iWave Systems Technologies

iWave developed a Linux driver to capture 8-bit data from ADV7611 camera chip and display it on i.MX board with 7” LCD screen. The overall system consists of iWave’s i.MX board with ADV7611 camera chip.

Fitness tracker is used to monitor various fitness parameters. It is battery operated and powered on using switch. It will sense the data from various sensors and transmits the raw data over Bluetooth to any Smart phone having Bluetooth low energy

Linux fast boot reduces the optimization time without changing the functionality and operation of the system. Because of the reduced time, the system can find its applications in medical fields and infotainment systems.

Single Board Computers provided by iWave are Freescale Processors based. These include the industry’s latest i.MX6 Pico ITX SBC, i.MX50 QSB and i.MX27 SBC

The iWave team works very closely along with the customer at customer facility to understand the requirements and execute the project using the customer's process and environment, without any compromise on the related Ips.

iWave supports Wi-Fi driver porting across different operating systems like Linux, WEC7, WEC2013, Windows7, ITRON, Android, FreeRTOS, etc. iWave has marked its presence for the Windows users by developing NDIS6.2 MINIPORT driver

iWave has experience in working with wide range of platforms from 8 bit microcontrollers to 32/64 bit, single and multi-core, RISC and CISC processor. On these platform, we have seamlessly executed/run various operating systems like simple free RTOS.

iWave is having 16+ years of experience in understanding and solving the technical complexities that enables corporations to focus on its core competencies and succeed by shortening their product development life cycle, time to market and cost

iWave Systems the global leading SOM supplier launched many variations of i.MX6 CPU modules and an SBC boards catering to Industrial, automotive and medical applications.

iWave is pleased to announce its collaboration with Renesas for developing System-On-Module (SOM) based on Renesas RZ/G1M microprocessor (MPU).