RF-2400 and RF-2410 series module based on BK2421 RF SOC launched by INHAOS, deeply loved by customers. On INHAO official sites, you can download rich application example and detailed data, help more friends know the this high cost performance chip.
The module launched before, maximum output power is only 5dBm, in open areas, generally, working distance can up to 30 m.
But many users hope further communication distance, so INHAOS products RF-2400PA, in the RF-2400P foundation, added a 23 dB RF PA, through measured, the effective communication distance reach to 200 m, if with good antenna and reasonable RF Protocol, communication distance can also be greatly improved.
RF-2400 PA has two selection of antenna, one is on-board PIFA antenna and the other one is extend antenna connect by SMA connector, the two antenna cannot be used at the same time. Please read the Datasheet to choose the appropriate antenna.
RF-2400 PA is fully compatible with RF-2400P, for RF-2400P the user only need to ensure that the power supply can provide 50mA current, for RF-2400PA, at least you need to ensure supply 300mA current.
Please note that when use RF-2400PA, must assure the power output of BK2421 is less than 0dBm, because the RF PA have +23 dB fixed Gain, if BK2421 configures to +5dBm output, will lead to RF PA overload, increase power consumption, and possible damage to the PA.
When upgrade RF-2400P to the RF-2400PA, users only need to consider two things:
1, please ensure that the power supply capacity is more than 300 mA
2, please ensure that the output power config of BK2421 is less than or equal to 0 dBm
Please note: that module in the factory default adopts the on-board PIFA antenna, and doesn't attach SMA Connector, if the user need external SMA antenna, please purchasing another SMA Connector, and tell us do not connect PIFA antenna.
|File Name||File Size||Release Date||Click|
|DS-RF2423U-V10-EN RF-2423U 2.4G USB Receiver||664.77 KB||05/14/2013||29|
|RF-2423 SOC - BK2423 Application Notes v2.0_en||673.33 KB||05/07/2013||53|
|AN0008-BK2423 Communication In 250Kbps Air Rate||459.65 KB||05/07/2013||49|
|AN0007-How to migrating code from RF-2400 to RF-2423||332.55 KB||05/07/2013||51|
|RF-2423 SOC - BK2423 Datasheet v2.0||923.9 KB||05/07/2013||78|
|RF-2400-NANO PCB Layout example||62.92 KB||06/05/2012||731|
|RF-2400-NANO Datasheet||433.06 KB||04/23/2012||1,828|
|SMA-F-DIP-165 2D/3D Drawing||194.37 KB||04/08/2012||534|
|AT2400-1901RS-5dBi Datasheet||348.78 KB||04/08/2012||775|
|AT2400-0101RS-2dBi Datasheet||334.1 KB||04/08/2012||671|
|RF2410U GatherNet App V1.5 (Win7 64Bit support)||2.56 MB||03/30/2012||924|
|RF-2410PA Datasheet V1.1||720.6 KB||02/29/2012||1,463|
|AN0006-RF-24xx Series Carrier Detect Application notes||137.77 KB||08/19/2011||1,965|
|AN0006-RF-24xx Series Carrier Detect Application notes||351.8 KB||08/19/2011||1,218|
|AN0005 RF-2410 Based Wireless NTC Sensor Example Application||1.05 MB||08/03/2011||1,090|
|AN0005 RF-2410 Based Wireless NTC Sensor Example Application||351.65 KB||08/03/2011||1,579|
|AN0004 RF-2410 Based Wireless Sensor Example Application||4.07 MB||08/01/2011||1,141|
|AN0004 RF-2410 Based Wireless Sensor Example Application||492 KB||08/01/2011||1,611|
|AN0002 RF2410U USB RF Programming||1.52 MB||07/18/2011||1,242|
|AN0002 RF2410U USB RF Programming||928.03 KB||07/18/2011||3,947|
|AN0001 RF-2410M Wireless UART Demo||594.91 KB||07/12/2011||1,029|
|AN0001 RF-2410M Wireless UART Demo||485.4 KB||07/12/2011||1,993|
|RF-2410M Document pack||2.43 MB||07/12/2011||1,016|
|RF-2410M Datasheet||507.65 KB||07/12/2011||1,622|
|RF-2400 Reference code - AVR||523.8 KB||07/09/2011||1,945|
|RF-2400 Reference code - 8051||489.54 KB||07/09/2011||1,267|
|RF-2410U bootloader V1.5.1||34.93 KB||07/09/2011||1,468|
|RF-2410U Document pack||2.43 MB||07/09/2011||1,150|
|RF-2410U Datasheet||690.79 KB||07/09/2011||1,742|
|RF-2400 Series design kit||4.27 MB||06/02/2011||2,149|
|RF-2400 Series Datasheet||658.82 KB||06/08/2011||4,859|
|AN0003 RF-24xx series selection guide||468.12 KB||06/30/2011||2,077|