Makerfire 4pcs NRF24L01+ Breakout Adapter with on-board 3.3V Regulator for NRF24L01+ Wireless Module

I am using these with the Arduino nano , these work great!

(This is a review for the breakout adapters)Update 2: I got these working finally. Make sure you plug this into 5V, I was testing with the 3.3V power pin because I had another module that needed the 5V pin. These breakout adapters don't compensate for lower voltage, so make sure you give them the full 5V. My Arduino is now recognizing the antennas just fine! Thank you!Update 1: I’m currently talking to the seller about this (they contacted me) and hopefully I can get them working.Original: Was trying to use this with and Arduino and the MakerFocus NRF24L01+PA+LNA RF antenna. My Arduino couldn't find the radio antennas when I was using these breakout adapters.I'll investigate further to see if I can fix it but for now they're basically dead to me.

El cumplimiento a lo programado.

many of my boards where dead on arrival. The pins are in a very inconvenient place and will not fit on the breadboard. The ones that work do fine, but lets get real here. If you are using the nrf24l01 without an attena like me, you are going to want to make sure it's in low power mode (if you are using the tmhr library) and if that's the case, you can skip buying these boards and just stick a little 100 pf capacitor between the positive and ground pins. You will get the same effect for far less money.Edit: I've added 2 stars to my review, i still feel the boards are unnecessary however the sellers have excellent customer service and actually emailed me and offered to replace the dead boards, which i find very impressive in this day and age.

Came quick, works well, good product!!If you are trying to improve the performance of your NRF24L01 by adding a capacitor or two different kinds of capacitors, etc... all that is built into this unitalso if you want to use NRF with arduino pro micro, its a must since then you can connect this breakout board straight to your Vcc (5V)

The module worked as advertised, so that is good. But for a breakout, it is less than ideal. With the pins coming out the top, it requires use of wires even for a prototype board. And wires with a female end rather then the male end used on the prototype board. I considered removing the two headers and putting on new ones that come out the bottom, but even then the power pins are not aligned such that it could be inserted into a prototyping board.

I love this! In particular, I like that it has its own 3.3v regulator. I supply nominal 5v (from my Arduino) to the VCC, and I have a 10μf capacitor between VCC and GND. With that setup, the 3.3v output to the radio is the steadiest voltage line I have ever seen. It sits around 3.300v and only sometimes dips down to 3.299.I actually desoldered the 6 male dupont pins, and soldered my wires directly to the holes in the board. I'm terrible at soldering wires to pins, and I don't (yet) have a kit to attach dupont headers to the ends of wires... so soldering my wires directly to the board seemed the easiest option for me.

These adapters work great with both versions of the nRF24L01+ (high/low power units).As some of you may know, people have had power delivery problems with the nRF24L01+. Some of the Ardunio boards can not supply enough peak power to both the high and low power units which can cause a whole array of issues (or sometines even causing the nRF24L01+ to not work at all). These adapters solve those issues.These Makerfocus nRF24L01+ adapters also allow you to swap out radio units quickly without having to remember what pins go to what inputs/outputs, which is a great feature/ perk when using these.I highly recommend these units if you are working with the nRF24L01+.