Inside Lenovo ThinkPad E590 – disassembly and upgrade options

LaptopMedia.com Points forts Inside Lenovo ThinkPad E590 - disassembly and upgrade options

De: Alex Iliev 06 Juin 2019 / 08:24 | 2

As usual for a ThinkPad device, even if it’s a budget-oriented one, we are looking at a well-built chassis. Additionally, it is easier than ever to upgrade and quite frankly the options are more than enough.

Check out all Lenovo ThinkPad E590 prices and configurations in our Specs System or read more in our In-depth Review.

#CommissionsEarned

Lenovo ThinkPad E590

Processeur: Intel Core i7-8565U
Carte vidéo: AMD Radeon RX 550 (Laptop) (2GB GDDR5)
RAM: 8GB RAM
Technologies soutenues: 256GB SSD

Examen détaillé

Afficher le prix

1. Remove the bottom plate

There are a total of 9 Phillips-head screws that are separating you from the insides of this laptop. After you undo them carefully pry the bottom plate up, with the help of a plastic pry tool.

2. Battery

First, let’s take a look at the battery compartment – the ThinkPad E590 is equipped with a rather modest 45Wh battery pack. It is secured in place by two Phillips-head screws. Despite the small size, we were able to extract 10 hours of web browsing and 8 hours and 20 minutes of video playback.

Navigation sur Internet

Afin de simuler des conditions réelles, nous avons utilisé notre propre script de navigation automatique sur plus de 70 sites web.

Lenovo ThinkPad E590 45Wh, 3-cell

Afficher le prix

609 min.

Lecture vidéo

Pour chaque test de ce type, nous utilisons la même vidéo en HD.

Lenovo ThinkPad E590 45Wh, 3-cell

Afficher le prix

495 min.

Gaming

Nous utilisons le benchmark intégré de F1 2017 en boucle afin de simuler un jeu réel.

Lenovo ThinkPad E590 45Wh, 3-cell

Afficher le prix

89 min.

3. Memory and storage

Honestly, there is nothing more to want inside – two RAM DIMMs, supporting up to 32GB of 2400 MHz DDR4 memory, while the storage comprises a SATA slot and an M.2 PCIe slot.

4. Cooling system

Sadly, the cooling solution is not the most efficient out there. It is realized by two heat pipes, cooling (or at least trying) both the CPU and the GPU. This is usually effective if you are only using the processor, however, if you try doing something graphically intensive, the cooling is ready to tap out.