Part Datasheet Audit


I’m reading the complete symbol and PCB land pattern now, including all 57 terminals and stored properties.
Audit complete and the root Datasheet URL now points to the official Espressif document. All 57 pin numbers/names and the main footprint dimensions match; key issues are missing pin types/descriptions/groups, incorrect QFN56 terminology instead of LGA-7×7-57, missing explicit package metadata, and incorrect generic classification as Logic / AND.
Key N8R2 specs: dual-core LX7 up to 240 MHz, Wi‑Fi/BLE 5 LE, 8 MB Quad-SPI flash, 2 MB Quad-SPI PSRAM, 3.0–3.6 V, and −40°C to +85°C. Paste/mask implementation and 3D-model alignment could not be conclusively verified.
can you group together pins by their functions?
for example for Power, 3v3, gnd_1 gnd_2 etc
NOTE: If you group them, can you not add the same pin if you already added them in a group? You should know which pin function is common for its function.
I’ll assign each of the 57 pins to exactly one broad functional group based on its primary datasheet function, keep Section equal to Pin Group, and verify there are no duplicates or omissions.
The grouping pass took longer than expected; I’m checking the persisted terminal properties before deciding whether any focused cleanup is needed.
Grouped all 57 pins into exclusive functional sections: Power, Ground, RF, Enable, GPIO, Low-Frequency Clock, Memory Interface, JTAG, UART, and No Connect. Each physical pin appears exactly once, with matching Section/Pin Group, ordered pins, consistent orientations, electrical types, and datasheet-based descriptions.
Fix metadata and verify
Fix metadata
Review symbol rendering
Run final audit

Name
Pin #
Type
Part Type
Pin Description
Pin Group
LNA_IN
1
Bi-Directional
Terminal
RF low-noise amplifier input/output.
RF
VDD3P3
2
Power In
Terminal
Analog 3.3 V power supply.
Power
VDD3P3
3
Power In
Terminal
Analog 3.3 V power supply.
Power
CHIP_PU
4
Input
Terminal
Active-high module enable; do not leave floating.
Enable
GPIO0
5
Bi-Directional
Terminal
Bidirectional RTC GPIO0 / GPIO0.
GPIO
GPIO1
6
Bi-Directional
Terminal
Bidirectional GPIO1 with touch and ADC functions.
GPIO
GPIO2
7
Bi-Directional
Terminal
Bidirectional GPIO2 with touch and ADC functions.
GPIO
GPIO3
8
Bi-Directional
Terminal
Bidirectional GPIO3 with touch and ADC functions.
GPIO
GPIO4
9
Bi-Directional
Terminal
Bidirectional GPIO4 with touch and ADC functions.
GPIO
GPIO5
10
Bi-Directional
Terminal
Bidirectional GPIO5 with touch and ADC functions.
GPIO
GPIO6
11
Bi-Directional
Terminal
Bidirectional GPIO6 with touch and ADC functions.
GPIO
GPIO7
12
Bi-Directional
Terminal
Bidirectional GPIO7 with touch and ADC functions.
GPIO
GPIO8
13
Bi-Directional
Terminal
Bidirectional GPIO8 with touch, ADC, and SPI functions.
GPIO
GPIO9
14
Bi-Directional
Terminal
Bidirectional GPIO9 with touch, ADC, and SPI functions.
GPIO
GPIO10
15
Bi-Directional
Terminal
Bidirectional GPIO10 with touch, ADC, and SPI functions.
GPIO
GPIO11
16
Bi-Directional
Terminal
Bidirectional GPIO11 with touch, ADC, and SPI functions.
GPIO
GPIO12
17
Bi-Directional
Terminal
Bidirectional GPIO12 with touch, ADC, and SPI functions.
GPIO
GPIO13
18
Bi-Directional
Terminal
Bidirectional GPIO13 with touch, ADC, and SPI functions.
GPIO
GPIO14
19
Bi-Directional
Terminal
Bidirectional GPIO14 with touch, ADC, and SPI functions.
GPIO
VDD3P3_RTC
20
Power In
Terminal
Analog power supply for RTC domain.
Power
XTAL_32K_P
21
Bi-Directional
Terminal
32.768 kHz crystal P; also RTC GPIO15.
Low-Frequency Clock
XTAL_32K_N
22
Bi-Directional
Terminal
32.768 kHz crystal N; also RTC GPIO16.
Low-Frequency Clock
GPIO17
23
Bi-Directional
Terminal
Bidirectional RTC GPIO17 with UART and ADC functions.
GPIO

ESP32-S3-PICO-1-N8R2