Chip Design and Application
The core team consists of several well-known integrated circuit (IC) design experts at home and abroad, which has abundant circuit design experiences. In the development history for 9 years, several VLC Chips are developed.
Digital Chip
High-speed baseband processor chip with high integrity and low power consumption
Built-in 4-channel visible light receiving and dispatching module, two-way transparent transmission over Ethernet is achieved in conjunction with the visible light front-end circuit, and data transmission rate of each channel is 400Mbps or 120Mbps
Built-in GMII network IO, support Gigabit Ethernet PHY and 10/100/1000M Ethernet standard
Simulation Chip
Achieve two-way transparent transmission over Ethernet by coordinating with the digital circuit at the rear end
It includes LED drive circuit and PD receiving amplification part
It has strong constant current ability, high efficiency, high gain, high stability and other advantages
IOT Chip
H1901 has been released on December 25th, 2019
Fully meet the requirements of applications in low power consumption, interference immunity and reliability
Chip Design
Provide manpower of development in each chip-design stage
Provide turn-key solution
Provide turn-key solution and design
Specle cooperates with Foundries, Package & Testing firms and other manufacturers for multiple years, and provide top quality turn-key services.
Li-IOT Smart Center
Localized hub, and processing and analysis ability
Robust mutual backup protocol, and complete link automatic restoration ability
Excellent smart network-based collaborative synchronization, and abundant service quality guarantee ability
Provide accurate link status tracking, with full security assurance ability
Li-IOT Light Switch
Manual, smart and other multiple light-control modes
In the smart mode, professional-level self-adjustment in color temperature and luminance can be achieved
High-end power management chip is applied to ensure no blue light and no visible Strobe
Support step-less adjustment in luminance and color temperature, and meet all users’ demands
Li-IOT Socket
GB2009.1 and GB2099.7-2015 Chinese National Safety Standard applied
Top-quality high-temperature unframeable materials are used to ensure the electrical safety of users
Li-IOT communication and networking ability to access third-party smart home appliances
Connectivity with the existing wireless/wire communication technology
Other Intelligent Hardware
Air Box: apply to the monitoring of indoor AQI
Smart Environmental Monitor: design to cover environmental parameters in open space
Smart Overflow Alarm: design to monitoring household water overflow
Smart Overflow Valve Controller: design to monitoring household water overflow leakage and control to the water valve
Smart Gas Alarm: apply to the surveillance of household pipeline natural gas leakage
Smart Gas Valve Controller: apply to the surveillance of household pipeline natural gas leakage and control the gas valve
Passive Li-IOT Optical Cable
The plastic optical fiber (POF) is used as a main wire
The light transmission diameter of the fiber core is up to 1mm, with high bending resistance, convenience and reliability
The cable layouts distance up to 100ms, low power consumption, low cost and interference immunity, can meets users’ different demands
Active Li-IOT Optical Cable
It is based on the passive Li-IOT optical cable, HUB can provide power to end-devices.
Power supply capacity covers DC low voltage, AC mains and other ranges
Integrate power supply and control by cooperating with Li-IOT intelligent terminal or third-party home appliances following the Li-IOT protocol
Li-IOT Connector
It is mainly divided into passive and active Li-IOT connectors depending on application environment
Quick installation, hot plug supported and reliable connection
The active Li-IOT connector can achieve power-feeding and communication functions on a single IO
