Mermaid Technology 181, 170 user manual RGB Advanced Menu, Sharpness, Gamma

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mermaid ventura 170/181 TFT Video Models - Users Manual Version 1.0a

RGB Advanced Menu

Sharpness

Adjustment of picture sharpness

 

5 = “Sharp” picture

 

1 = “Soft” picture

Gamma

Selection of the appropriate “Gamma curve” Two different curves

 

“linear” and “crt” are available. The “linear” gamma curve does not

 

correct any color information, which will be directly transferred to the

 

display panel. The “crt” gamma curve processes the color information

 

according to the scheme below, before it is transferred to the display

 

panel.

 

 

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Contents Mermaid ventura 170/181 TFT Video RGB Advanced Menu Table of ContentUnpacking, Placement and Setup PC OSD Functions & AdjustmentsPanel technology FeaturesIntroduction Important InformationUnpacking, Placement and Setup PC Content of the BoxAccessories bag including Function Description OSD Key FunctionsRGB Main Menu OSD Functions & AdjustmentsRGB Picture Menu Sharpness RGB Advanced MenuGamma RGB Utility Menu Video Picture Menu OSD timeoutFactory reset RGB Utilities MenuIf you need to contact us Guarantee TermsSymptom Suggestions TroubleshootingAppendix B Power Management Mode Vesa Dpms protocol applied Appendix a Connector SpecificationsAnalog RGB Parameter Value Unit Appendix C Technical SpecificationsInput Video and sync signal Electrical ParametersAppendix D Video Mode Support Appendix E Optical Characteristics ventura 170 TFT Appendix F Optical Characteristics ventura 181 TFT

170, 181 specifications

Mermaid Technology 181,170 is an innovative solution designed to enhance the efficiency and performance of various marine applications. Renowned for its cutting-edge features, this technology amalgamates advanced materials and intelligent systems to optimize underwater operations in commercial, research, and exploration activities.

At the heart of Mermaid Technology 181,170 is its proprietary material composition, which combines lightweight, high-strength alloys with corrosion-resistant properties. This unique formulation allows for durability and longevity in challenging underwater environments, significantly reducing maintenance costs and extending the lifespan of marine equipment.

One of the standout features of this technology is its modular design. It enables users to customize their setups according to specific operational needs. Whether employed for deep-sea exploration, environmental monitoring, or underwater construction, the modular nature ensures versatility and adaptability, allowing for swift alterations and upgrades without the need for extensive overhauls.

Furthermore, Mermaid Technology 181,170 integrates advanced sensor systems that facilitate real-time data collection and analysis. Equipped with cutting-edge sonar, imaging, and environmental sensors, it provides users with comprehensive insights into underwater ecosystems and operational performance. This data-driven approach fosters better decision-making, ensuring that operations are both efficient and environmentally responsible.

Another key characteristic of this technology is its energy efficiency. Employing smart power management systems, Mermaid Technology 181,170 is designed to optimize energy consumption, thus extending operational range and autonomy. This feature is particularly beneficial for remote operations where power sources may be limited.

In addition to these technological advancements, Mermaid Technology 181,170 emphasizes safety and reliability. The engineering incorporates fail-safe mechanisms and redundant systems, ensuring that operations can proceed smoothly even in the event of technical malfunctions. This focus on safety instills confidence among users, allowing them to carry out complex underwater tasks with peace of mind.

Overall, Mermaid Technology 181,170 represents a significant leap forward in marine technology, combining innovative materials, intelligent systems, and user-centric design to meet the evolving demands of the marine industry. As it continues to evolve, it promises to unlock new possibilities for exploration and discovery in the world's oceans.