Open Cloud Services
Open AI-based UI
No need to bind any particular cloud services to its hardware and software platforms
It allows the developers to switch to different cloud services
Set standard and unified APIs for various AI service calls
It provides a hardware platform with built-in well-tuned voice module that can be readily connected to voice related AI services.
The hardware board can be conveniently extended to connect with other IoT sensors, actuators, and devices through a service bus architecture.
A set of unified APIs for connecting AI services.
It provides a customized Android-based software platform tailored just for IoT devices and AI services.
The system can identify the user's location and interact with the intelligent product
Transform traditional industry into AI-based industry
Teaching and research application
Can be used in artificial intelligence teaching experimental system and artificial intelligence in-depth research and development
Put the control of data back to the user
The developer need not to think about share and trading of data
The service providers will have open data and fusion of data from different sources
Designed for Robotics, IoT and consumer device maker who need voice interaction and AI service, the Ingdan® Kepler AI module provides one highly integrated total solution which could dramatically speed up the development cycle and drive the AI device innovation.
Powerful processing in a small package: High-end computing and large memory in a tiny package, flexible to fit into different mechanical form factors.
Microphone array and dedicated voice processor help to achieve 360 degree 5 meter far field voice and accurate key words detection
The advanced algorithm and smart audio amplifier helps to get the maximum possible volume and best linearity from small speaker which contribute to reducing the overall system cost and space constrained design.
Laptop-class wireless communication, with 802.11ac for extended range and bandwidth.
20 multiplexed GPIO interfaces which could be configured as SPI/UART/I2C for design flexibility.
Context-Awareness Sensing technology: The rich sensor list [Accelerometer, Gyroscope, Magnet, Ambient Light and proximity sensor] and sensor hub architecture enables accurate, real-time sensor data with minimal power consumption.
Ultra-low power consumption for long standby time with optimization for battery power
Tailored android OS with optimization for Robotics and IoT devices
|SoC||Quad-core ARM Cortex A7|
|RAM||2GB DDR3, 16bit X 2|
|FLASH Storage||8GB eMMC (v5.0)|
|WiFi||Broadcom 43340 802.11 1/b/g/n/ac
Dual-band (2.4GHZ and 5GHZ)
On board ceramic antenna
|Bluetooth||BT4.0, with BTLE|
|Microphone Array||3 digital high SNR 65dB microphone|
|Voice Processor||Always-on audio processor with advanced algorithm for noise suppression, beamforming and key words wakeup|
|PER-EXT||UARTX2 [MODEM, Robotic MCU], I2CX2 [sensor], SPI [Sensor Hub], USB [4G Modem]|
|USB2.0||USB OTG, USB Host|
|DC Input||3.3V-5V, 2A|
|FW+SW||Android 7.0, Integrated driver for Smart Audio PA, Microphone array and key words wakeup|
Our teamWith a group of world-class researchers, experts and engineers
We belong toIngDan Labs is the R&D unit of Cogobuy Group.
Our roleAs the world's technology "connector", Connected to the supply and demand side
We focus onAI + IoT
We providevalue-added technology services
Our idea“Dream it, Build it; Disrupt it, Popularize it!”