Micron Technology had 56 patents in future of work during Q1 2024. Micron Technology Inc has filed patents for devices and methods aimed at improving memory sub-system performance in high temperature environments, reducing crosstalk noise on signal lines, enabling memory devices to load different address scramble patterns, and implementing memory with parallel main and test interfaces. These innovations include features such as thermal throttling, phase-change materials, programmable components, and parallel interfaces to enhance memory system efficiency and security. GlobalData’s report on Micron Technology gives a 360-degree view of the company including its patenting strategy. Buy the report here.
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Micron Technology grant share with future of work as a theme is 53% in Q1 2024. Grant share is based on the ratio of number of grants to total number of patents.
Recent Patents
Application: High bandwidth vga/ctle receiver with dc gain flattening and common-mode correction across process, voltage, and temperature (Patent ID: US20240106687A1)
The patent filed by Micron Technology Inc. describes a device that includes an amplifying device with a variable gain amplifier (VGA) and a continuous-time linear equalizer (CTLE) to transmit data and reference signals to a decision feedback equalizer (DFE) circuit. The device also features correction circuitry to mitigate variations in the predetermined gain of the VGA or the output common-mode voltage of the VGA. The correction circuitry includes components such as an output common-mode correction circuit, a temperature range correction circuit, and a supply level correction circuit to address different types of variations that may affect the performance of the amplifying device.
Furthermore, the device incorporates an N-type amplifier (Namp) with a CTLE and a P-type amplifier (Pamp) to generate the reference signal with a predetermined gain relative to the input signal. The correction circuitry in this configuration includes a cross-over correction circuit to maintain gain flatness when both Namp and Pamp are active. By utilizing various correction circuits and components, the device aims to ensure stable and accurate signal transmission by compensating for variations in gain, common-mode voltage, temperature, and supply voltage that may impact the performance of the amplifying device.
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