| Colour | Space Grey |
| Grades | Grade C |
| Functionality | Fully functional device |
| Box | No box |
| CPU | Core i5-8257U |
| RAM | 16GB |
| Storage | 256GB SSD |
| Battery Health | Excellent |
| Keyboard | SCA |
| SO Licence | macOS |
| Screen Resolution | Retina |
| GPU | Iris Plus 645 |
| Screen Size | 13" |
| Launch Year | 2020 |
The Apple MacBook Pro (13" 2020, 2 TBT3) is a compact and powerful laptop, ideal for professionals and students who need reliable performance in demanding tasks such as video editing, programming, graphic design or intensive multitasking. Equipped with the eight-core Apple M1 processor, it offers a balance between energy efficiency and processing capacity, allowing smooth execution of professional applications and the macOS system. The 13,3-inch Retina display with True Tone technology and wide P3 colour gamut delivers sharp images and accurate colours, suitable for work requiring visual precision. It features two Thunderbolt 3 ports, supporting high-speed data transfer, video output and charging, plus a headphone jack. The Magic Keyboard provides a comfortable and precise typing experience, while integrated Touch ID enables secure and fast authentication.
This model is particularly suited for those seeking a balance between portability and performance, making it a common choice in academic, creative and hybrid work environments. The unified architecture of memory and SSD storage contributes to fast boot times and immediate application response, improving daily productivity.
By purchasing this refurbished equipment from iOutlet, you benefit from a rigorous testing and verification process carried out by the European certified refurbishment network, ensuring each unit meets operational standards before being offered for sale. The purchase includes a 24-month warranty covering any functional non-conformities, providing peace of mind and protection for the user. Choosing a refurbished product allows access to high-quality technology with reduced environmental impact, by extending the equipment lifecycle and avoiding electronic waste. This approach combines environmental responsibility with access to professional performance, without compromising reliability or user experience.
