Founded in Silicon Valley in 2005, GigaDevice is a leading fabless semiconductor company dedicated to providing advanced storage technologies and IC solutions. The company successfully completed its IPO on the Shanghai Stock Exchange in 2016. GigaDevice offers a wide range of high-performance flash memory and 32-bit general-purpose MCU products. It is one of the pioneers of SPI NOR flash memory and currently ranks third in the world in this market segment, with more than 1 billion units shipped annually.
Since 2007, GigaDevice has filed more than 600 patent applications and obtained more than 200 patents. More than 55% of employees are engaged in research and development, which is the basis for continuously differentiating its products from competitors in the market. The GigaDevice management team has absorbed the leading semiconductor industry experience of well-known storage companies in Silicon Valley, South Korea and Taiwan. GigaDevice has passed ISO9001 and ISO14001 certifications from DQS.
GigaDevice currently produces SPI NOR Flash, SPI NAND Flash, and MCUs for embedded, consumer, and mobile communications applications. Its manufacturing model is based on strong relationships with foundry, assembly, and test subcontractor partners. GigaDevice believes that this clearly defined fabless manufacturing model offers a competitive advantage over traditional manufacturing-based integrated device manufacturers because capital equipment expenditures to maintain advanced memory process technologies exceed market returns in many IC memory market sectors. GigaDevice's foundry partners' continued investment in advanced equipment and their rapid growth in 12" wafer capacity are key factors in its success over competitors.
FEATURES .................................................................................................................................................. 4
GENERAL DESCRIPTION .......................................................................................................................... 5
1 OverviewLoading Zynq 's naked program is much simpler than making Linux 's SD card boot file.Just put a BOOT.bin file in the FAT32 formatted SD card . As shown in the figure, BOOT.bin needs to conta...
This is definitely a treasure trove of animated graphics. These animated graphics showing signal waveforms in electronic systems help us understand the mechanism of transmission.▲ Figure 1 SPI data tr...
Mainly through the official routines to familiarize yourself with the entire module, NXP Rapid IoT, although the introduction is simple, it is easy to get started, if you are familiar with it, it is r...
As the functions of microcontrollers increase, their use becomes more and more complicated. If you use the traditional development method, you need to understand various registers before you can use t...
The GD32E231C-START board is very good in appearance design. It is similar to STM32's NUCLEO, but more beautiful than NUCLEO, the color is whiter, and the black silk screen looks more comfortable. The...
[i=s]This post was last edited by hujj on 2019-7-23 17:31[/i]After completing the magnetometer test, today I conducted the final test of the LSM6DSO sensor. The test routine for this time was still th...