Specification HP 15-db0032ur 4GY00EA

HP 15-db0032ur 4GY00EA Overview

The HP 15-db0032ur 4GY00EA laptop is a budget-friendly option that offers reliable performance for everyday tasks. With a processor model E2-9000e, 2 processor threads, and 2 processor cores from the AMD E family, this laptop is capable of handling basic computing needs. The processor frequency of 1.5 GHz can be boosted up to 2 GHz for increased speed when needed. The laptop comes pre-installed with Windows 10 Home, providing a familiar operating system for users.

The display on the HP 15-db0032ur features a 15.6-inch SVA panel with a resolution of 1366 x 768 pixels. The display is equipped with LED backlighting and a matte surface, making it suitable for use in various lighting conditions. The laptop does not have discrete graphics but instead relies on the on-board AMD Radeon R2 graphics adapter for visuals.

In terms of memory and storage, the HP 15-db0032ur comes with 4 GB of DDR4 RAM, which can be expanded up to 16 GB for improved multitasking capabilities. The laptop also features a 500 GB HDD with SATA III interface and a speed of 5400 RPM for storing files and applications. Additionally, the laptop includes an optical drive for reading and writing CDs and DVDs.

Connectivity options on the HP 15-db0032ur include Bluetooth 4.2, Ethernet LAN, Wi-Fi, and HDMI ports for external displays. The laptop also features a built-in front camera for video calls and HP Dual Speakers for audio output. The laptop has a decent battery life of up to 10.15 hours, with quick charging capabilities that allow for 50% charge in just 45 minutes.

Overall, the HP 15-db0032ur 4GY00EA laptop offers a good balance of performance and affordability, making it a suitable choice for students and casual users. However, there are some drawbacks to consider. The low-resolution display may not be ideal for tasks that require high detail, and the lack of a dedicated graphics card may limit the laptop's ability to handle graphics-intensive applications. Additionally, the limited internal memory and storage space may require users to upgrade components for optimal performance.