Samsung's new Notebook 9 laptops take “thin-and-light” to a beautiful extreme, with the 13.3-inch model weighing just 1.85lbs, the 15-inch 2.84lbs
Samsung's Notebook 9 laptops take ‘thin-and-light’ to a beautiful extreme — Before Intel coined the term “ultrabook” …
Context & Ripple Effects
Samsung's Notebook 9 lands mid-arms-race. Apple's MacBook had reset expectations for what a thin laptop could weigh, and through 2016 the Windows camp kept answering: ASUS shipped the ZenBook 3, pitched as thinner and lighter than the MacBook with Core i7 muscle, while HP's 0.41-inch Spectre outperformed it but trailed badly on battery life.
Against that backdrop, a 13.3-inch model at 1.85lbs is Samsung claiming outright leadership on the spec reviewers actually measure. The race didn't stop there — Acer later brought a 15-incher down to 2.2 pounds, and by 2019 Samsung itself was chasing the same target with different silicon in its own Galaxy Book S.
First-order effects
- Samsung enters the premium ultraportable conversation directly against ASUS and HP, whose 2016 flagships were heavier than 1.85lbs despite comparable thinness claims.
- Buyers weighing the MacBook now have a Windows alternative whose headline number beats Apple's, shifting the purchase decision toward trade-offs like ports and keyboard feel.
Second-order effects
- Rivals must answer on weight within their next refresh cycles, which is exactly what followed — Acer's 2.2-pound Swift 5 and Asus's 3.08-pound Flip 14 show every major vendor repricing its thinnest model against the new floor.
- As WSJ found with the Spectre, cutting grams costs battery capacity, so reviews of this class increasingly hinge on endurance and thermal compromises rather than raw specs.
Third-order effects
- If the pattern holds, weight parity arrives quickly and differentiation migrates from chassis to silicon — Samsung's own move three years later to a fanless ARM chip in the Galaxy Book S points at efficiency-per-pound as the durable battleground.
- A market where every flagship chases the same gram count pressures component suppliers on lightweight materials and low-power parts, commoditizing the 'thin-and-light' label itself.
The trend: PC vendors are locked in a weight-cutting escalation where each flagship resets the floor, pushing competition from chassis thinness toward battery life and low-power silicon.