An early teardown (translation) of Samsung's (SSNLF) Galaxy S5 has turned up the same 6-axis InvenSense (INVN) motion sensor found in the Note 3. The InvenSense part displaces the STMicroelectronics (STM) motion sensor found in the S4.
Multiple Maxim (MXIM) power ICs were also uncovered. Though Barclays thinks Maxim lost the gesture IC slot it had in the S4 to rival AMS, it nonetheless thinks its dollar content grew ~10% (previous).
An NXP (NXPI) NFC controller/secure element displaced the Broadcom (BRCM) NFC chip that went into the S4; Barclays estimates the design win will be worth $50M-$60M to NXP, assuming average content of $1. Broadcom is still expected to get $4/unit for supplying the S5's Wi-Fi/Bluetooth combo chip.
Synaptics (SYNA) is believed to have the S5's touch controller slot and (though not revealed in the teardown) its fingerprint/swipe sensor slot. The company's S4 touch controller win delivered a windfall.
Though a Skyworks (SWKS) power amplifier module and discrete amplifier were found, and a Wi-Fi filter is believed to be present, Barclays thinks Skyworks' content share likely fell, thanks to the absence of Wi-Fi switch/LNA content. It also thinks the total value of the S5's Wi-Fi RF content is lower due to Broadcom's use of internal power amplifiers (possibly a negative for S4 supplier ANAD).
Separately, DisplayMate calls the S5's OLED display "the best-performing smartphone display we have ever tested," after doing an in-depth analysis. The display's color accuracy, brightness, ambient lighting performance, and power efficiency all receive high marks. OLED materials/tech supplier Universal Display (OLED) will be happy to hear that.