Limitations

1.This software supports only the Windows operating systems listed above.

2.Only the Samsung SSDs listed above are supported by this software. OEM storage devices provided through a computer manufacturer or supplied through another channel are not supported.

3.This software will run only if the operating system is installed on the source disk. It will not function on disks that lack an operating system installation.

4.If the amount of data stored on the source disk exceeds the capacity of the target disk, cloning will not proceed. The source disk (e.g. “C:” drive) must consist of at least 20% free space. If more than 80% of the source disk is filled with data, the cloning process cannot proceed normally. Secondary partitions require at least 5 GB of free space.

5.On systems with three (3) drives or more (e.g. “C:”, “D:”, and “E:” drives) with the operating system installed on the “C:” drive, only the first two consecutive drives will be cloned (“C:” and “D:” drives). The “System” partition that is created during Windows installation is automatically replicated.

6.OEM recovery partitions, generated at the factory by computer manufacturers, cannot be replicated.

7.A difference of a few GB of data capacity between the source and target disks is normal after cloning. The software does not copy the files Windows automatically generates to manage virtual memory (page file, hibernation file, etc.).

8.This software cannot clone encrypted disks. In order to clone an encrypted disk, you must first remove the password from the disk.

9.If you have instant PC recovery software installed on your system, this software may not function properly.

2012.10 (Rev 1.0.)

MZ7PD256BW, 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.