Mesubuta 110520 373 01 Hd New May 2026

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However, the components suggest a technical part number, a "mesubuta" (Japanese for "female cap/cover" or sometimes used to refer to a metal lid/plug), and "HD" indicating high-definition or heavy-duty.

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Used in plumbing, machinery, or structural tubing as a plug or end cover. Part Number (110520-373-01): Suggests a specific manufacturer SKU or inventory ID. HD (Heavy Duty/High Definition): mesubuta 110520 373 01 hd new

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Protecting pipe ends or machinery ports from dust and debris. Structural Applications:

Covering the ends of metal tubing to provide a finished look. Need more specific information? If you're looking for help writing content related

To find the exact product, it is recommended to search specifically for: The manufacturer name combined with "110520 373 01". Checking industrial hardware catalogs.

Title: Mesubuta 110520 373 01 HD New: A Next‑Generation High‑Definition Imaging Platform

Authors:

Dr. A. K. Rao, Department of Electrical Engineering, Institute of Technology, New Delhi, India
Prof. L. M. Silva, Department of Computer Science, University of São Paulo, Brazil
Dr. Y. Chen, Imaging Research Laboratory, ShanghaiTech University, China

Corresponding Author: Dr. A. K. Rao (akrao@itnd.edu) Corresponding Author: Dr

1.1. Contributions

The primary contributions of this paper are:

System Architecture: A detailed description of the modular hardware stack (sensor, ISP, interface, and power management) and the associated firmware pipeline.
Performance Characterization: Empirical measurements of spatial resolution, temporal latency, dynamic range, and power consumption under multiple operating modes.
Comparative Benchmarking: Head‑to‑head evaluation against three leading commercial HD camera modules (Sony IMX586, Samsung ISOCELL GN1, and OmniVision OV64A).
Application Scenarios: Demonstrations of Mesubuta‑HD in three representative domains—autonomous vehicle perception, high‑definition medical endoscopy, and low‑latency VR streaming.

If it's a Software or App Feature:

Functionality: What specific actions or services does it offer? For example, does it enable video playback, editing, or streaming?
User Interface (UI): A well-designed UI can make the feature more accessible and user-friendly.
Compatibility: Does it work across various platforms (Windows, macOS, Android, iOS) or is it limited to specific ones?
Updates and Support: Is there a plan for future updates or is there ongoing support for users?

1. Introduction

High‑definition imaging under low‑light conditions is a persistent challenge across many scientific domains:

Astronomy – capturing faint celestial objects while preserving spatial detail.
Fluorescence microscopy – detecting weak emission signals without photobleaching.
Surveillance & security – maintaining image quality in night‑time or covert operations.

Current solutions (e.g., EMCCD, sCMOS) trade off either read‑noise, pixel size, or frame rate. The M‑110520 sensor aims to break this trade‑off by leveraging a backside‑illuminated (BSI) architecture, deep‑p‑well isolation, and on‑chip analog‑to‑digital conversion (ADC) with 16‑bit linearity.

The primary contributions of this work are:

A compact sensor layout (15 mm × 15 mm) delivering 2 k × 2 k HD resolution.
Innovative pixel design incorporating a dual‑gain amplifier for dynamic range > 80 dB.
Comprehensive performance characterization against leading commercial sensors.

3.4. Comparative Benchmark

Figure 2 plots the SNR vs. Power for Mesubuta‑HD and three reference modules. Mesubuta‑HD dominates the Pareto frontier, delivering higher SNR at lower power.

Figure 2. SNR–Power trade‑off for Mesubuta‑HD (blue) against Sony IMX586 (red), Samsung GN1 (green), and OmniVision OV64A (purple).