Computer Vinga Advanced D6248 (I3M8INTW.D6248)

The Vinga Advanced D6248 Computer (I3M8INTW.D6248) is the perfect choice for those who value stable operation and high performance. This device is capable of meeting the needs for both work and study, thanks to the combination of advanced technologies and components, each selected with impeccable precision.

Vinga Advanced is equipped with an Intel Core i3 processor, model 10105, featuring four cores and eight threads. This ensures maximum data processing speed even when performing multiple complex tasks simultaneously. The base frequency of 3.7 GHz along with Boost mode support reaching 4.4 GHz provides power on a new level, allowing efficient execution of resource-intensive operations.

This computer uses the Intel H510 chipset and an integrated graphics card model UHD Graphics 630. The RAM capacity is 8 GB with support for DDR4 type and a frequency of 3200 MHz, ensuring smooth multitasking and data processing speed. Additionally, there is a 2 TB SSD, which not only speeds up the launch of the operating system and applications but also provides ample space for storing a large amount of data.

The highlight of the Vinga Advanced D6248 is the installed Windows 11 Pro operating system, which ensures intuitive and easy use, enhanced functionality for increased productivity. The presence of a large number of external ports and connectors, such as USB 2.0, USB 3.2 Gen1 Type A, HDMI, VGA, and RJ45, significantly expands the possibilities of connecting peripheral devices and external storage.

The combination of high-quality standards controlled at every stage of production and multi-vector testing guarantees the reliability of all components. Assembled with attention to every detail, Vinga systems demonstrate high wear resistance, and the 400W power supply ensures stable operation of the entire complex.

Thus, Vinga Advanced is not only efficient and reliable but also durable. It is an investment in your future, capable of serving as a reliable base for solving everyday and work tasks in various conditions thanks to its clean design, advanced assembly techniques, and comprehensive approach to component selection.