Targeting entry-level Internet of Things and wearable equipment, imagination push the latest IP products IMG IEW410

Beijing, China, July 28, 2020 - IMGINATION TECHNOLOGIES announced the introduction of the latest IMG IMG IEW410 based on its ENSIGMA Wi-Fi technology. In order to meet the needs of the middle and low-end markets, Imagination has developed IEW410 on the basis of its latest IMG IMG IEW400, which is designed to meet the cost-sensitive application of entry-level IN, wearable devices and audible devices. Require. The IEW410 is based on the latest IEEE 802.11ax Wi-Fi standard, which provides more powerful performance, throughput, and energy saving through the following series of new features: Run with 20MHz bandwidth: support low data rate applications to save battery power Target Wishing Time (TWT) Technology: Extend depth sleep time, significantly improve current consumption and extend battery life Orthogonal Division multiplexing multiple access (OFDMA) technology: Supports segmentation of bandwidth, efficiently transmitting data, reducing power consumption, while improving performance and data throughput BSS Coloring Technology: Enhance performance in high-density environments and improve data throughput Double Silver Modulation (DCM) Technology: Improved performance for low data rates Optional upper MAC can be used to unload the workload of the main processor to reduce the system's total power consumption Optional Power Management Unit (PMU) supports 2.7-4.5V DC power supply for low power consumption Imagination Technologies China Business Expansion Manager Huang Yin said that we have developed this IP specifically for cost-sensitive markets, and there is no sacrifice of its performance advantages. It is still an ideal choice for the Internet, hearing and wearable devices. . Instead, we have created a technology that occupies the smallest area, but can provide customers with all the advantages of 11AX / Wi-Fi 6. IEW410 is now available. Its main features include: Complete 2.4GHz low power Wi-Fi solution After silicon verification, the die is 5.65 mm2 (including analog pads), and the 40-nanometer LP process of TSMC is used. Sleep controller ensures that the overall system level power consumption is reduced Optional integrated power management unit (PMU) Designed for QFN packages Optional UMAC, is used to uninstall the processing task of the main processor, minimizing power consumption, and demand for the main processor

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