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BT8P Reset & Teardown (FCC ID 2ANDL-BT8P)

Factory reset and internal photos for Tuya Global BT8P. Tuya / Smart Life smart plug.

January 15, 2026 1 min read

BT8P internal photo

Before you buy the Tuya Global BT8P, check what's inside.

The Tuya BT8P is a compact Bluetooth Low Energy (BLE) module designed for integration into smart home devices. It features a low-power MCU and is suitable for applications like smart sensors and low-power smart home peripherals.

⚠️ NOTE: Ensure correct battery polarity when inserting. Do not expose to extreme temperatures.

Quick Specs

  • Manufacturer: Tuya Global
  • Model: BT8P
  • Protocol: Bluetooth
  • Chipset: Realtek/Beken
  • Ecosystem: Tuya / Smart Life
  • App: Smart Life

🔧 Geek Corner (Flashing Info)

  • Chipset: TLSR8250F512ET32
  • Flashable: ❌ No
  • Info: Proprietary Tuya module based on TLSR8250F512ET32 chipset, not designed for user flashing.

User Manual

Scanned pages from the official user manual:

BT8P Manual

BT8P Manual

BT8P Manual

BT8P Manual

BT8P Manual

BT8P Manual

BT8P Manual

BT8P Manual

BT8P Manual

BT8P Manual

External Photos

Photos of the device exterior:

BT8P Exterior

BT8P Exterior

Internal Photos

Teardown photos showing the PCB and components:

BT8P PCB

BT8P PCB

BT8P PCB

BT8P PCB

Verdict

The BT8P is a Bluetooth device from the Tuya / Smart Life ecosystem.

📄 Click to view full text manual (SEO)
Hangzhou Tuya Information
Technology Co., Ltd. 1 V1.0.0
1 Product Overview
1.1 Features
 Embedded low-power 32-bit MCU, which can also function as an application
processor
 Clock rate: 48 MHz
 Working voltage: 1.8 V to 3.6 V (Under 1.8 V to 2.7 V, the module can start but the RF
performance is not guaranteed. Under 2.8 V to 3.6 V, the module performance is
normal.)
 Peripherals: five pulse width modulation (PWM) pins
 BLE RF features
Product
Manual
Tuya BT8P BLE Module
Version: 2.0.0 Date: 2019-10-12 No.: 0000000001
Global Intelligent Platform
Product
Manual
BT8P is an embedded B luetooth low energy (BLE) module that Tuya has developed. It
consists of a highly integ rated Bluetooth chip (TLSR8250F512ET32) and several
peripheral circuits, with a n embedded Bluetooth network protocol sta ck and robust library 
functions. BT8P also con tains a low-power 32-bit multipoint control u nit (MCU), BLE 4 .
2 or 2.4 GHz radio , 4 MB flash memory, 48 KB static random-a ccess memory (SRAM ),
and six multiplexing I/ O pins.

 Compatible with BLE 4 . 2
 Up to 2 Mbit/s RF data rate
 TX power: +10 d Bm
 RX sensitivity: –94.5 dBm a t BLE 1 Mbit/s
 Embedded advanced encryption standard (AES) hardware en cryption 
 Onboard PCB antenna
 Working temperature: –40°C to + 105°C
Hangzhou Tuya Information
Technology Co., Ltd. 2 V1.0.0
1.2 Applications
 Smart LED lights
 Smart households
 Smart low-power sensors
Change History
No. Date Change Description Version After
Change
1 2019-07-03 This is the first release. 1.0.0
2 2019-10-12 Deleted the architecture diagram. 2.0.0
Hangzhou Tuya Information
Technology Co., Ltd. 3 V1.0.0
Contents
1 Product Overview.....................................................................................................................1
1.1 Features.........................................................................................................................1
1.2 Applications...................................................................................................................2
Change History................................................................................................................................. 2
2 Module Interfaces.....................................................................................................................5
2.1 Dimensions and Footprint...........................................................................................5
2.2 Interface Pin Definition................................................................................................ 6
3 Electrical Parameters.............................................................................................................. 7
3.1 Absolute Electrical Parameters................................................................................. 7
3.2 Electrical Conditions.................................................................................................... 7
3.3 Power Consumption...........................