your adventures with style!

Step 6

- Chip ID part 3:

- Probably an onsemi DC-DC converter doing its power magic

- Maybe an STMicroelectronics serial EEPROM memory hanging out

Step 7

- Chip ID, part four coming at you!

- That’s probably the USI Ultra Wideband module hanging out here.

- Here’s the Broadcom AFEM-8245 front-end module, doing its thing.

Step 8

- Chip ID part 1: Let’s get to know some of the key players on your device’s motherboard:

- STMicroelectronics ST33J—handles secure transactions and keeps your secrets safe.

- Apple/Cirrus Logic 338S00537—this little amp makes your tunes sound crisp and clear.

- Qualcomm PMX65—manages power so your device keeps running smoothly.

- Qualcomm QET7100—tracks voltage for better battery life.

- Probably Qualcomm PMK65—likely in charge of clock signals so everything stays in sync.

- Likely Qorvo—another envelope tracker, helping your phone communicate efficiently.

- Possibly STMicroelectronics—may be helping with power management duties.

Step 9

- Chip ID part 2:

- NXP Semiconductor SN210V NFC controller with secure element

- Satellite module (might be a mystery!)

- Qualcomm SDX65M X65 5G modem

- Qualcomm SDR735 RF transceiver

- Qualcomm SMR546 RF transceiver

- Broadcom AFEM-8231 front-end module

- Skyworks SKY58290-20 front-end module

Step 10

- Chip ID part 3:

- Broadcom AFEM-8240 front-end module

- Probably a Skyworks SKY58853-17 ? front-end module

- Maybe a Skyworks SKY52628 antenna switch module

- Maybe a Skyworks SKY5xx92-16 power amplifier module

Step 11

- Chip ID part 4 - sensors:

- Bosch Sensortec 6-axis accelerometer/gyroscope

Step 12

- Antennas:

- Connect to the potential satellite antenna.

- 5G mmWave patch antenna

Success!

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