Product

OPL1000 series products

Yellow Labrador wearing a teal dog collar with a black tracking device, looking upward.
White, round, smart home temperature sensor with a thermometer icon and blue light.
Black digital scale displaying 68.25 kg. Features four foot pads, a family icon, and a digital display.
Pink and white electric toothbrush with a purple brush head, and the brand name
Pie chart showing OPL2500 series products: 60% Smart Home, 20% Battery IP Camera, and 20% PCOMBO wireless audio/video.

 Market Application Statistics

Pie chart showing applications of OPL1000 series products: Asset Positioning (20%), General IoT (5%), Dual Mode (30%), and Low Power (45%).

OPL 1600

  • Features

Extreme low power consumption WIFI/BLE IOT dual-mode solution

  • Application

Battery Powered IoT Applications

  • Highlights

Extreme low power consumption WIFI/BLE IOT dual-mode solution

  • Sleep Function

Turned on

Logo with
Embedded Flash 8Mbits
Firmware Standard OPL1000 Series SDK
XIP no
SRAM 384KB
WIFI 802.11b
Security WPA/WPA2
LE 5.0 with 2Mbps
LE Master/Slave Slave
LE Mesh No
GPIO # 24
Digital Interface UART*2, SPI*3, I2C *1
Analog Interface PWM*6, ADC, 16mA Driving I/O
Package 48-pin QFN, 6mm x 6mm

OPL 1800

  • Features

General Dual Mode Requirements

  • Application

Various IoT applications

  • Highlights

Low cost dual mode

  • Sleep Function

Turned on

Logo with
Embedded Flash 8Mbits
Firmware Standard OPL2000 Series SDK
XIP no
SRAM 528KB
WIFI 802.11 b/g/n/ax with 20MHz BW
Security WPA/ WPA2/ WPA3
LE 5.2 with 2Mbps, Long distance
LE Master/Slave Master / Slave
LE Mesh Yes
GPIO # 37
Digital Interface UART*2, SPI*3, I2C *1, I2S*1, PDM, Camera Port(OV2640)
Analog Interface PWM*6, ADC, 16mA Driving I/O
Package 48-pin QFN, 6mm x 6mm

OPL 2500S

  • Features

WIFI6 IOT dual-mode solution

  • Application

General IoT applications

  • Highlights

Low cost WIFI6 dual mode

  • Sleep Function

Turned off

Logo with
Embedded Flash 8Mbits
Firmware Standard OPL2000 Series SDK
XIP Yes
SRAM 528KB
WIFI 802.11 b/g/n/ax with 20MHz BW
Security WPA/ WPA2/ WPA3
LE 5.2 with 2Mbps, Long distance
LE Master/Slave Master / Slave
LE Mesh Yes
GPIO # 37
Digital Interface UART*2, SPI*3, I2C *1, I2S*1, PDM, Camera Port(OV2640)
Analog Interface PWM*6, ADC, 16mA Driving I/O
Package 48-pin QFN, 6mm x 6mm

OPL 2500P

  • Features

Low-power WIFI6 IOT dual-mode solution

  • Application

Batteries and general IoT applications

  • Highlights

Ultra-low power consumption WIFI6 dual mode

  • Sleep Function

Turned on

Logo with
Embedded Flash 8Mbits
Firmware Standard OPL2000 Series SDK
XIP Yes
SRAM 528KB
WIFI 802.11b/g/n/ax with 20MHz BW
Security WPA/ WPA2/ WPA3
LE 5.2 with 2Mbps, Long distance
LE Master/Slave Master / Slave
LE Mesh Yes
GPIO # 37
Digital Interface UART*2, SPI*3, I2C *1, I2S*1, PDM, Camera Port(OV2640)
Analog Interface PWM*6, ADC, 16mA Driving I/O
Package 48-pin QFN, 6mm x 6mm

OPL 2500M

  • Features

Wireless High Quality Audio/Video Solution

  • Application

Wireless gaming headsets, wireless theater speakers, gaming joysticks

  • Highlights

Ultra-low power consumption WIFI6 dual mode

  • Sleep Function

Turned on

Logo with
Embedded Flash 8Mbits
Firmware Standard OPL2000 Series SDK
XIP Yes
SRAM 528KB
WIFI 802.11b/g/n/ax with 20MHz BW
Security WPA/ WPA2/ WPA3
LE 5.2 with 2Mbps, Long distance
LE Master/Slave Master / Slave
LE Mesh Yes
GPIO # 37
Digital Interface UART*2, SPI*3, I2C *1, I2S*1, PDM, Camera Port(OV2640)
Analog Interface PWM*6, ADC, 16mA Driving I/O
Package 48-pin QFN, 6mm x 6mm
Diagram of a system architecture with a central processing unit (CPU) and wireless communication modules.
Certificate of Appreciation with text
Three gold badges:
Gold and red curved abstract design.

Development Process

White outline of a person and documents with a cloud symbol on a red circle.

Evaluate

Carry out product suitability and feasibility evaluation based on product characteristics, such as performance, power consumption, memory, networking convenience, etc.

White lightbulb with gears, on a red background.

Develop

Provide (HDK) and (SDK), and also provide a rapid development framework package solution (QuickDev Framework), including productizable application layer code, and various reference designs to help customers quickly develop product projects

White security shield with lock and hexagon shapes on a red background.

Verify

During the product development process, engineers conduct unit testing and integration testing on each module; after product development is completed, use automated test scripts to conduct functional testing and stress testing on the system surface

Robotic arm in white on a red background, possibly industrial automation or manufacturing.

Mass Production

After the customer completes the product development and enters the mass production stage, provide tools such as firmware download, function test, and mobile app to assist the customer in mass production testing