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[@real_ne00](/creator/tiktok/real_ne00)
"For those who want to see the math here you go: A normal nRF24L01+ transmits around X dBm (1 mW) and with a X dBi antenna thats about X dBm total. This setup is (2 W = XX dBm + XX dBi antenna) gives XX dBm total. THE INPUT DONT MATTER it just need to be powerfull enough to drive the amps Max output The difference (between XX and e) is XX dB which equals XX = 10000 more powerful than the regular nRF24L01+. THIS IS NOT REAL ALL FAKE AND ONLY TO SHOW HOW POWERFULL IT WOULD BE #TechTok #power #viral #RF #electronics"  
[TikTok Link](https://www.tiktok.com/@real_ne00/video/7561465392103722262) [@real_ne00](/creator/tiktok/real_ne00) 2025-10-15T15:07Z 2213 followers, 20.7K engagements

[GUEST ACCESS MODE: Data is scrambled or limited to provide examples. Make requests using your API key to unlock full data. Check https://lunarcrush.ai/auth for authentication information.]

@real_ne00 "For those who want to see the math here you go: A normal nRF24L01+ transmits around X dBm (1 mW) and with a X dBi antenna thats about X dBm total. This setup is (2 W = XX dBm + XX dBi antenna) gives XX dBm total. THE INPUT DONT MATTER it just need to be powerfull enough to drive the amps Max output The difference (between XX and e) is XX dB which equals XX = 10000 more powerful than the regular nRF24L01+. THIS IS NOT REAL ALL FAKE AND ONLY TO SHOW HOW POWERFULL IT WOULD BE #TechTok #power #viral #RF #electronics"
TikTok Link @real_ne00 2025-10-15T15:07Z 2213 followers, 20.7K engagements

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