Samsung Galaxy Note 9 vs Lenovo Z5: 6GB RAM, 16MP VS 12MP…>
Here comes the fight between Samsung Galaxy Note 9 vs Lenovo Z5 running today with massive 6GB RAM and dual camera. Find out the winner below!
Samsung Galaxy Note 9 vs Lenovo Z5 battle
Out of the two, the Lenovo Z5 phone sports thin bezels on the sides and a metal unibody design. Whereas, Samsung Galaxy Note 9 is the next monster to arrive in the market. In details, Samsung Galaxy Note 9 specs include a large 6.3-inch QHD+ resolution screen with 18:9 aspect ratio. Lenovo 5Z specs might consist of a 6.2-inch display with a resolution of 1080 x 2280 pixels and 19:9 ratio. Since both runs on Android Oreo 8.0, the Lenovo device wins this round for better resolution.
Underhood, the Galaxy Note 9 runs on a Qualcomm Snapdragon 845 or Exynos 9810 chipset. Besides, Lenovo Z5 gets power from the Qualcomm Snapdragon 636 chipset, along with 6GB RAM. Besides, Lenovo 5Z sports a 64GB/128GB of onboard storage. On top of that, Samsung Galaxy Note 9 sports 6GB RAM with 256GB of internal storage (expandable to 256GB). As a result, Samsung team snatches back a point in this round for massive memory space!
Regarding the optics, the Lenovo Z5 camera is going to pack a dual 16MP + 8MP snapper on the back and an 8MP selfie shooter. On the other hand, the Samsung Galaxy Note 9 camera features a dual 12MP + 12MP snapper on the back and another 8MP selfie shooter. Interestingly, this round happens to be a tie! Lastly, the Galaxy Note 9 packs a 3850mAh battery box, and Lenovo Z5 battery houses a smaller 3300mAh capacity. In the end, team Samsung earns the final point!
Samsung Galaxy Note 9 vs Lenovo Z5 release dates and price
Between the two, Samsung Galaxy Note 9 release date falls on August 9th, 2018. Besides, Lenovo Z5 is going to hit the market earlier, on June 12. As for the cost, Samsung Galaxy Note 9 price starts at $1,247 ~ Rm. 4,726 while Lenovo Z5 price starts from $202 ~ Rm. 800. In conclusion, if you have the budget, then go for the Samsung one since it’s a more well-rounded device.