Embedded System Design
LILLIPUT embedded R&D centre was established in the 1990s, and we focus on embedded computer systems and related peripheral technology research and development. At present, we offer Samsung, TI, Freescale, AMD, and Intel. These support Linux, Android, IOS, WINCE, and other operating systems. LILLIPUT embedded systems provide customers with mature, and flexible project possibilities to meet exacting customer requirements.
Hardware Design
Operating System Porting
Peripheral Driver Development
Video & Imaging
With decades of experience in displays and image processing technology, and starting from the most basic of LCD monitors, LILLIPUT have successively launched a variety of civilian and industrial control devices. Such as, embedded computer platforms, mobile data terminals (MDT), test instruments,home automation devices, and other products. LILLIPUT‘s mature technology and years’ of experience continue to meet the requirements of users which have grown ever more demanding.
Human-Machine Interface (Human Machine Interaction, Framework design, Experience Design, Visual Design); Image Display, Interfacing and Driver (LCD Display, Multiple Interface, Image Optimization Engine);Video Coding and Decoding
Wireless & Network
LILLIPUT masters a variety of wired and wireless communication and data transmission technology, to control devices seamlessly integrated into industrial, commercial and civil use of LAN and WAN, to realize real-time accurate data sharing and exchange.
Local Area Network : ZigBee, WiFi, RFID, Bluetooth, FM Transmission
Wide Area Network: 4G, 3G, GPRS, CDMA
Serial bus communication: USB, RS232,RS422,RS485, CAN Bus, Field Bus
Ethernet connectivity: RJ45, LAN
IOT Sensing Technology
LILLIPUT has abundant experience in sensing applications, our sensor technology is widely used in household, commercial, industrial and even military sectors. More importantly, LILLIPUT adopts the most advanced IOT (Internet of things) Sensor technology, providing every sensor terminal with communication using a unified wireless protocol. The IOT solves the physical interconnection problems between individual sensors, between sensor and equipment, and between other equipment. It provides seamless integration with local area networks, to be able to collect information from all of the sensors to the information management centre, to form a honeycomb of multidirectional interactive information platform. Such as energy detection /Image Recognition/Temperature and humidity-sensing/ Position-sensing/Far IR/ GPS/ Sonar/ Radar
Digital Signal Processing
LILLIPUT provides mature high-speed digital signal processing technologies, which have been successfully applied in the electronic measurement, high-speed video data collection equipment, and microwave signal processing navigation systems, etc. LILLIPUT adopts many strategies to provide a good communication environment for high frequency circuits and high speed data processing. These are: ground plane circuit boards, filters, shielding and lap-joint design as well as electromagnetic compatibility technology. Such as FPGA, DSP, EMC, EMI, USB, SDIO, SATA, IDE
Software Programming
LILLIPUT uses multi-OS & cross-platform software programming technology to develop software applications that support most mainstream platforms. It allows the users to seamlessly connect LILLIPUT mobile data terminals with PC’s, the internet and even smart personal devices.
CPU cores support: X86, ARM, MIPS
Operating systems support: Windows, WinCE, Android, Linux, iOS
Programming languages applied:Java, .NET, C++, C#, C, ASP, JSP, PHP
