Processor
Snapdragon 855
Main Camera
12MP Main Camera with OIS
Display
6.4-inch 60Hz Dynamic AMOLED
Battery
4100 mAh Battery (15W Fast Charging)
Key Features & Connectivity
Galaxy S10+ Overview
The Galaxy S10+ is a Samsung smartphone released in March 2019 with a US reference price of $999. It runs on the Snapdragon 855, has a 6.4-inch 60Hz Dynamic AMOLED display, uses a 12MP Main Camera with OIS and packs a 4100 mAh battery.
General Information
Display
Performance
Rear Camera
Front Selfie Camera
Battery & Charging
Network & Connectivity
Sensors
Software & AI
Pros
- • Dubstantial 4100 mAh battery provides reliable all-day endurance.
- • Etunningly quick Exynos 9820 / Snapdragon 855 processor handles multitasking and gaming effortlessly.
- • 5G connectivity support for blazing-fast mobile data speeds.
- • Mefined build quality and modern design aesthetics.
Cons
- • Speaker output could be louder for media consumption without headphones.
- • MicroSD card expansion is not available for additional storage.
Frequently Asked Questions
What storage options are available for the Galaxy S10+?
The Galaxy S10+ comes in multiple storage configurations. Visit the full specs page for detailed information on available RAM and storage variants in the US market.
Does the Galaxy S10+ support 5G networks?
The Galaxy S10+ is designed with modern connectivity in mind. Check the detailed specs to confirm 5G band compatibility with major US carriers like AT&T, T-Mobile, and Verizon.
How fast does the Galaxy S10+ charge?
The Galaxy S10+ supports fast charging technology, allowing you to quickly top up the 4100 mAh battery and get back to using your phone in a short amount of time.
How long does the Galaxy S10+ battery last?
With its 4100 mAh battery, the Galaxy S10+ comfortably lasts a full day of heavy usage including streaming, browsing, and social media.
Is the Galaxy S10+ camera good for photography?
Yes, the 12 MP OIS 12 MP Telephoto 16 MP UW primary camera captures sharp, detailed photos with excellent color accuracy. It also performs well in low-light conditions.
