Hp 250 G8 Core I7-1065g7 Processor 8gb Ram 1000 Gb Hdd 15.6 Inch Windows 10 Pro Laptop

Operating System

Windows 10 Pro – free upgrade to Windows 11 when available4

Weight

Starting at 1.74 kg

Wireless technology

Realtek 802.11a/b/g/n/ac (2x2) Wi-Fi® and Bluetooth® 5 combo

Processor

Intel® Core™ i7 1065G7

Memory

8 GB DDR4

Display

39.6 cm (15.6") diagonal FHD display

Hard drives

1000 GB HDD

Nice and light

The HP 250 Laptop keeps up with mobile workstyles with a thin and light design. The beautiful display with its narrow border design and big screen-to-body-ratio provides ample space for work or streaming content.

Built for work and ready for fun

Built for work and ready for fun

Confidently complete projects with the latest technology including a powerful Intel® processor1, memory, and storage.

Well-connected

This laptop is ready to connect to all your peripherals and is designed to fit the needs of business with a USB Type-C® data port, an RJ-45 port and an HDMI port.

HP 250 G8 Notebook PC

Let nothing stand in your way

Power through your day with Windows 10 Pro and the powerful security, collaboration and connectivity features from HP.2

Fast performance, connectivity, and responsiveness

Get the exceptional combination of responsive performance, connectivity and speed with a 10th Gen Intel® Core™ processor that lets you launch, create, and connect fast and reliably.

Help secure critical data

The Trusted Platform Module (TPM) embedded security chip provides hardware-based encryption keys to help secure your data, e-mail, and user credentials.

HP 250 G8 Notebook PC

Fast and efficient wireless LAN

The portability of your PC and the reliability of a fast connection determines where you can work. Get a fast and reliable connection in dense wireless environments with gigabit-speed Wi-Fi 6.3

Be your best virtual self

Sometimes in life, only a face-to-face conversation will do. Thanks to the HP HD camera with wide dynamic range (WDR), you always come off looking your best during virtual conferences in bright and low light conditions.