Schenker XMG EVO 15 M25kwr portátil gaming 15,3" QHD 2560x1600 300 Hz IPS, Intel Core Ultra 7 255H, 64 GB RAM, 2 TB SSD, Intel Arc 140T, HDMI, USB-C, Windows 11 Home, negro

The XMG Schenker XMG EVO 15 M25kwr is a 15.3" gaming laptop with a 2560×1600 resolution display and an Intel Core Ultra 7 processor. It runs Windows 11 Home and is built in a compact black chassis that balances performance and connectivity. The model includes dedicated ports such as HDMI and USB-C for external displays and peripherals, making it suitable for both gaming and content creation tasks where a high-resolution screen and modern I/O are required.

Advantages

The combination of a 2560×1600 display and an Intel Core Ultra 7 processor provides a balance of visual clarity and processing capability for demanding applications. Built-in HDMI and USB-C ports enable straightforward connection to external monitors and accessories without additional adapters. The 15.3" form factor delivers a compromise between desktop-class performance and portable size, while the Windows 11 Home operating system ensures compatibility with current gaming and productivity software.

Suitable for

• PC gaming at high resolution
• Content creation and video/photo editing
• Multimonitor workstations using HDMI or USB‑C
• On-the-go productivity and streaming

Key specifications

• Display: 15.3-inch, 2560×1600 resolution
• Processor: Intel Core Ultra 7
• Operating system: Windows 11 Home
• Color: Black chassis
• Connectivity: HDMI and USB‑C ports for external displays and peripherals
• Designed use: Gaming and content creation

How to use

Power on the laptop and complete the initial Windows 11 Home setup to configure user accounts, network settings, and system preferences. Connect an external monitor via the HDMI or USB‑C port when additional screen space is required for gaming or editing. Install required games, creative applications, or drivers from trusted sources and keep the system updated through Windows Update and vendor utilities. Use the laptop on a flat, stable surface and ensure adequate ventilation during extended high-load sessions.