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M-SX1278S2
433/470MHz
SX1278
Max. 20dBm
1.8~3.6V
-139dBm @Lora
3000m
17.1*16.1*2mm
| Quantity: | |
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Long Range (3KM) 433Mhz Spread Spectrum LoRa Wireless Module with SPI Interface
M-SX1278S2 wireless module is designed with Semtech’s LoRa spread spectrum chip SX1278, which is an upgraded version of our S1 module (DL-RTS1278). The module adopts spread spectrum modulation technology to solve the communication distance problem that cannot be achieved by traditional FSK modulation communication technology.
It is configured with different spreading factors to minimize the impact of co-frequency interference and has super anti-interference. This LoRa module is designed with an output power of 100mw and is very compact. It can be widely used in industries such as wireless meter reading and remote industrial control.
Features
● Frequency range (chip supported): 137~525MHz;
● Recommended frequency (module itself): 410~510MHz
● Sensitivity up to -139dBm @Lora
● Maximum output power: 20dBm
● Low receiving current: 10.3mA
● Standby current <200nA
● Data transmission rate: 1.2-300 Kbps @FSK; 0.018-37.5 Kbps @ Lora,
● LoRa, FSK, GFSK and OOK modulation modes
● Built-in antenna electrostatic protection
● 127dB dynamic range RSSI
● 256 bytes FIFO and CRC frequency hopping function
● Built-in temperature sensor and low battery indicator
● Signal is not blocked
● Operating temperature range: -40 ~ +85 °C
● Long range: 3KM in an open air (LoRa modulation)
Application
● Home security (Smart Home)
● Wireless remote control
● Wireless sensor networking
● Remote meter reading
● Energy control and management
● Smart buildings (Building Automation)
● AMR (Automatic Message Recording)
Download Center
M-SX1278S2 LoRa module Specification V1.0 
Technical Parameter
Parameter | Min | Typical | Max | Unit | Conditions |
Operating conditions | |||||
Working voltage | 1.8 | 3.3 | 3.6 | V | |
Working temperature | -40 | 85 | ℃ | ||
Current consumption | |||||
Receive current | 10.8 | mA | |||
Emission current | 120 | mA | @20dBm | ||
Standby current | <0.2 | uA | |||
RF parameters | |||||
Frequency Range | 410 | 433 | 510 | MHZ | @433MHZ |
Modulation frequency | 1.2 | 300 | Kbps | FSK | |
0.018 | 37.5 | Kbps | LoRa | ||
Transmit power range | -1 | dBm | |||
Receive sensitivity | -123 | dBm | @FSKdata=1.5kbps，Fdev=10kHZ | ||
-139 | dBm | @LoraBW=125KHz_SF=12_CR=4/5 | |||
Note: Please refer to the chip register setting instructions; To ensure that the PA of the module is turned on, so as to work at the maximum power, the highest bit "PaSelect" of the 0x09 register must be set to 1.
Pin Definitions
| No | Definitions | Description |
1 | ANT/NC | 0R jumper antenna output PIN, IPEX direct output |
2 | GND | Connect to power ground |
3 | VDD 3.3V | Power Supply |
4 | NRESET | Reset trigger input |
5 | DIO0 | Value I/0, can be defined by yourself |
6 | DIO1 | Value I/0, can be defined by yourself |
7 | DIO2 | Value I/0, can be defined by yourself |
8 | DIO3 | Value I/0, can be defined by yourself |
9 | GND | Connect to power ground |
10 | DIO4 | Value I/0, can be defined by yourself |
11 | DIO5 | Value I/0, can be defined by yourself |
12 | SCK | SPI Serial Clock input |
13 | MISO | SPI Master Input Slave Output |
14 | MOSI | SPI Master Output Slave Input |
15 | NSS | SPI Chip Selection |
16 | GND | Connect to power ground |
Module Size & SMT
As a professional wireless module supplier, and a third party design office (of TI, Silicon Labs, Semtech), DreamLNK is specialized in radio frequency field for almost 8 years! Should there is any other question, please kindly let me know.
Long Range (3KM) 433Mhz Spread Spectrum LoRa Wireless Module with SPI Interface
M-SX1278S2 wireless module is designed with Semtech’s LoRa spread spectrum chip SX1278, which is an upgraded version of our S1 module (DL-RTS1278). The module adopts spread spectrum modulation technology to solve the communication distance problem that cannot be achieved by traditional FSK modulation communication technology.
It is configured with different spreading factors to minimize the impact of co-frequency interference and has super anti-interference. This LoRa module is designed with an output power of 100mw and is very compact. It can be widely used in industries such as wireless meter reading and remote industrial control.
Features
● Frequency range (chip supported): 137~525MHz;
● Recommended frequency (module itself): 410~510MHz
● Sensitivity up to -139dBm @Lora
● Maximum output power: 20dBm
● Low receiving current: 10.3mA
● Standby current <200nA
● Data transmission rate: 1.2-300 Kbps @FSK; 0.018-37.5 Kbps @ Lora,
● LoRa, FSK, GFSK and OOK modulation modes
● Built-in antenna electrostatic protection
● 127dB dynamic range RSSI
● 256 bytes FIFO and CRC frequency hopping function
● Built-in temperature sensor and low battery indicator
● Signal is not blocked
● Operating temperature range: -40 ~ +85 °C
● Long range: 3KM in an open air (LoRa modulation)
Application
● Home security (Smart Home)
● Wireless remote control
● Wireless sensor networking
● Remote meter reading
● Energy control and management
● Smart buildings (Building Automation)
● AMR (Automatic Message Recording)
Download Center
M-SX1278S2 LoRa module Specification V1.0
Technical Parameter
Parameter | Min | Typical | Max | Unit | Conditions |
Operating conditions | |||||
Working voltage | 1.8 | 3.3 | 3.6 | V | |
Working temperature | -40 | 85 | ℃ | ||
Current consumption | |||||
Receive current | 10.8 | mA | |||
Emission current | 120 | mA | @20dBm | ||
Standby current | <0.2 | uA | |||
RF parameters | |||||
Frequency Range | 410 | 433 | 510 | MHZ | @433MHZ |
Modulation frequency | 1.2 | 300 | Kbps | FSK | |
0.018 | 37.5 | Kbps | LoRa | ||
Transmit power range | -1 | dBm | |||
Receive sensitivity | -123 | dBm | @FSKdata=1.5kbps，Fdev=10kHZ | ||
-139 | dBm | @LoraBW=125KHz_SF=12_CR=4/5 | |||
Note: Please refer to the chip register setting instructions; To ensure that the PA of the module is turned on, so as to work at the maximum power, the highest bit "PaSelect" of the 0x09 register must be set to 1.
Pin Definitions
| No | Definitions | Description |
1 | ANT/NC | 0R jumper antenna output PIN, IPEX direct output |
2 | GND | Connect to power ground |
3 | VDD 3.3V | Power Supply |
4 | NRESET | Reset trigger input |
5 | DIO0 | Value I/0, can be defined by yourself |
6 | DIO1 | Value I/0, can be defined by yourself |
7 | DIO2 | Value I/0, can be defined by yourself |
8 | DIO3 | Value I/0, can be defined by yourself |
9 | GND | Connect to power ground |
10 | DIO4 | Value I/0, can be defined by yourself |
11 | DIO5 | Value I/0, can be defined by yourself |
12 | SCK | SPI Serial Clock input |
13 | MISO | SPI Master Input Slave Output |
14 | MOSI | SPI Master Output Slave Input |
15 | NSS | SPI Chip Selection |
16 | GND | Connect to power ground |
Module Size & SMT
As a professional wireless module supplier, and a third party design office (of TI, Silicon Labs, Semtech), DreamLNK is specialized in radio frequency field for almost 8 years! Should there is any other question, please kindly let me know.
