Samsung MD65C user manual 147, Vertical, Screen Position

Models: MD65C

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Video Wall

Video Wall

On

· Format

Full

· Horizontal

1

· Vertical

1

·Screen Position

-- The displayed image may differ depending on the model.

Vertical

This function automatically divides the screen according to the specified number of vertical displays. Enter the number of vertically arranged displays.

The vertical screen will automatically be divided according to the number entered. A maximum of 15 displays can be assigned to the vertical arrangement.

――The screen can be divided into a maximum of 100 screens (horizontal and vertical screens multiplied). For example, if the horizontal arrangement is set to 15, a maximum of 6 displays can be assigned to the vertical arrangement. Conversely, if the vertical arrangement is set to 15, a maximum of 6 displays can be assigned to the horizontal arrangement.

――The Vertical option is only enabled when Video Wall is set to On.

Screen Position

You can customize the arrangement of split screens by moving displays identified with a number using the Screen Position function.

Select Screen Position to display the arrangement of displays (identified with a number) specified according to the Horizontal or Vertical settings. To customize the arrangement, move a number (display) using the direction buttons on the remote control and press E.

――A maximum of 100 displays can be arranged in Screen Position.

――The Screen Position option is only enabled when Video Wall is set to On.

――The Screen Position window is only displayed when Horizontal and Vertical are configured.

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Page 147
Image 147
Samsung MD65C user manual 147, Vertical, Screen Position

MD65C specifications

The Samsung MD65C is a versatile digital signage display designed to deliver high-quality visuals in various applications such as retail, corporate environments, and public spaces. This model features a 65-inch screen size, which makes it suitable for both large and small venues. With a resolution of 1920x1080 pixels, the MD65C offers Full HD clarity that ensures sharp images and vibrant colors, capturing the attention of passersby and enhancing the viewer's experience.

One of the standout features of the MD65C is its ultra-narrow bezel design, allowing for a seamless multi-display configuration. This design creates a nearly borderless visual experience, making it ideal for video walls or larger presentation setups. The display also incorporates Samsung’s advanced LED technology, which enhances brightness and contrast, providing excellent visibility even in well-lit environments.

In terms of connectivity, the MD65C supports various input options including HDMI, DisplayPort, and VGA, ensuring compatibility with a wide range of devices and media players. Additionally, it offers both wired and wireless connectivity options, making it easy to stream content or connect to networks.

The Samsung MZ7PD256BW, on the other hand, is a solid-state drive (SSD) designed to enhance performance in laptops, desktops, and enterprise systems. With a storage capacity of 256GB, it strikes a balance between ample space for important files and applications while being cost-effective. The MZ7PD256BW utilizes the SATA III interface, enabling fast data transfer speeds of up to 550MB/s read and 520MB/s write, significantly reducing loading times and improving overall system responsiveness.

This SSD is built with Samsung's 3D V-NAND technology, which allows for higher density storage and better energy efficiency compared to traditional NAND flash. The MZ7PD256BW is also designed with a focus on reliability, featuring various data protection technologies that ensure data integrity and security.

Both the Samsung MD65C and MZ7PD256BW epitomize Samsung's commitment to innovation and quality. The MD65C provides exceptional display capabilities for engaging digital content, while the MZ7PD256BW enhances system performance with fast and reliable storage. Together, these products are well-suited for businesses looking to leverage technology for improved visual communication and efficient computing.