[Skip to content](#main-content) [esp.run](/) [Compare](/)[Modules](/modules/)[Dev boards](/devkits/) [EN](/series/esp32-p4/)[中文](/zh/series/esp32-p4/)[日本語](/ja/series/esp32-p4/)[한국어](/ko/series/esp32-p4/) [← All official models](/) # ESP32-P4 High-performance HMI processor A 400 MHz dual-core RISC-V application processor with MIPI, high-speed USB and no radio. AvailableVerified 2026-10-11 ## Best for - Large displays, cameras and edge AI with a companion radio ## Avoid for - Standalone wireless products ## CPU & memory Architecture RISC-V Core(s) 2 Maximum clock 400 MHz On-chip SRAM 768 KB ROM Not confirmed Flash External PSRAM External support Packages QFN104 10×10 mm ## Wireless Wi-Fi None Wi-Fi max rate Not confirmed Bluetooth None IEEE 802.15.4 No ## Interfaces USB OTG high-speed USB Serial/JTAG Yes Ethernet MAC Yes Camera Yes Display Yes SD/MMC Yes Maximum GPIO 55 ## Security Secure boot Yes Flash encryption Yes Crypto accelerators AES · ECC · HMAC · RSA · SHA · RSA\_DS · ECDSA\_DS · TRNG · XTS\_AES TEE / APM Yes ## Analog & power ADC channels Not confirmed ADC resolution Not confirmed Touch sensing Yes Touch channels Not confirmed Supply voltage 2.7–3.6 V ULP core ULP-RISC-V Deep-sleep current Not confirmed ## Lifecycle & timing Announced Not confirmed Mass production Not confirmed NRND Not confirmed EOL Not confirmed ## Official development boards Official Espressif development boards, including discontinued boards from the per-series EOL lists. Board Status Board type ESP32-P4X-EYE Available EYE ESP32-P4X-Function-EV-Board Available Function EV board ESP32-P4-Function-EV-Board EOL Function EV board ESP32-P4-EYE EOL EYE Where to buy ## Official page and distributor search These are search and official pages, not live stock or price quotes. Confirm the exact ordering code with the seller. [Espressif product page ↗](https://www.espressif.com/en/products/socs/esp32-p4)[Official datasheet ↗](https://documentation.espressif.com/esp32-p4_datasheet_en.html)[Authorized distributors ↗](https://www.espressif.com/en/contact-us/distributors)[Search LCSC ↗](https://www.lcsc.com/search?q=ESP32-P4)[Search Digi-Key ↗](https://www.digikey.com/en/products/result?keywords=ESP32-P4)[Search Mouser ↗](https://www.mouser.com/c/?q=ESP32-P4) ## Official chip ordering codes Each row is an official SoC or SiP. Buy links search that exact part name. Part Status Package Flash PSRAM Buy ESP32-P4NRW16X Available QFN104 See datasheet None confirmed [Search LCSC](https://www.lcsc.com/search?q=ESP32-P4NRW16X)[Search Digi-Key](https://www.digikey.com/en/products/result?keywords=ESP32-P4NRW16X)[Search Mouser](https://www.mouser.com/c/?q=ESP32-P4NRW16X) ESP32-P4NRW32X Available QFN104 See datasheet None confirmed [Search LCSC](https://www.lcsc.com/search?q=ESP32-P4NRW32X)[Search Digi-Key](https://www.digikey.com/en/products/result?keywords=ESP32-P4NRW32X)[Search Mouser](https://www.mouser.com/c/?q=ESP32-P4NRW32X) ESP32-P4NRW16 EOL QFN104 See datasheet None confirmed [Search LCSC](https://www.lcsc.com/search?q=ESP32-P4NRW16)[Search Digi-Key](https://www.digikey.com/en/products/result?keywords=ESP32-P4NRW16)[Search Mouser](https://www.mouser.com/c/?q=ESP32-P4NRW16) ESP32-P4NRW32 EOL QFN104 See datasheet None confirmed [Search LCSC](https://www.lcsc.com/search?q=ESP32-P4NRW32)[Search Digi-Key](https://www.digikey.com/en/products/result?keywords=ESP32-P4NRW32)[Search Mouser](https://www.mouser.com/c/?q=ESP32-P4NRW32) Chip package ## Chip pin map Package top view from the official series datasheet. Filter pins or open the accessible table. This is a reference map, not an electrical simulator. All pinsPower pinsGPIO pinsAnalog pinsUSB pinsMemory pinsDedicated signals Pin mapPin list QFN104, top viewESP32-P4 Series Datasheet v0.7QFN104123456789101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960616263646566676869707172737475767778798081828384858687888990919293949596979899100101102103104105 Pin details Select a pin to inspect its functions and warnings. Complete accessible pin table Physical pin Label Functions Direction Warnings 1 GPIO1 GPIO1, GPIO Matrix Bidirectional — 2 GPIO2 GPIO2, GPIO Matrix Bidirectional — 3 GPIO3 GPIO3, GPIO Matrix Bidirectional — 4 GPIO4 GPIO4, GPIO Matrix Bidirectional — 5 GPIO5 GPIO5, GPIO Matrix Bidirectional — 6 GPIO6 GPIO6, GPIO Matrix Bidirectional — 7 GPIO7 GPIO7, GPIO Matrix Bidirectional — 8 GPIO8 GPIO8, GPIO Matrix Bidirectional — 9 VDD\_LP VDD\_LP Power — 10 GPIO9 GPIO9, GPIO Matrix Bidirectional — 11 GPIO10 GPIO10, GPIO Matrix Bidirectional — 12 GPIO11 GPIO11, GPIO Matrix Bidirectional — 13 GPIO12 GPIO12, GPIO Matrix Bidirectional — 14 GPIO13 GPIO13, GPIO Matrix Bidirectional — 15 GPIO14 GPIO14, GPIO Matrix Bidirectional — 16 GPIO15 GPIO15, GPIO Matrix Bidirectional — 17 GPIO16 GPIO16, GPIO Matrix Bidirectional — 18 GPIO17 GPIO17, GPIO Matrix Bidirectional — 19 GPIO18 GPIO18, GPIO Matrix Bidirectional — 20 GPIO19 GPIO19, GPIO Matrix Bidirectional — 21 VDD\_IO\_0 VDD\_IO\_0 Power — 22 GPIO20 GPIO20, GPIO Matrix Bidirectional — 23 GPIO21 GPIO21, GPIO Matrix Bidirectional — 24 GPIO22 GPIO22, GPIO Matrix Bidirectional — 25 GPIO23 GPIO23, GPIO Matrix Bidirectional — 26 VDD\_HP\_0 VDD\_HP\_0 Power — 27 FLASH\_CS FLASH\_CS Bidirectional This signal may be reserved by in-package flash or PSRAM on some ordering codes. 28 FLASH\_Q FLASH\_Q Bidirectional This signal may be reserved by in-package flash or PSRAM on some ordering codes. 29 FLASH\_WP FLASH\_WP Bidirectional This signal may be reserved by in-package flash or PSRAM on some ordering codes. 30 VDD\_FLASHIO VDD\_FLASHIO Power — 31 FLASH\_HOLD FLASH\_HOLD Bidirectional This signal may be reserved by in-package flash or PSRAM on some ordering codes. 32 FLASH\_CK FLASH\_CK Bidirectional This signal may be reserved by in-package flash or PSRAM on some ordering codes. 33 FLASH\_D FLASH\_D Bidirectional This signal may be reserved by in-package flash or PSRAM on some ordering codes. 34 DSI\_REXT DSI\_REXT Output — 35 DSI\_DATAP1 DSI\_DATAP1 Output — 36 DSI\_DATAN1 DSI\_DATAN1 Output — 37 DSI\_CLKN DSI\_CLKN Output — 38 DSI\_CLKP DSI\_CLKP Output — 39 DSI\_DATAP0 DSI\_DATAP0 Output — 40 DSI\_DATAN0 DSI\_DATAN0 Output — 41 VDD\_MIPI\_DPHY VDD\_MIPI\_DPHY Power — 42 CSI\_DATAN0 CSI\_DATAN0 Input — 43 CSI\_DATAP0 CSI\_DATAP0 Input — 44 CSI\_CLKP CSI\_CLKP Input — 45 CSI\_CLKN CSI\_CLKN Input — 46 CSI\_DATAN1 CSI\_DATAN1 Input — 47 CSI\_DATAP1 CSI\_DATAP1 Input — 48 CSI\_REXT CSI\_REXT Input — 49 USB\_DM USB\_DM Bidirectional — 50 USB\_DP USB\_DP Bidirectional — 51 VDD\_USBPHY VDD\_USBPHY Power — 52 GPIO24 GPIO24, GPIO Matrix Bidirectional — 53 GPIO25 GPIO25, GPIO Matrix Bidirectional — 54 VDD\_HP\_1 VDD\_HP\_1 Power — 55 GPIO26 GPIO26, GPIO Matrix Bidirectional — 56 GPIO27 GPIO27, GPIO Matrix Bidirectional — 57 GPIO28 GPIO28, GPIO Matrix Bidirectional — 58 GPIO29 GPIO29, GPIO Matrix Bidirectional — 59 VDD\_PSRAM\_0 VDD\_PSRAM\_0 Power — 60 GPIO30 GPIO30, GPIO Matrix Bidirectional — 61 GPIO31 GPIO31, GPIO Matrix Bidirectional — 62 VDD\_IO\_4 VDD\_IO\_4 Power — 63 GPIO32 GPIO32, GPIO Matrix Bidirectional — 64 GPIO33 GPIO33, GPIO Matrix Bidirectional — 65 GPIO34 GPIO34, GPIO Matrix Bidirectional — 66 GPIO35 GPIO35, GPIO Matrix Bidirectional — 67 VDD\_PSRAM\_1 VDD\_PSRAM\_1 Power — 68 GPIO36 GPIO36, GPIO Matrix Bidirectional — 69 GPIO37 GPIO37, GPIO Matrix Bidirectional — 70 GPIO38 GPIO38, GPIO Matrix Bidirectional — 71 VDDO\_FLASH VDDO\_FLASH Power — 72 VDDO\_PSRAM VDDO\_PSRAM Power — 73 VDDO\_3 VDDO\_3 Power — 74 VDDO\_4 VDDO\_4 Power — 75 VDD\_LDO VDD\_LDO Power — 76 VDD\_HP\_2 VDD\_HP\_2 Power — 77 VDD\_DCDCC VDD\_DCDCC Power — 78 FB\_DCDC FB\_DCDC Input — 79 EN\_DCDC EN\_DCDC Input — 80 GPIO39 GPIO39, GPIO Matrix Bidirectional — 81 GPIO40 GPIO40, GPIO Matrix Bidirectional — 82 GPIO41 GPIO41, GPIO Matrix Bidirectional — 83 GPIO42 GPIO42, GPIO Matrix Bidirectional — 84 GPIO43 GPIO43, GPIO Matrix Bidirectional — 85 VDD\_IO\_5 VDD\_IO\_5 Power — 86 GPIO44 GPIO44, GPIO Matrix Bidirectional — 87 GPIO45 GPIO45, GPIO Matrix Bidirectional — 88 GPIO46 GPIO46, GPIO Matrix Bidirectional — 89 GPIO47 GPIO47, GPIO Matrix Bidirectional — 90 GPIO48 GPIO48, GPIO Matrix Bidirectional — 91 VDD\_HP\_3 VDD\_HP\_3 Power — 92 GPIO49 GPIO49, GPIO Matrix Bidirectional — 93 GPIO50 GPIO50, GPIO Matrix Bidirectional — 94 GPIO51 GPIO51, GPIO Matrix Bidirectional — 95 GPIO52 GPIO52, GPIO Matrix Bidirectional — 96 VDD\_IO\_6 VDD\_IO\_6 Power — 97 GPIO53 GPIO53, GPIO Matrix Bidirectional — 98 GPIO54 GPIO54, GPIO Matrix Bidirectional — 99 XTAL\_N XTAL\_N Input — 100 XTAL\_P XTAL\_P Input — 101 VDD\_ANA VDD\_ANA Power — 102 VDD\_BAT VDD\_BAT Power — 103 CHIP\_PU CHIP\_PU Input Enable pin. Do not leave it floating; follow the datasheet power-up circuit. 104 GPIO0 GPIO0, GPIO Matrix Bidirectional — 105 GND GND Power — ## Official evidence [Official source: ESP32-P4 product page ↗](https://www.espressif.com/en/products/socs/esp32-p4)[Official source: Espressif Chip Status Documents ↗](https://www.espressif.com/en/support/download/documents/chips)[Datasheet: ESP32-P4 Series Datasheet ↗](https://documentation.espressif.com/esp32-p4_datasheet_en.html) esp.run is an independent guide and is not affiliated with Espressif Systems. Independent guideData verified 2026-10-11 [Official sources ↗](https://www.espressif.com/en/products/socs)