Samsung Galaxy S10 Compare

The Galaxy S10 is not the newest model in the Galaxy S smartphone lineup, but it is a few years newer than the Galaxy S7 Active and that means you’d get a big performance boost at a great price. Feature highlights of the Galaxy S10 include a 6.1-inch Infinity Display …

Upgrading the Samsung Galaxy S8 Active to the Galaxy S10 brings several improvements to the performance and design. First thing you'll notice is the punch hole camera in the corner of the 6.1-inch curved screen. Another big upgrade is the Snapdragon 855 processor and 8GB of RAM in either 128GB …

An upgrade from the Galaxy S7 to the Galaxy S10 would be considered a big upgrade, and you’ll notice changes in almost every aspect of the phone. The display goes from 5.1 inches on the S7 to 6.1 inches on the S10. The display on the Galaxy S10 also features …

Upgrading from the Galaxy S7 Edge to the Galaxy S10 will result in a big boost in terms of performance and hardware features. As a starting point, the Galaxy S10 features a 6.1-inch Quad HD+ Dynamic AMOLED display with near edge-to-edge bezels. The S10 also has a 10MP hole-punch style …

The Galaxy S10 offers a number of improvements over the S8 Plus. For starters, the S10 features a radically different, nearly bezel-free design. As a result, the S10 crams a 6.1-inch Dynamic AMOLED Infinity-O display in a much smaller overall package. Underneath the screen, the S10 hides an ultrasonic fingerprint …

Upgrading from the Galaxy S8 to the Galaxy S10 gets you two generational leaps of spec updates, as well as a new, all-display front face that radically changes the overall user experience. Thanks to the higher 88% screen-to-body ratio, the S10 packs a larger 6.1-inch Quad HD+ Dynamic AMOLED, while …

Upgrading from a Galaxy S9 to a Galaxy S10 brings several key improvements. You will get an overall performance boost due to the newer Snapdragon 855 processor and 8GB of RAM, as well as extra storage, with options for 128GB or 512GB. You will also see improvements to the battery …

Those upgrading from a Galaxy S9+ to a Galaxy S10 will see improvements in some key areas. Naturally, with a year-over-year upgrade, one can expect the overall performance to increase, which in this case comes by way of a Snapdragon 855 processor and 8GB of RAM. The Galaxy S10 also …

The Samsung Galaxy S10 arrived for sale in March 2019 and the Samsung Galaxy S23 arrived for sale in February 2023. The Galaxy S23 has several key advantages over the Galaxy S10, including the newer and more powerful Qualcomm Snapdragon 8 Gen 2 processor. Some of the key specs for …

Samsung released the Galaxy S10 in March 2019 and released the Galaxy S23+ in February 2023. The Galaxy S23+ has several key advantages over the Galaxy S10, which include a larger display, a larger battery, a more powerful processor, and 5G cellular connectivity. Key specs for the Galaxy S23+ include …

The Samsung Galaxy S10 was released in March 2019 and the Galaxy S23 Ultra was released in February 2023. The Galaxy S23 Ultra has several advantages over the Galaxy S10, especially if you’re looking for a larger display, lots of internal storage, and a better rear camera system. Key specs …

Choosing to upgrade from the Galaxy S10 to the Galaxy S21 Ultra will bring several key new features. New features include 5G connectivity, along with support the S Pen, which is a feature that was previously limited to the Galaxy Note line. The Galaxy S21 Ultra also has a large, …

Upgrading from the Galaxy S10 to the Galaxy S21 Plus means skipping a generation, the Galaxy S20 lineup, and also going from a regular-sized model to a plus-sized model. Skipping a generation means a decent boost in overall performance, which comes courtesy of the 8-Core Qualcomm Snapdragon 888 processor in …

An upgrade from the Galaxy S10 to the Galaxy S21 means a boost in performance and new features such as support for 5G connectivity. The Galaxy S21 is powered by the Qualcomm Snapdragon 888 processor and has 8GB of RAM and options for 128GB or 256GB of internal storage space. …

The Galaxy S10 5G is Samsung’s 5G-enabled variant of the Galaxy S10. In addition to improved network capabilities, the S10 5G offers a substantially larger 6.7-inch Dynamic AMOLED screen. While packing the same processor and RAM as the original S10, the S10 5G gives you a higher base storage capacity …

The Samsung Galaxy S10 Plus is the plus-size variant of the Galaxy S10. As you’d expect from stepping up to a bigger device, the S10+ features a large 6.4-inch Dynamic AMOLED screen with an 89% screen-to-body ratio. While offering nearly identical internal specifications as its little brother, the S10+ also …

The Galaxy S20 Plus LTE is the 4G-enabled, plus-size successor to the Galaxy S10. In addition to the usual generational upgrades such as the faster Snapdragon 865 processor, making the jump to the S20+ LTE gets you a massive 6.7-inch Dynamic AMOLED 2x screen that runs at a silky smooth …

The Galaxy S20 LTE is the 4G-only variant of the S20. Upgrading from the S10 to the S20 LTE mainly gets you a more powerful Snapdragon 865 processor and an improved 6.2-inch Dynamic AMOLED 2X screen running at a buttery smooth 120Hz refresh rate. In addition, you get an updated …

Despite being just a single generation newer, the S20 Ultra 5G is more of a giant leap than an incremental upgrade. The future proofed S20 Ultra 5G offers massive improvements across the board starting with the speedy Snapdragon 865 processor, 12GB or 16GB of RAM, and an immersive 6.9-inch Dynamic …

The Galaxy S20 Plus 5G is the larger and 5G-enabled successor to the S10. In addition to generational improvements such as 12GB of RAM, a Snapdragon 865 processor, and an improved camera module, the S20+ 5G steps you up to a massive 6.7-inch Dynamic AMOLED 2X screen capable of running …

Upgrading to the Samsung Galaxy S20 5G gets you a host of generational improvements such as the more powerful Snapdragon 865 processor and 12GB of RAM. In addition, the S20 5G features a 6.2-inch Dynamic AMOLED 2X screen that runs at a buttery smooth 120Hz refresh rate. Camera performance is …