📱 N620PA | +27 dBm Long-Range Wireless Module

AT Commands & Built‑In Stacks
Core: TI CC1310 + CC1190
Protocol‑Ready: WM‑Bus, Wi‑SUN

Overview
+27 dBm output power, –112 dBm sensitivity, and >8 km line‑of‑sight range. Controlled via simple UART AT commands. Integrates CC1310 and CC1190, supports Wireless M‑Bus and Wi‑SUN® – ideal for smart metering, utility networks, and industrial IoT.

Key Features

• 🛠️ Pre‑Integrated Stacks – Built‑in Thread, WM‑Bus, Wi‑SUN for faster launches

• 🗣️ Universal AT Commands – UART control, or program your own

• 📡 High Power + High Sensitivity – +27 dBm Tx, –112 dBm Rx

• 🔋 Ultra‑Low Power – 1 µA deep sleep, battery life for years

• 🌐 Single Hardware, Global Bands – 868 MHz (EU), 915 MHz (US), 889 MHz (AU)

• 🛡️ Industrial‑Grade – 4‑layer PCB, precision RF matching, –30°C to +75°C

Tech Specs (Short)

• Chipset: CC1310 + CC1190

• Output Power: Up to +27 dBm

• RX Sensitivity: Up to –112 dBm

• Range: >8 km (LOS)

• Protocols: WM‑Bus, Wi‑SUN, MIOTY®, IEEE 802.15.4g, 6LoWPAN

• Supply: Core 2–3.6V, PA 2.0–3.6V

• Current: Tx ~420mA (@27dBm), Rx ~10mA, Sleep 1µA

• Temp: –30°C to +75°C

• Dimensions: 33.0×24.6×3.0 mm

• Antenna: 50Ω pad or IPEX connector

Pinout
N620 exposes all CC1310 pins – grouped as:

• Power – Pins 1,2,3,35 (GND, PA VCC, Core VDD)

• RF – Pin 34 (50Ω antenna)

• System – Pins 16,17,22 (JTAG, reset)

• Programmable I/O – Pins 4‑15, 18‑21, 23‑33 (32 pins configurable as UART/SPI/I2C/GPIO/ADC/PWM)

Model Comparison (N62xPA Series)

• N620PA – CC1310, 128k Flash – for custom stacks, full control

• N621PA – CC1312R, 352k Flash – more code space for custom apps

• N622PA – CC1312R7, 704k Flash – large, complex stacks

• N624PA – CC1314, 1024k Flash – smart meters, standards, high speed

How to choose?
Select based on your firmware size and network protocol needs.

Ordering Information

• N620PA‑868M – EU/ETSI (860–880 MHz)

• N620PA‑915M – US/FCC (902–928 MHz)

Getting Started

1. Download the full datasheet & AT command manual

2. Consult our engineers for application‑specific advice

3. Request samples or evaluation kit for testing

[📥 Download Guide] [🛠 Contact Support] [📦 Request Samples]

Other Modules
🚀 1W Basic | 🚀 2W High‑Performance | 🚀 5W High‑Performance

⚠️ Important: Risk of Disconnecting Under Power

• For PAs like CC1190/N620PA, damage risk is highest when disconnecting RF cable during active Tx, not when leaving antenna open in idle.

• A Tx‑time disconnect reflects full forward power back, causing high VSWR and possible arcing at the connector.

• This hot‑swap transient surge can exceed PA limits – even for CC1190, which tolerates static mismatches well.