The Asus Vivobook R415JA-EB1065T is a stylish silver versatile Ultrabook with a 14-inch IPS anti-glare Full HD screen that benefits from enhanced responsiveness thanks to its fast 512 GB SSD storage as well as USB-C connectivity. This thin and light laptop is based on 8 GB of RAM as well as an Intel Core i7 Ice Lake processor with Iris Plus G7 graphics for good performance in everyday use with the ability to run games that are not too demanding.
Specifications of the Asus Vivobook R415JA-EB1065T
| Screen (s) | 14 “Full HD IPS NanoEdge thin edges 45% NTSC 250cd / m² (1920×1080, anti-reflective / matte) |
| Processor | Intel Core i7-1065G7 Ice Lake (1.3 GHz, 4 cores, TDP 15W) |
| Installed RAM (max) | 8 GB (4 GB soldered 4 GB) DDR4 2400 MHz (20 GB), 1 slot (occupied) |
| Graphic card | Intel Iris Plus G7 integrated into the processor |
| Storage | 512 GB M.2 SSD (NVMe PCIe 3.0) |
| Connectivity | 2 USB 2.0 1 USB 3.0 1 USB 3.1 Type-C (Gen1), HDMI 1.4, microSD |
| Network | Wi-Fi ac, Bluetooth 4.1 |
| Backlit Keyboard | – |
| Numeric keypad | – |
| Windows Hello | – |
| Audio system | 2 SonicMaster speakers |
| Operating system | Windows 10 64-bit |
| battery life announced / Battery | 5 hours / Li-Ion 2 cells 37Whr |
| Weight / Dimensions (mm) | 1.6 Kg / 325.4 x 216 x 19.9 |
Chassis, connectors, screen of the Asus Vivobook R415JA-EB1065T
With its thin and light light silver design, this versatile laptop PC has a sleek and understated look.
It is equipped with a correct connection including 1 USB-C, a practical HDMI video output for easy connection to a TV or a monitor for example, Wi-Fi ac and Bluetooth 4.1 wireless modules for connections and communications to distance, an audio port without forgetting 2 USB compatible USB 2.0 and USB 3.0, USB 3.0 guaranteeing transfers made up to 10 times faster than USB 2.0 if you connect a USB 3.0 device.
Point of Wi-Fi ax more recent and efficient than Wi-Fi ac, however, nor keyboard backlight system a priori.
In any case, lovers of High Definition content such as videos will appreciate that the screen adopts a precise Full HD definition as well as a 16: 9 format. Thanks to its anti-reflective treatment, the screen is also more readable in a bright environment (eg outside) than a shiny panel. In addition, it adopts IPS technology thanks to which its viewing angles are important, both horizontally and vertically.
Performance, battery life of the Asus Vivobook R415JA-EB1065T
The Asus Vivobook R415JA-EB1065T is a responsive High Definition compact laptop designed for everyday general-purpose use.
It benefits from an SSD storage that rivals the standard of hard drives in terms of capacity with its 512 GB while being less energy-consuming, silent, more robust and much faster.
In practice, the SSD guarantees much better responsiveness and fluidity on a daily basis than a simple hard drive. This implies much faster starts / stops, treatments and launches of software, or even a faster arrival on the maps of online games.
Because despite the absence of a dedicated graphics card onboard, you can watch photos and videos but also run games that are not too greedy in 3D resources with this thin and light laptop PC.
How? ‘Or’ What ? Thanks to the performance of the Intel Iris Plus G7 solution (which we tested) , the performance of which is superior to those of the classic Intel UHD 620.
The Iris Plus G7 is more precisely housed within the Quad Core i7-1065G7, an Intel low-power Ice Lake processor which is here associated with 8 GB of RAM to provide good overall performance capable of satisfying a number of users.
That being said, if the objective is to carry out often intensive work in processor and / or graphics resources, it is better to opt instead for a PC based on a non-low consumption processor and / or an appropriate dedicated graphics card.
Of course, if the 512 GB capacity is too small, you can always use an external storage unit such as a USB-C / USB 3.0 device to obtain fast transfers.
As for battery life, expect about 5 hours of battery operation in light use for this versatile Ultrabook whose transport is facilitated by the controlled weight, finesse and compactness.
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