The is a low-power, highly integrated System-on-Chip (SoC) designed by Panchip Microelectronics that combines an 8-bit microcontroller unit (MCU) with a 2.4 GHz wireless RF transceiver . Often dual-marked on hardware components alongside the designation RF250A , this ultra-low-cost chip is heavily utilized in commercial high-volume consumer goods, such as toy drone remote controllers , RC cars, and basic wireless input devices.
While the exact datasheet can be difficult to source directly, the chip is often cited as being compatible with or a variant for the following: MST7500M Pinout
If you plan to build a receiver for a PAN186CV‑based remote, it is best to treat it as a of the nRF24L01 family. The xn297 dumper (available on GitHub) is a good starting point. pan186cv datasheet
Reflow soldering temperature should not exceed 260°C .
Panchip's PAN2416AV and PAN1020 share closely related 2.4GHz architectures and core layouts. Referencing the PAN2416AV documentation or the PAN1020 Datasheet can clarify register settings, programming protocols, and RF matching circuit values. The is a low-power, highly integrated System-on-Chip (SoC)
The is a capable, low‑cost SoC that powers many of the wireless devices we see in toy drones, RC cars, and remote controls. Its combination of an 8‑bit MCU, 2.4‑GHz radio, and integrated peripherals makes it an attractive choice for cost‑sensitive, battery‑operated products.
Aggregators like ICMori list live stock and core mechanical metrics for components like the PAN186CV. The xn297 dumper (available on GitHub) is a
The PAN186CV offers a rich feature set for its price point. Below is a structured breakdown of its main characteristics.
This technical guide synthesizes structural and RF parameters to serve as a comprehensive operational reference for engineers, developers, and hardware reverse-engineers seeking its datasheet specifications. Key Specifications & Architecture
The PAN186CV consolidates control and wireless transmission onto a single piece of silicon, significantly reducing external component count and bill-of-materials (BOM) pricing.
Supports printed microstrip PCB antennas or simple copper wire antennas to keep costs low. Peripheral Interfaces