The Internet of Things (IoT) is an emerging technology that is rapidly gaining traction in both the consumer and industrial markets. This technology promises to revolutionize the way we interact with the physical world by connecting a vast array of devices and sensors to the Internet. The continuous growth of IoT is initiating the need for the newest technologies mainly memory technology. IoT devices are moving the world towards an era of connected devices, in which everything from our homes to our cars is connected to the internet. Based on the different functions, the design of each IoT device can be simple or complex. All IOT memory solutions have small footprint that handles the data and processing of a device.Volatile memory don't tend to permanently keep the data and can retain data when the device is connected to a power outlet. So, non-volatile being a primary unit of data storage is a perfect choice to power up IoT systems.
Recognizing the growing need for IOT memory, FORESEE is focusing to deliver miniature memory products that fit into tiny intelligent systems thus upgrading the scope of the IOT market. These solutions are developed based on standard memory components, robust firmware, safeguard technologies, and intelligent algorithms.
IOT systems are now in need of storage solutions that can store complicated data and process critical code. The designers highly prefer embedded memory solutions because of their excellent endurance and stability capabilities. The excellent performance and higher density features of embedded flash solutions have resulted in the market shift towards these memory pruducts. The emerging market needs of these solutions are raising standards in the market and will continue to leverage the applications such as mobile phones, notebooks, smart watches, etc. The industry-standard wide-range temperature endurance, firmware flexibility, enhanced capacity, and excellent read/write performance are primary reasons for its high preference in the IoT sector.
What is the good flash memory medium for IOT memory?
The flash products can use either NAND flash or NOR flash. These are the main memory mediums that determine the longevity of each fixture. NOR memory is traditional types of solutions that are designed to power up home gateways and other XIP systems requiring low-power storage mediums. NAND memory is best for heavy applications requiring higher density and capabilities such as IoT applications.
FORESEE embedded product line has grown into many versions of flash memory solutions empowering the different types of IoT systems. The widely used solutions are eMMC, subsize eMMC, UFS, eMCP, and ePOP. These miniature embedded solutions are developed to quickly integrate into small-spaced applications and boost their performance ratio thus resulting in a high user experience. The utilization of intelligent stand-by technology is enhancing the service life of IOT products.
To satisfy the demand for high-performance online systems, the IoT sector is shifting interest to enhance the capabilities of smart TV, high graphics computers, and routers. This can be done by utilizing the DRAM memory solutions providing the required high-end capabilities and processing speed.
DDR3L Module: FORESSE is developing the DDR3L module offering capacities from 2GB to 4GB, perfect for reinforcing the wide range of IoT applications such as gaming systems, smart speakers and TV, Home IPC systems, STB, etc. It is providing higher frequencies up to 1866Mbps or 2133Mbps. This is promoting higher network communication with its fast data-catching performance.
LPDDR Memory: This memory technology is one of the primary memory options to serve the IoT sector and is on its way to ruling the handheld systems because of providing high power efficiency by drawing only 1.2V power. FORESEE LPDDR solutions are ensuring the clock frequency up to 2133MHz. The solutions are coded with a high level of protocols for efficient signal integration and quick data-catching facility. Our LPDDR series are featuring in several capacity combinations for example the LPDDR4 module has a higher density of up to 64Gb. It is particularly launched to strengthen the handy devices for improving the computation performance and supporting the heavy graphics PCs.
The replacement for classic IOT memory options is the eMMC which is precise for reinforcing the sensors, handheld devices, robots, and wearable systems. The uncomplicated design of eMMC attracted the IOT developers enabling the use of mini footprint memory products. UFS is a frontier in IOT memory options because of its much faster data communication and storage capabilities than the eMMC. Several versions of eMMC are designed to power up certain applications and it depends on the functions of the application that determine the type of memory fixture to be utilized. FORESEE is successful in the field of developing all the essential memory solutions that are satisfying the current market needs with its high-end technologies, robust architectures, higher capacity combinations, and intelligent algorithms.
· eMMC products are compiling the latest 5.1 protocols.
· UFS products are compiling the newest 2.1 standards.
· Different capacity combinations up to 256GB for satisfying each application's needs.
· BGA 153 packaging.
· -25°C to 85°C enhanced temperature endurance.
The continuous expansion of the IOT market is emphasizing the memory developers to strive for the newer technologies to support the upcoming systems with different memory needs. Longsys is always looking to the future to see what new technologies and trends will be impacting the industry, expecting growth in both sales and profits, and continuing our focus on innovation. We are committed to providing innovative and high-quality products to customers, as well as expanding our reach to the international market. We are well-positioned to capitalize on the growing demand for flash storage solutions to support the IoT, automotive, mobile, and industrial sectors.
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