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Our Operation
 
Telecom/Electronic Products
 
Product Development Process
Material Engineering / Procurement
Our Manufacturing Capabilities
Our Technology
Quality System
Contract Manufacturing
New Product Introduction (NPI)
Products
Telecom Products
Infant and Child Products
Our Manufacturing Capabilities
Production Plant and Facilities
IT and SAP
 

 
  Digital Signal Processing
  • By combining the our robust radio design with hardware DSP basing on TeakLite & Gen2DSP or software DSP running on ARM926, our voice products can deliver best sound quality over digital radio link.
  • The power of digital signal processing can further extend to value-added features such as speech recognition and voice commands, background noise cancellation, microphone beam forming and loudness equalization for hearing-aid.
  • For most of our voice-centric products are utilizing the matured technology in narrowband voice communications, as well as evolving wideband voice or CAT-iq compatible products with light data service.
 
  Real-time Mobile Technology
  • Sophisticated electronic design requires fast computation at low power consumption and thus we have been developing a new line of embedded application basing on 32-bit ARM Cortex M3 cores.
  • For best price-to-performance ratio, our embedded design can offer very high processing power, real-time capabilities, signal processing and parallel processing, low-power and low-voltage operation, while maintaining full integration in small form-factor and high software scalability.
 
  Sensor Computing Technology
  • To cope with smart devices and IoT deployment over home and office environments and personal tracking, we have been developing data measurement and algorithm with the use of various sensors including accelerometer, gyroscope, ultrasonic transceiver, capacitive sensor, image sensor, heart-rate sensor, barometric sensor, temperature and humidity sensor.
  • Further for robotics and automation, we have developed real-time fast feedback control based on proportional-integral-derivative (PID) control theory.
 
 

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