TECHNOLOGIES

This development platform enables rapid development of Wi-Fi enabled products for the smart home and offices, such as advanced IP cameras, surveillance devices, gateway solutions, smart appliances and many more. Built on a commercially available SOC chipset, this platform runs OpenWrt Linux and consists of a number of software development tools and two versions of HDK. At the heart of the platform is the SOC chipset with an appliance automation bridge. This chipset is based on a powerful 802.11n...

This hardware development kit (HDK) is a low-cost and easy to use Internet of Things (IoT) development platform for RTOS to design, prototype, evaluate and implement IoT projects. It is based on an ARM Cortex-M4 with floating-point MCU in QFN68 package. The application processor subsystem contains ARM Cortex-M4F MCU. It also includes many peripherals, including UART, I2C, SPI, I2S, PWM, IrDA, and auxiliary ADC as well as embedded SRAM/ROM and a serial Flash in the package. This HDK enables Wi...

This hardware development kit (HDK) aims at providing lightweight IoT Solution.  It offers the convenience of a common toolset and common APIs implemented over popular FreeRTOS. This IoT HDK for RTOS is based on a highly integrated and commercially available SOC that features an ARM® Cortex®-M4 with floating point unit microprocessor that operates at up to 192MHz with low-power 1x1 802.11 b/g/n 2.4GHz Wi-Fi and Bluetooth Low Energy support. It is compact in size but includes all the necessary pi...

A new laser assisted wet chemical etching of GaN, a new technique which the chemical etching is greatly enhanced with the help of laser as compared to normal plasma etching of GaN and the application of the developed technique in the fabrication of vertical LED process. A novel laser-assisted wet chemical etching, that is a new technique where the chemical etching is greatly enhanced with the help of laser, has been developed.  At room temperature, the K2S2O8 solution is unable to etch gallium ...

The Optical Microsphere Nanoscope is a patented technology, which enables real-time, low cost, super resolution imaging with just white light. Utilizing the microsphere technology, sub100 nanometer resolution, which was typically achieved only via electron microscopes (EM) can be achieved. As this is pure optical means of microscopy imaging, as compared to electron microscopes, it has almost no requirement on sample preparations, able to work in an ambient environment and has the ability to imag...

The invention offers a quick and convenient method to determine the freshness of their meat products. Consumers are increasingly concerned about food safety and the freshness of their food. However, there is no end point detection device in the market that offers consumers a convenient way to analyse the freshness of their food, especially for meat products. Present methods using chemical and microscopic analysis are not viable for end consumers as the process can be tedious and time-consuming. ...

Abstract:  The indoor location system is being developed employing various RF technologies, like WiFi, BLE and iBeacon. And other than RF technologies, Ultra Sonic, Laser and PDR (Pedestrian Dead Reckoning). However, none of them achieved high accuracy and high-speed location system but UWB technology.  Our Impulse UWB based RTLS (Real Time Location System) proved high speed and high-resolution three-dimensional location system through a series of field trial in the factory, shopping mall and...

This secure device can be easily reconfigured from an IoT Edge to an IoT Gateway and supports standard IEEE802.11 b/g/n. When put into a system, the Edge and Gateway can also be configured into a simple “self-healing” mesh wireless network such that edge devices can be added or deleted in a flexible manner. The system also has the ability to “heal” itself in the event when any of the edge devices, due to unplanned obstruction to the radio path, can connect to its nearest neighbour edge device a...

Abstract: Global Interface Technologies Group (GIT Japan and Global Interface Wireless Technologies) is a Global leader in developing Impulse UWB (Ultra Wide Band) applications. We provide complete solutions from Chipset, Board Assembly and related Software. We offer competitive UWB solutions, such as High Resolution Real Time Location System, High Resolution Short Range Radar and Body Area Network for Medical ICT (Information Communication Technology) We are looking for potential customers ...

A laser interference lithography system capable of defining uniform gratings over a large wafer area (> 3 inch) is presented. The on-wafer variations in duty cycle and grating period are less than 5% and 1 nm, respectively. On the other hand, this system also allows the definition of chirped gratings with continuous period change over 450 nm. To fast characterize the grating uniformity, we develop a customized automatic grating mapping system that measures the grating period and diffraction effi...