Used SK HYNIX LPDDR3 #9294640 for sale

SK HYNIX LPDDR3 is a dynamic random access memory chip that is the latest iteration of the low-power double-data rate (LPDDR) series. This chip is designed to operate at low power and still reach high speeds with minimal noise, and is used for portable devices such as tablets and phones. It has a maximum bandwidth of 1866MT/s, an operating voltage of 1.2V to 1.8V, and a burst type of operation. It supports multiple chip-selects to enable various configuration options, and also has error correcting code (ECC) for high reliability. It is also lower power than its predecessors, with power consumption lower than that of other DDR3-type chips. From an architecture standpoint, LPDDR3 utilizes semiconductor technology that improves efficiency and reduces power consumption by transferring multiple bits in one cycle. It also utilizes the presence of multiple banks to improve the speed of operation. The chips are made smaller in size than other DDRs, making them more suitable for small form factor mobile devices. The chip is packed with features that make it ideal for these types of mobile applications. It supports burst lengths up to 8 and burst types of 8,4 and 2. It uses other features to extend the effective power lifetime of the chip, such as deep power-down modes and clock gating. All of this allows the chip to consume less power than some other DDR chips while still providing the necessary speed for most applications. To use SK HYNIX LPDDR3, it must be placed into an appropriate socket in the motherboard to make the connection between the processor and memory chips. This connection is then made with a data bus, which allows for high-speed data communication between the parts. The chip is designed to work with a wide range of protocols, making it suitable for different types of platforms. Overall, LPDDR3 is a reliable and efficient solution for low-powered mobile devices. With its low-power consumption, small size, multiple chip-selects, and high-speed data transfer rates, this chip is ideal for a variety of applications. It can be easily incorporated into designs thanks to its compatibility with the existing protocols, so that the end-user experience is optimized for performance.