Pan186cv Datasheet //top\\ -

The PAN186CV is a low-power 2.4GHz wireless transceiver System-on-Chip (SoC) manufactured by Shanghai Panchip Microelectronics Co., Ltd., widely used in remote controllers, toy drones, and various IoT applications. Although the official product designation is , the "CV" suffix on many chips appears to be a production code or marking variant—functionally identical to the PAN186 model. Given the scarcity of official documentation, this guide consolidates publicly available technical information, practical insights, and application contexts for the PAN186CV.

: Used in entry-level drones and radio-controlled (RC) vehicles.

Dedicated digital pins that issue high-speed directly to external motor drivers. Analog Inputs pan186cv datasheet

The PAN186CV offers a rich feature set for its price point. Below is a structured breakdown of its main characteristics.

To help find relevant development tools or replacement parts, are you looking to , or are you designing a brand-new circuit from scratch? Share public link The PAN186CV is a low-power 2

The PAN186CV is a cost-effective, highly integrated solution that combines processing and wireless communication on a single chip: Built-in 8-bit MCU.

Due to its low cost and high integration, the PAN186CV is frequently found in: Remote Control Systems : Used for toy cars, appliances, and consumer electronics. Smart Audio : Optimized for LVGL-based music players and smart audio systems. IoT Devices : Used in entry-level drones and radio-controlled (RC)

is a highly integrated, low‑power System‑on‑Chip (SoC) that combines an 8‑bit microcontroller (MCU) with a 2.4‑GHz RF transceiver. Made by the Chinese semiconductor firm Panchip Microelectronics (磐启微), this chip is found in many low‑cost wireless devices – especially toy drones, remote controllers, and radio‑controlled cars. This article compiles everything currently known about the PAN186CV, from its architecture and key specifications to real‑world applications, sourcing advice, and common developer questions.

To help narrow down your engineering or repair project, what (e.g., SOP16, QFN) does your chip use? If you are trying to re-program or interface with this chip, let me know so I can outline the required development toolchain. Panchip Microelectronics Co., Ltd.

Similar chips in the Panchip lineup typically rely on an internal 4K × 16-Bit OTP (One-Time Programmable) Flash memory space for firmware code alongside a small, tight 176 × 8-Bit RAM block for active registers and variable storage.