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P2

P2: Particle Welcome to the Particle docs Getting Started Integrations Reference Hardware Firmware Scaling Tools Support & Troubleshooting Getting Started Integrations Reference Hardware Firmware Scaling Tools Support & Troubleshooting Go to console Change theme Light Dark Auto Edit Account Logout Welcome to the Particle Platform Guides Particle guides are a great place to explore our hardware, software, and developer tools, and find all the information you need to build your own connected produ

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Field note

What it does

M-SoM datasheet | Reference | Particle Getting Started Integrations Reference Hardware Firmware Scaling Tools Support & Troubleshooting Reference Getting Started Integrations Reference Hardware Firmware Scaling Tools Support & Troubleshooting Go to console Change theme Light Dark Auto Edit Account Logout ✕ In-document search results for : M-SoM datasheet Download PDF This datasheet is for the M404 and M524 M-SoM. For the M635e, see M635e datasheet . Overview The Particle M-SoM contains the following functional units: M.2 SoM form-factor, like the B-Series SoM Can use cellular or Wi-Fi (2.4 GHz or 5 GHz) for the cloud connection Realtek RTL8722DM MCU (BLE and Wi-Fi) Cellular modem M404: Quectel BG95-M5 LTE Cat M1 (NorAm) M524: Quectel EG91-EX LTE Cat 1 with 2G/3G fallback (EMEAA) M635e: Quectel BG95-S5 LTE Cat M1/2G (Global with NTN satellite) MCU The Realtek RTL8722DM is in the same family as the P2 and Photon 2 modules (RTL8721DM), but has additional GPIO. 802.11a/b/g/n Wi-Fi, 2.4 GHz and 5 GHz U.FL connector for external antenna BLE 5 using same antenna as Wi-Fi Realtek RTL8722DM MCU ARM Cortex M33 CPU, 200 MHz 2048 KB (2 MB) user application maximum size 3072 KB (3 MB) of RAM available to user applications 8 MB flash file system FCC (United States), ISED (Canada), and CE (European Union) certified Block diagram Device families Cellular Only Cellular & Wi-Fi Wi-Fi Only Developer devices Boron   Photon 2 Production module B-SoM M-SoM P2 Migration guides If you are migrating to the M-SoM from another Particle device, see also the following migration guides: M-SoM from B-SoM M-SoM from Boron or Argon M-SoM from E-Series M-SoM from P2 Power VCC VCC (sometimes referred to as 3V7) is used to supply power to the cellular module. The recommended input vol Muon datasheet | Reference | Particle Getting Started Integrations Reference Hardware Firmware Scaling Tools Support & Troubleshooting Reference Getting Started Integrations Reference Hardware Firmware Scaling Tools Support & Troubleshooting Go to console Change theme Light Dark Auto Edit Account Logout ✕ In-document search results for : Muon datasheet Download PDF Overview The Muon is a developer kit based on the M-SoM with additional peripherals for easy prototyping. LoRaWAN module (Quectel KG200Z, 862 – 928 MHz) Expansion connector Temperature sensor (TMP112A) Real-time clock and watchdog chip (AM1805) Ethernet (WIZnet W5500) Reset and mode buttons RGB status LED Power input options USB-C VIN (6-12 VDC) LiPo battery with temperature sensor (3-pin JST-PH) Setup It's strongly recommended that you initially set up your Muon using setup.particle.io . In addition to updating the Device OS software and activating your SIM card, it also enables 3V3_AUX power. Muon features such as Ethernet, LoRA, QWIIC, and power on the 40-pin HAT connector default to off unless enabled during setup.

Capabilities

Available capabilities

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Ways to use it

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Product features

Product features

Approved Antennas

Block diagram

Certified cellular antennas

Certified GNSS antennas

Certified Wi-Fi/BLE antennas

Device families

General Antenna Guidance

JTAG and SWD

M-SoM datasheet

Migration guides

Peripherals and GPIO

Power