Very light with its weight of 990gr, the new Ultrabook Acer Swift 5 SF514-54T-53DT with an elegant white design has a 14 inch IPS Full HD touch screen. Responsive with its fast 512 GB SSD storage and its Ice Lake Quad Core i5 processor, it has USB 3.1 Type-C and Wi-Fi ax connectivity, a biometric reader but also a backlit chiclet keyboard.
Specifications Acer Swift 5 SF514-54T-53DT
|Slab||14 ” Full HD LED IPS 100% sRGB 300cd / m² CineCrystal multi-touch touchscreen thin edges 3.97mm (1920×1080, glossy)|
|Processor||Intel Core i5-1035G1 Ice Lake (1.0 GHz, 4 cores, TDP 15W)|
|RAM installed (max)||8 DDR4 (soldered) LPDDR4 3733MHz|
|Graphic card||Intel UHD 620 integrated into the processor|
|Storage||512 GB M.2 SSD (NVMe PCIe)|
|Connectors||1 USB 3.0 1 USB 2.0 1 USB 3.1 Type-C (Gen1), HDMI, SD / MMC|
|Network||Wi-Fi ax (Wi-Fi 6 AX201), Bluetooth 5.0|
|Windows Hello||Yes, fingerprint reader|
|Audio system||2 Dolby Audio Premium speakers, TrueHarmony|
|Operating system||Windows 10 64 bit|
|Autonomy announced / Battery||7 hours / Li-Ion 4 cells 56Whr|
|Weight / Dimensions (mm)||990 grams / 318.7 x 210.5 x 14.95|
Chassis, connectors, screen of Acer Swift 5 SF514-54T-53DT
Its fine white magnesium-lithium chassis with smooth shell gives it a sober and elegant design.
In terms of connectivity, this Ultrabook is well equipped with its USB 3.1 Type-C, its Bluetooth 5.0 wireless modules and Wi-Fi ax ( more efficient and recent than Wi-Fi ac ) to communicate and connect remotely, its useful HDMI video output in order to easily connect it to a TV or a monitor for example, its audio port as well as its 2 USB (compatible with USB 2.0 and USB 3.0), USB 3.0 ensuring transfers made up to 10 times more quickly than USB 2.0 if a USB 3.0 device is connected to it.
Via Windows Hello technology, you can identify yourself on the system by fingerprint recognition thanks to the integrated biometric reader.
The chiclet keyboard adopts a practical backlight system for the keys to distinguish them correctly in a dim light environment.
The screen reproduces colors more faithfully than average while ensuring significant horizontal and vertical viewing angles because it is IPS and 100% sRGB. Its precise Full HD definition and its 16: 9 format make it well suited for displaying High Definition content and particularly for videos.
The screen gives punch to the colors and is subject to reflections in a bright environment (ex: outside) because it is treated bright, and not anti-reflective as one would expect at first glance for this type of mobile PC.
But the brilliant treatment is due to the fact that the screen is equipped with multi-touch touch technology. This PC certainly cannot be transformed into a Tablet because it cannot be opened 360 °. But thanks to the touch screen, you can interact with the system and software by simply affixing at least one finger on it, and this by pressure / gestures.
Performances, autonomy of Acer Swift 5 SF514-54T-53DT
The Acer Swift 5 SF514-54T-53DT is for those who are looking for a compact and very light laptop for everyday mobile use.
Side autonomy, we can indeed count on about 7 hours of battery operation in light use for this Ultrabook whose weight under the kilo bar clearly facilitates transport, in addition to its compactness and its finesse.
Dedicated GPU point embedded here logically. Therefore, this PC is not designed for gaming and more generally heavy graphics work. However, it obviously allows you to view photos and videos thanks to the Intel UHD 620 energy-efficient graphics solution housed within the processor.
This is a Comet Lake low consumption Quad Core i5-10210U. Associated with 8 GB of RAM, it delivers good general performance capable of satisfying many users.
In terms of storage there too Acer has opted for an energy-efficient solution: an SSD more energy efficient than a hard drive while being more resistant to shocks, silent but also much faster.
Here we find more precisely on board a 512 GB SSD, capacity rivaling hard drives.
On a daily basis the SSD guarantees a much better fluidity and reactivity than a hard drive. This implies for example much faster start / stop and launch of applications.