Samsung is still the preferred cellular phone company, with its capabilities in android and AMOLED screen features; unfortunately, their PC maker counterpart is not doing well, as Europe has stopped selling it a few years ago. Competitors in the PC world are has captured a considerable amount of consumers, and Samsung is still in the game as it makes innovation vivid on their product. The lingering question will be, is what product can they feel their money's worth and at the same time prove their portability?

Samsung definitely has the answer to portability and design, as it features the new Notebook 9, the lightest and thinnest laptop ever in the tech market. According to the reports of Ars Technica, the new PC product of Samsung comes with the smaller 13.3-inch laptop and a bigger 15 inch, the former having 1.8 lbs, lighter than the famous HP Spectre x360 and 0.2 lbs lighter than Apple's MacBook. It is also very thin at 14.9mm for the 15inch laptop while the 13.3inch one has a 13.9mm screen.

The high dynamic range screens are the same 1920x1080, 350 nits brightness and an outdoor mode of 500 nits with Intel's integrated graphic for display acceleration as HEXUS reports. The new Notebook 9 uses Intel Kaby Lake i5 and i7 processors with SATA SSD, up to 256GB in the 13 inches, and up to 16GB RAM for the 15 inches which can be upgraded to an NVMe SSD and up to 256GB. Other features include 2×2 802.11ac, Bluetooth 4.1, a 720p webcam, and an integrated fingerprint reader with Windows Hello support, including two USB 3.1 generation 1 ports, one USB Type-C port that's also used for charging, an HDMI port, a microSD reader, and a headset jack.

The drawback may be on the battery power with only 30Whr batteries to afford the lightweight features, but Samsung solved the problem by providing compatible fast chargers that can fully charge the unit in more or less 80 minutes for 7 hours maximum usage and 2 hours charging can give 20 minutes usage. CES 2017 is yet to provide the price ranges of each notebook and with corresponding processors.