HiLetgo 4pcs NRF24L01+ Wireless Transceiver Module2.4G Wireless Transceiver Module
Description
🚀 Elevate Your Projects with Wireless Freedom!
- UNLEASH CONNECTIVITY - Experience seamless communication with 4 powerful transceiver modules.
- COMPACT LIGHTWEIGHT - Perfect for DIY projects and prototyping without the bulk.
- ENERGY EFFICIENT DESIGN - Operate effortlessly with a low voltage range of 1.9 to 3.6V.
- VERSATILE FREQUENCY RANGE - Utilize 125 frequency points for optimal performance in diverse environments.
- FUTURE PROOF YOUR PROJECTS - Stay ahead in tech with reliable wireless solutions.
The HiLetgo 4pcs NRF24L01+ Wireless Transceiver Module offers a robust solution for wireless communication, featuring 125 frequency points and a low operating voltage of 1.9 to 3.6V, making it ideal for a variety of applications from DIY projects to professional prototypes.
Reviews
M**G
Solid basic non-amplified RF boards
Boards work well for Arduino, just be sure to power them properly with 3.3V.
I**E
Works well with Arduinos
I use these modules for transmitting/receiving weather data. They work well with Arduinos (e.g., UNO or Nano) and there are many online sources of code for using them. With their on-board antenna they work indoors, perhaps only with the maximum power setting, depending on walls and other obstructions. Outdoors, you will most likely need versions of this device that have an external "duck" antenna.Apparently some sources of these modules don't use "genuine" NRF24L01+ chips, but these appear to be OK. Generally, I have found HiLego to be a reliable source for products like this, including "duck" antenna versions of the NRF24L01+.
M**R
Works fine no issues
Had seen a few other reviews mentioning that all of the chips were bad or that they malfunctioned. I have only tested two of the ones I got so far but they work fine. The reviews mentioning that they were faulty only mentioned that they used example code but didn't mention if they were properly powered. These use 3.3 V not 5V vcc and can be damaged if the incorrect voltage is applied that seems like the most likely issue. After doing research as to how to properly use and write the arduino code for these boards I have had no issues getting the two I have used to work correctly
N**N
Good!
Works well
J**S
As Described
Works just as described.
B**O
Failure rate 25%, 1 of 4 DOA
These appear to be real Nordic chips on boards that are overall well-made. Have received some nRF24 modules in the past that seemed to have been hand-soldered by a child, these are better. However, 1 of the 4 received was DOA/Failure. Not good.These do play well with the libraries, and are functionally the same as boards I have that are 10-12 years old. Power consumption is pretty much spec at all PALevels, and DataRate is in there also. If wanting to replace old, cobwebbed boards, these will work. They are just kinda expensive in the end when they send you duds.
K**N
Instructions lacking, but they work
I thought these were duds after trying all four with two different arduinos. Even the basic example from the RF library wouldn't transmit/receive anything. It turned out I needed to solder a 10uf capacitor between VCC and GND, then the transmissions started going through.
L**.
Work perfect!
I've used them to have a raspberry pi's communicate with arduino's. The work great.
Common Questions
Trustpilot
3 weeks ago
1 month ago
