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LoRa2021: 160mW Multi-Band Wireless Communication Module
LoRa2021: 160mW Multi-Band Wireless Communication Module
LoRa2021: 160mW Multi-Band Wireless Communication Module
LoRa2021: 160mW Multi-Band Wireless Communication Module
LoRa2021: 160mW Multi-Band Wireless Communication Module
LoRa2021: 160mW Multi-Band Wireless Communication Module
LoRa2021: 160mW Multi-Band Wireless Communication Module
LoRa2021: 160mW Multi-Band Wireless Communication Module
LoRa2021: 160mW Multi-Band Wireless Communication Module
LoRa2021: 160mW Multi-Band Wireless Communication Module

LoRa2021: 160mW Multi-Band Wireless Communication Module

The LoRa2021 module is based on SEMTECH's LR2021 chip, an ultra-low power, long-range LoRa transceiver. It supports terrestrial ISM band communication in the Sub-GHz and global 2.4GHz spectrums, as well as the S-band for satellite connectivity.

The LoRa2021 supports LoRa, (G)FSK, (G)MSK, FLRC, 4-FSK, O-QPSK, and LR-FHSS (transmit-only). The LR2021 supports the LoRaWAN communication protocol. When integrating with third-party products, it is compatible with various low-power wireless protocols, including Amazon Sidewalk, W-MBUS, Wi-SUN FSK, and Z-Wave.

The LoRa2021 is produced and tested strictly using lead-free processes and is compliant with RoHS and REACH standards

Parameters

Test condition

Min.

Typ.

Max

Unit

Voltage range

1.8

3.3

3.6

V

Operating Temperature

-40

25

85

Maximum Input Signal

10

dBm

Current Consumption

Transmit Current

@433MHz

< 110

mA

@2.4GHz

< 35

mA

Receive Current

@3.3V,2.4GHz

< 7

mA

@3.3V,433MHz

< 6

mA

Sleep Current

@3.3V

≤2

uA

RF Parameters

Frequency Range

@433MHz

400

460

MHz

@470MHz

470

510

MHz

@868MHz

850

890

MHz

@915MHz

900

940

MHz

Transmit Power

@Sub-GHz

19

21

dBm

2.4GHz

10

11

dBm

Receive Sensitivity

BW=62.5KHz,SF=12

@Sub-GHz

-142

dBm

BW=125KHz,SF=10

@Sub-GHz

-134

BW=125KHz,SF=10

@S frequency band

-131

dBm

BW=406KHz,SF=12

@2.4GHz

-134

dBm

Frequency Error

@Crystal

10

ppm

@TCXO

0.5

ppm

Modulation Rate (@sub-GHz)

@LoRa

0.091

62.5

Kbps

@FRLC

260

2600

Kbps

@FSK,@863-2.5GHz

0.6

2500

Kbps

Modulation Rate (@S Frequency bands)

@LoRa

0.292

87.5

Kbps

Modulation Rate (@2.4GHz)

@LoRa

0.476

87.5

Kbps


Features

  • Sub-GHz Bands: 433/470/868/915MHz
    Customizable frequency range: 150~960 MHz
    2.4G band: 2400-2500MHz
    S band: 1900-2200MHz

  • Transmission distance: >5000 meters at sub-GHz in open area

  • S band sensitivity: up to -131 dBm @ BW=125KHz, SF=10  

  • 2.4GHz reception sensitivity: up to-137dBm @ BW=203.125KHz, SF=12

  • Sub-GHz reception sensitivity: up to -144dBm @ BW=62.5 KHz, SF=12

  • Built-in electrostatic protection circuit

  • Supports LR-FHSS

  • FLRC: modulation rate up to 2.6 Mbps

  • LoRa: modulation rate up to 200 kbps

  • 4th Generation LoRa IP technology

  • Simultaneous reception with multiple Spreading Factors (SF)

  • Enhanced CAD (Channel Activity Detection)

  • Higher frequency offset tolerance (for harsh RF environments)

  • Supports multiple communication protocols:
        LoRa / LoRaWAN® (Sub-GHz + 2.4GHz)
        Bluetooth® LE 5.0
        IEEE® 802.15.4 (Thread®/Zigbee™)
        Wi-SUN, Wireless M-BUS, Z-Wave, etc.

  • Transmit power is adjustable, up to 22dBm

  • Sleep current ≤ 2µA

  • Receive current < 7mA

  • Small size, stamp hole design


Applications

  • Drones/ UAV Applications

  • Smart home/Smart agriculture

  • Remote irrigation

  • Industrial manufacturing


A typical schematic circuit diagram illustrating the connection between the LoRa2021 module and a Host Microprocessor. It details the wiring for the SPI interface (MISO, MOSI, SCK, NSS), power supply (3.3V VCC, GND), control pins (nRST, BUSY, DIO), and dual antenna ports.

A pin definition diagram for the LoRa2021 module, presenting both the top view with the metal shield and the bottom PCB view. It clearly labels the 18 pins, including power, SPI data lines, and separate antenna interfaces for Sub-GHz (ANT) and 2.4G/S-band (2.4G/S_ANT).

Pin NO.

Pin name

I/O

Description

1

VCC


Connect to the positive power supply.

2,8,11,12,18

GND


Connect to the negative power supply.

3

MISO

O

SPI data output

4

MOSI

I

SPI data input

5

SCK

I

SPI clock input

6

NSS

I

SPI chip select input

7

BUSY

O

Used for status indication, refer to the chip datasheet for details.

9

ANTA      ANT


@sub-GHz band antenna interface, external 50-ohm antenna.

10

2.4/S_ANTA


2.4G and S band antenna interface,external 50-ohm antenna.

13

VTCXO

O

Can provide power for an external TCXO.

14

RST

I

Reset trigger input, refer to the chip datasheet for details.

15

DIO9

IO

Multipurpose digital interface, refer to the chip datasheet for details.

16

DIO8

IO

Multipurpose digital interface, refer to the chip datasheet for details.

17

DIO7

IO

Multipurpose digital interface, refer to the chip datasheet for details.


A technical drawing showing the mechanical dimensions of the LoRa2021 module. It displays the top, bottom, and side views with precise measurements, indicating a module size of 19.72mm x 15.0mm and a pin pitch of 1.2mm.

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