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LoRa1280F27 : SX1280 500mW FCC ID & CE-RED Certified 2.4GHz LoRa Module With SPI Interface Power
LoRa1280F27 : SX1280 500mW FCC ID & CE-RED Certified 2.4GHz LoRa Module With SPI Interface Power
LoRa1280F27 : SX1280 500mW FCC ID & CE-RED Certified 2.4GHz LoRa Module With SPI Interface Power
LoRa1280F27 : SX1280 500mW FCC ID & CE-RED Certified 2.4GHz LoRa Module With SPI Interface Power
LoRa1280F27 : SX1280 500mW FCC ID & CE-RED Certified 2.4GHz LoRa Module With SPI Interface Power
LoRa1280F27 : SX1280 500mW FCC ID & CE-RED Certified 2.4GHz LoRa Module With SPI Interface Power
LoRa1280F27 : SX1280 500mW FCC ID & CE-RED Certified 2.4GHz LoRa Module With SPI Interface Power
LoRa1280F27 : SX1280 500mW FCC ID & CE-RED Certified 2.4GHz LoRa Module With SPI Interface Power
LoRa1280F27 : SX1280 500mW FCC ID & CE-RED Certified 2.4GHz LoRa Module With SPI Interface Power
LoRa1280F27 : SX1280 500mW FCC ID & CE-RED Certified 2.4GHz LoRa Module With SPI Interface Power
LoRa1280F27 : SX1280 500mW FCC ID & CE-RED Certified 2.4GHz LoRa Module With SPI Interface Power
LoRa1280F27 : SX1280 500mW FCC ID & CE-RED Certified 2.4GHz LoRa Module With SPI Interface Power

LoRa1280F27 : SX1280 500mW FCC ID & CE-RED Certified 2.4GHz LoRa Module With SPI Interface Power

  • LoRa1280F27 strictly uses lead-free process for production and testing, and meets RoHS and REACH standards.
  • This series of modules are designed based on the original sx1280 RF chip from Semtech, and the matching of the PA circuit makes the output power of the module up to 500mW(+27dBm).
  • The high penetration performance of the 2.4GHz frequency band combined with the LoRa modulation enables the module to have high receiving sensitivity and environmental anti-interference ability. The whole series of modules are widely used in applications requiring long-distance 2.4GHz transmission.
  • LoRa1280F27 has obtained FCC ID and CE-RED certification.
  • FCC ID can be checked here: (FCC ID: 2AD66-LORA128XF27)
  • https://www.fcc.gov/oet/ea/fccid

★ The following parameters are obtained by connecting the instrument with a 50 ohm copper axis:@VCC=5 V.

ParameterMin.Typ. Max.UnitCondition
Operation Condition
Working voltage255.5V 
Temperature range-40 85°C 
Current Consumption
TX current < 600 mA@Vcc=5V, 27dBm
RX current < 17 mA@Ordinary crystal
Sleep current <7 uA 
RF Parameter
Frequency range2400 2500MHz 

 

Data rate

0.476 202Kbps@LoRa
260 1300Kbps@FLRC
125 2000Kbps@FSK
Output power1 27dBm 
Maximum Output power2626.527dBm@VCC=5V
Receiving sensitivity -132 dBmLoRa@0.476kbps
InterfaceSPI
ChipSX1280
Frequency2.4GHz
ModulationLoRa
Output Power500mW
CertificationFCC ID, CE-RED

Features of SX1280 LoRa Module LoRa1280F27

  • Operating frequency range:2400-2500MHz
  • Maximum output power:500mW (27.0dBm)
  • Sensitivity up to--132dBm@LoRa
  • Data transfer rate:@LoRa=0.476-202kbps
  • LoRa modulation
  • Built-in LNA
  • High precision crystal oscillator (0.5ppm TCXO/10ppm)
  • Packet communication mode(receiving FiFo 256 bytes)
  • Operating voltage range:2.0-5.5V
  • Operating temperature range:-40~+85 °C

Applications of SX1280 LoRa Module LoRa1280F27

  • Wireless remote
  • Smart home
  • Tag reader
  • Toy control
  • Tire pressure monitoring
  • Health monitoring

Typical application circuit of SX1280 LoRa Module LoRa1280F27

Pins of SX1280 LoRa Module LoRa1280F27

Note: When the power supply is 5V, the high level of all IO is 3.3V.

Pin NOPin nameI/OLevel standardDescription
1VCC-2.0-5.5VConnected to the positive pole of the power supply
Note: In LoRa1280F27-TCXO module, PIN 2 is TCXOEN
2GND- Power ground
Note: In LoRa1280F27-TCXO module, PIN 2 is TCXOEN

2

TCXOEN

I

2.0-3.3V

Turn on TCXO: Pull up TCXOEN before controlling SX1280 to reset; Delay at least 3ms to wait for the TCXO startup to complete; 3. During the use of the 1280 module, TCXOEN must always maintain a high level; Turn off  TCXO (if the module needs to enter sleep mode): Call the SetSleep() function to make the module enter the sleep mode; Delay at least 1ms to wait for the completion of module sleep; Pull down TCXOEN to turn off TCXO;
3NRESETI0-3.3VChip reset trigger pin, active low

4

BUSY

O

0-3.3V

Status indicator pin (see SX1280/1281 specification for details)

5

DIO1

O

0-3.3V

Directly connected to the chip pin, configurable general-purpose IO (see the chip SX1280/1281 specification for details)

6

DIO2

O

0-3.3V

Directly connected to the chip pin, configurable general-purpose IO (see the chip SX1280/1281 specification for details)

7

DIO3

O

0-3.3V

Directly connected to the chip pin, configurable general-purpose IO (see the chip SX1280/1281 specification for details)
8NSSI0-3.3VModule chip select pin
9SCKI0-3.3VSPI clock input pin
10MOSII0-3.3VSPI data input pin
11MISOO0-3.3VSPI data output pin
12,15.16GND--Connected to the negative pole

13

TXEN

I

0-3.3V

Transmission control pin (high level when transmitting, low level when receiving)

14

RXEN

I

0-3.3V

Receive control pin (high level when receiving, low level when transmitting)
17ANT--Connect with 50 ohm coaxial antenna
18GND--Connected to the negative pole

Mechanical Dimensions of SX1280 LoRa Module LoRa1280F27

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