NRF24L01+ 2.4GHz RF Transceiver Module, photo 2

NRF24L01+ 2.4GHz RF Transceiver Module, photo 3

NRF24L01+ 2.4GHz RF Transceiver Module, photo 4

NRF24L01+ 2.4GHz RF Transceiver Module, photo 5

NRF24L01+ 2.4GHz RF Transceiver Module, photo 6

NRF24L01+ 2.4GHz RF Transceiver Module, photo 7

NRF24L01+ 2.4GHz RF Transceiver Module

Part number NRF24L01

5 offers in stock at 5 shopsEGP 45 – 150

EGP 45 at Makers Electronics

Offers

lowest price first

Each offer shows the shop's own title.

NRF24L01+ 2.4GHz RF Transceiver Module
Makers Electronics
checked 19 days ago
EGP 45
View
NRF24L01 2.4GHz Wireless Transceiver
Ampere Electronics
checked 15 days ago
EGP 55
View
NRF24L01 Wireless Module 2.4 Ghz RF Transceiver
Most Electronic
checked 22 days ago
EGP 59.90
View
NRF24L01 RF Module 2.4 GHz
RAM Electronics
checked 15 days ago
EGP 60
View
NRF24L01 SMD Wireless Transceiver SPI Module – 2.4GHz Mini Board
Micro Ohm
Price may be out of date (74 days)
EGP 150
View

Details

FromMakers ElectronicsMost ElectronicMicro OhmAmpere Electronics

From Makers Electronics's description

Product Description: nRF24L01+ 2.4GHz radio module – THT transceiver. Radio module (transmitter and receiver) operating in 2.4 GHz band with SPI communication interface. Powered by 1.9 V – 3.6 V, the outputs are goldpin connectors. It has a built-in antenna and FIFO hardware queues. Max range up to 100m. Radio module nRF24L01. KEY FEATURES OF nRF24L01+ 2.4GHz RF WIRELESS MODULE: 2.4GHz Operating Band 100 meters Operating Range 125 RF Channels 250Kbps – 2Mbps Data Rates 3.3V Operation The modules operate in the 2.4GHz band at data rates of 250Kbps, 1Mbps or 2Mbps and at a range of up to 100 meters. Max operating current is < 14mA.The module can use up to 125 different channels spaced 1Mhz apart which cover the frequency spectrum from 2.400GHz to 2.525GHz. This gives the possibility to have a network composed of up to 125 independently working transceivers. Each channel can have up to 6 addresses, or each module can communicate with up to 6 other modules at the same time. Networks can be configured as Star and Tree networks. The module operates at 1.9V – 3.6V, but the I/O is 5V tolerant, so it can be directly connected to a 5V Arduino or other microcontroller without using any logic level converters. The module power can be driven off the 3.3V power pin, or it can be used with our adapter module below which takes 5V in and has a built-in 3.3V regulator. The adapter also provides pin-out labels, power LED and power supply filtering. The module uses 5 signal pins in addition to the power and ground pins. Communications with the module use the SPI bus which is composed of 3 pins (MOSI, MISO, SCK). These pins connect to the same SPI pins on the microcontroller. The other 2 pins (CSN, CE) that are used for setting the module into standby/active mode as well as switching between transmit or command mode and these can be attached to any 2 digital pins on the microcontroller. In addition, there is an interrupt pin which isn’t typically used. If a longer range is required, our NRF24L01+PA+LNA w/ antenna module can reach up to 1100 meters. The module has a 2×4-pin header on the assembly. See pic for layout as the boards may not have the pins labeled. 2 x 4 Header GND – Ground. Connect to ground on microcontroller VCC – 1.9 – 3.6V. Typically connected to 3.3V on the microcontroller unless adapter module is being used. CE – Chip Enable. Sets whether module is in RX or TX mode. CSN – SPI Chip Select SCK – SPI Clock MOSI – SPI Slave Data Input MISO – SPI Slave Data Output IRQ – Maskable Interrupt Specification of the nRF24L01 radio module. Power supply voltage: 1.9 V – 3.6 V Power consumption: 11 mA (at 0 dBm input power) Frequency of operation: 2.4GHz Communication interface: SPI Transmission speed: 250 kbps, 1 Mbps or 2 Mbps GFSK modulation 32-bit FIFO records for transmitter and receiver Automatic transmission of packets Dimensions: 30 x 16 mm Mounting: threaded – raster 2.54 ( goldpin connectors ) Our offer includes female goldpin strips and cables which enable connecting the module to a dedicated PCB, contact board or set (e.g. Arduino , Arduino Nano or STM32Discovery). Wireless network communication via WiFi has long since ceased to be the domain of computers, mobile devices and top-of-the-line professional equipment. Today, even inexpensive, mass-produced gadgets, as well as devices built by electronics enthusiasts at home, connect to the Internet. There is no denying that probably the strongest influence on the popularization of WiFi among macros had (and still have) radio modules based on Nordic Semiconductor chips. The nRF24L01+ radio module is particularly popular, both because of its very attractive price and its really impressive functional capabilities. All in one chip The heart of this WiFi module is a small chip marked nRF24L01+, integrating all the blocks necessary to establish radio communication with routers, computers or mobile devices. In addition to a sensitive receiver with adjustable gain and a transmitter with a digitally tunable amplifier, the structure of the nRF24L01+ chip includes a frequency synthesizer, RF filters and a GFSK modulator and demodulator, as well as the digital blocks necessary to support the WiFi protocol: radio part controller, memory divided into registers (they provide the ability to configure the operating parameters of the system and read the current status), FIFO buffers for transmitter and receiver and SPI interface, allowing easy connection to any microcontroller or FPGA chip. Excellent link balance and simple connection The nRF24L01+ transmitter can operate with output power from -18 dBm up to 0 dBm (with step set in 6 dBM steps), while the transmitter offers sensitivity up to -94 dBm (at minimum transmission speed of 250 kbps). These parameters allow to achieve a range up to 100 meters, depending on the environment and the presence of possible obstacles between the nRF24L01+ module and the cooperating device. What is important, with 12 dBm sensitivity lower by 12 dBm, the system can reach transmission speed up to 2 Mbps. The transceiver’s operational stability is ensured by a built-in voltage regulator, operating in the input voltage range from 1.9 to 3.6 V. A significant facilitation is the presence of built-in microstrip antenna, made in the form of a path on the PCB of the module – thanks to this, it is not necessary to use external antennas, which is the case with more expensive modules. The connection of the nRF24L01+ radio module with a control microcontroller is made via a 2×4 goldpin connector in a standard 2.54 mm (100 mils) raster. The small external dimensions of the PCB (only 30 x 16 mm) allow the transceiver to be built into almost any device – that’s why the nRF24L01+ radio module is popular among small mobile robots. Useful links Example project using Arduino Operation of the module with the AVR microcontroller System documentation nRF24L0

From Most Electronic's description

NRF24L01 Wireless Module 2.4 Ghz RF Transceiver is a high-quality electronic component designed for Arduino, prototyping, and educational electronics. Product Description: nRF24L01+ 2.4GHz radio module – THT transceiver. Radio module (transmitter and receiver) operating in 2.4 GHz band with SPI communication interface. Powered by 1.9 V – 3.6 V, the outputs are goldpin connectors. It has a built-in antenna and FIFO hardware queues. Max range up to 100m. Radio module nRF24L01. KEY FEATURES OF nRF24L01+ 2.4GHz RF WIRELESS MODULE: 2.4GHz Operating Band 100 meters Operating Range 125 RF Channels 250Kbps – 2Mbps Data Rates 3.3V Operation The modules operate in the 2.4GHz band at data rates of 250Kbps, 1Mbps or 2Mbps and at a range of up to 100 meters. Max operating current is < 14mA.The module can use up to 125 different channels spaced 1Mhz apart which cover the frequency spectrum from 2.400GHz to 2.525GHz. This gives the possibility to have a network composed of up to 125 independently working transceivers. Each channel can have up to 6 addresses, or each module can communicate with up to 6 other modules at the same time. Networks can be configured as Star and Tree networks. The module operates at 1.9V – 3.6V, but the I/O is 5V tolerant, so it can be directly connected to a 5V Arduino or other microcontroller without using any logic level converters. The module power can be driven off the 3.3V power pin, or it can be used with our adapter module below which takes 5V in and has a built-in 3.3V regulator. The adapter also provides pin-out labels, power LED and power supply filtering. The module uses 5 signal pins in addition to the power and ground pins. Communications with the module use the SPI bus which is composed of 3 pins (MOSI, MISO, SCK). These pins connect to the same SPI pins on the microcontroller. The other 2 pins (CSN, CE) that are used for setting the module into standby/active mode as well as switching between transmit or command mode and these can be attached to any 2 digital pins on the microcontroller. In addition, there is an interrupt pin which isn’t typically used. If a longer range is required, our NRF24L01+PA+LNA w/ antenna module can reach up to 1100 meters. The module has a 2×4-pin header on the assembly. See pic for layout as the boards may not have the pins labeled. 2 x 4 Header GND – Ground. Connect to ground on microcontroller VCC – 1.9 – 3.6V. Typically connected to 3.3V on the microcontroller unless adapter module is being used. CE – Chip Enable. Sets whether module is in RX or TX mode. CSN – SPI Chip Select SCK – SPI Clock MOSI – SPI Slave Data Input MISO – SPI Slave Data Output IRQ – Maskable Interrupt Specification of the nRF24L01 radio module. Power supply voltage: 1.9 V – 3.6 V Power consumption: 11 mA (at 0 dBm input power) Frequency of operation: 2.4GHz Communication interface: SPI Transmission speed: 250 kbps, 1 Mbps or 2 Mbps GFSK modulation 32-bit FIFO records for transmitter and receiver Automatic transmission of packets Dimensions: 30 x 16 mm Mounting: threaded – raster 2.54 ( goldpin connectors ) Our offer includes female goldpin strips and cables which enable connecting the module to a dedicated PCB, contact board or set (e.g. Arduino , Arduino Nano or STM32Discovery). Wireless network communication via WiFi has long since ceased to be the domain of computers, mobile devices and top-of-the-line professional equipment. Today, even inexpensive, mass-produced gadgets, as well as devices built by electronics enthusiasts at home, connect to the Internet. There is no denying that probably the strongest influence on the popularization of WiFi among macros had (and still have) radio modules based on Nordic Semiconductor chips. The nRF24L01+ radio module is particularly popular, both because of its very attractive price and its really impressive functional capabilities. All in one chip The heart of this WiFi module is a small chip marked nRF24L01+, integrating all the blocks necessary to establish radio communication with routers, computers or mobile devices. In addition to a sensitive receiver with adjustable gain and a transmitter with a digitally tunable amplifier, the structure of the nRF24L01+ chip includes a frequency synthesizer, RF filters and a GFSK modulator and demodulator, as well as the digital blocks necessary to support the WiFi protocol: radio part controller, memory divided into registers (they provide the ability to configure the operating parameters of the system and read the current status), FIFO buffers for transmitter and receiver and SPI interface, allowing easy connection to any microcontroller or FPGA chip. Excellent link balance and simple connection The nRF24L01+ transmitter can operate with output power from -18 dBm up to 0 dBm (with step set in 6 dBM steps), while the transmitter offers sensitivity up to -94 dBm (at minimum transmission speed of 250 kbps). These parameters allow to achieve a range up to 100 meters, depending on the environment and the presence of possible obstacles between the nRF24L01+ module and the cooperating device. What is important, with 12 dBm sensitivity lower by 12 dBm, the system can reach transmission speed up to 2 Mbps. The transceiver’s operational stability is ensured by a built-in voltage regulator, operating in the input voltage range from 1.9 to 3.6 V. A significant facilitation is the presence of built-in microstrip antenna, made in the form of a path on the PCB of the module – thanks to this, it is not necessary to use external antennas, which is the case with more expensive modules. The connection of the nRF24L01+ radio module with a control microcontroller is made via a 2×4 goldpin connector in a standard 2.54 mm (100 mils) raster. The small external dimensions of the PCB (only 30 x 16 mm) allow the transceiver to be built into almost any device – that’s why the nRF24L01+ radio module is popular among small mobile robots. Useful links Example project using Arduino Operation of the module with the AVR microcontroller System documentation nRF24L0 It’s perfect for DIY makers, students, and anyone building custom electronic circuits or STEM kits.

From Micro Ohm's description

🔹 NRF24L01 SMD Wireless Transceiver SPI Module – 2.4GHz Mini Board وحدة إرسال واستقبال لاسلكي NRF24L01 SMD بتقنية SPI – تردد 2.4GHz بحجم صغير 📘 Description The NRF24L01 SMD Wireless Transceiver Module is a compact and powerful 2.4GHz RF module based on the Nordic nRF24L01+ chip. Designed for wireless communication between microcontrollers, this low-profile board supports SPI communication and features an onboard PCB antenna for extended range and reliability. Ideal for Arduino, STM32, Raspberry Pi, and embedded applications. This SMD version is smaller than the standard module (only 12mm × 18mm), yet it maintains full compatibility and offers up to +7dBm transmission power , ensuring reliable long-distance communication up to 240 meters in open space . ⭐ Features Nordic nRF24L01+ based wireless module Operating Frequency: 2.4GHz ISM band (license-free) Enhanced ShockBurst™ protocol support Compact size: only 12 × 18mm Up to +7dBm transmission power SPI interface for easy MCU integration PCB integrated antenna Ultra-low power consumption for battery-powered projects Compatible with Arduino, ESP32, Raspberry Pi, STM32 📊 Specifications Parameter Value Operating Voltage 1.9V – 3.6V IO Logic Voltage 0 – 3.3V (5V tolerant via resistor divider) Transmission Power +7 dBm (adjustable) Sensitivity 2Mbps: -83dBm1Mbps: -87dBm250kbps: -96dBm Receiving Current ~15mA Standby Current 15μA Power-off Current <700nA Frequency Band 2.4GHz ISM Range Up to 240 meters (line of sight) Operating Temperature -20°C to +55°C Dimensions 18mm × 12mm × ~3mm Weight 2g 🔌 Pinout Description Pin Label Description 1 VCC +3.3V Supply 2 GND Ground 3 CE Chip Enable 4 CSN SPI Chip Select 5 SCK SPI Clock 6 MOSI SPI Master Out 7 MISO SPI Master In 8 IRQ Interrupt Output Note: Do NOT power this module with 5V directly. 🛠️ Applications Wireless sensor networks Remote control systems Industrial monitoring Wireless data logging IoT projects RC Cars and Robotics Home automation systems 📐 Technical Details Protocol: Enhanced ShockBurst™ Communication: SPI (Max speed: 10Mbps) Maximum Data Rate: 2 Mbps Antenna: Onboard PCB trace antenna Modulation: GFSK PCB: Gold plated edge for secure soldering 🔌 Wiring Diagram with Arduino UNO NRF24L01 → Arduino UNO --------------------------- VCC → 3.3V GND → GND CE → Pin 9 CSN → Pin 10 SCK → Pin 13 MOSI → Pin 11 MISO → Pin 12 IRQ → Not used (optional) 🔍 Comparison with Standard NRF24L01 Model Dimensions (mm) Transmission Power Antenna Standard 15 × 29 0dBm PCB or External SMD Mini 12 × 18 +7dBm PCB only 📦 Package Includes 1× NRF24L01+ SMD Wireless Module (12×18mm) 🔗 Linked Products All Wireless Modules Arduino Boards Related Power Modules 🌐 External Resources Nordic nRF24L01+ Datasheet (PDF) Arduino Playground – nRF24L01 ElectroDragon Wiki Sunrom Product Page وحدة إرسال واستقبال لاسلكي NRF24L01 SMD بتقنية SPI الوصف وحدة NRF24L01 SMD هي وحدة RF تعمل على تردد 2.4GHz وتعتمد على شريحة Nordic nRF24L01+، مدمجة وصغيرة الحجم (12×18مم)، وتُستخدم لنقل البيانات لاسلكيًا بين المتحكمات الدقيقة مثل أردوينو وESP وSTM32 وغيرها. مزودة بهوائي PCB مدمج ومناسبة لمشاريع إنترنت الأشياء (IoT). الميزات تعتمد على شريحة Nordic الأصلية nRF24L01+ تردد التشغيل: 2.4GHz ISM بروتوكول Enhanced ShockBurst™ حجم صغير وسهل الدمج استهلاك طاقة منخفض جدًا – مثالية للبطاريات مدى نقل يصل إلى 240 متر في الأماكن المفتوحة المواصفات الجهد: من 1.9 إلى 3.6 فولت القدرة: +7 dBm الحساسية: -96dBm التيار أثناء الاستقبال: حتى 15mA التيار في وضع الانتظار: 15μA الوزن: 2 جرام الاستخدامات شبكات الاستشعار اللاسلكية التحكم عن بعد أنظمة المراقبة الصناعية تطبيقات المنزل الذكي محتويات العبوة وحدة NRF24L01 SMD واحدة