
RF-2G4-QFN32
RF Transmitter-Receiver at 2.4 GHz
2.4 GHz radio transmitter and receiver for short-range wireless modules and IoT devices.
- QFN-32
- IoT Devices / Wireless Modules / Smart Home
- Radio Frequency and Communications

Product Description
The antenna, matching components, and shielding can be supplied with the circuit, reducing the number of unit suppliers. We provide interface comparisons and power consumption data during the selection phase.
Specifications
| Frequency range | 2.4 GHz ISM |
|---|---|
| Packaging | QFN-32 |
| Interface type | SPI |
| Operating Voltage | 1.8 V ~ 3.6 V |
| Typical Applications | Internet things, wireless unit, smart home |
Parameters represent the common range for this category; the confirmed datasheet is provided with the order.
Procurement Notes
- Parallel Inventory and Order Channel
- The antenna and matching network are supplied together.
- The choice of the unit concept is debatable.
Alternative models
The following part numbers may be alternatives to this product with similar specifications or compatible interfaces; please verify against the datasheet.
Some rows are series-level references. Please verify the packaging, estimated values, and melting point before bulk purchase.
nRF24L01+
- Packaging
- —
- Estimated Value
- —/ —
Radio Transceiver 2.4 GHz, QFN-20, Low Power 2 Mbps
CC2500
- Packaging
- —
- Estimated Value
- —/ —
2.4 GHz radio transceiver, QFN-20, low cost and power consumption
BK2421
- Packaging
- —
- Estimated Value
- —/ —
Radio Transceiver 2.4 GHz, QFN-20, Compatible with nRF24L01+
SI24R1
- Packaging
- —
- Estimated Value
- —/ —
Radio transmitter and receiver 2.4 GHz, QFN-20, compatible Chinese alternative
Alternative models are for reference only. Please confirm your final selection based on application requirements and specification sheets. For further guidance, feel free to submit an inquiry.
Other products in this category
Get a quote and lead time
Enter the part number and quantity, and we will respond within one business day with pricing, lead time, and channel information.
