Galaxy Tab E 9.6 vs BBK Vivo Y37L TD-LTE
Direct side-by-side battle analyzing hardware specifications, benchmark percentiles, battery endurance, and category performance advantages.
Galaxy Tab E 9.6
BBK Vivo Y37L TD-LTE
WHY IS Galaxy Tab E 9.6 BETTER THAN BBK Vivo Y37L TD-LTE?
Tap an area on the radar to inspect category hardware facts
BIGGEST HARDWARE DIFFERENCES
Margin Delta| SPEC FACTOR | Galaxy Tab | BBK Vivo | LEADER |
|---|---|---|---|
| Refresh Rate | 60Hz | 60Hz | 60Hz |
| Battery Capacity | 1,500 mAh | 1,500 mAh | 1,500 mAh |
| Wired Fast Charging | Standard | Standard | 25W |
| Main Camera Sensor | 5 MP | N/A | 48 MP |
| Screen Display Size | 9.6" | 5.5" | 9.6" |
| Chassis Weight | 490g | 169g | 169g Lightest |
Which Phone Should You Buy: Key Reasons & Hardware Advantages
Swipe across ⇄Galaxy Tab E 9.6 edges ahead with a BeastScore of 60.8/100
After comprehensive hardware benchmark comparisons, Galaxy Tab E 9.6 ranks as the overall top pick in this matchup. Key differentiators include its superior specifications and verified build advantages.
Frequently Asked Questions: Galaxy Tab E 9.6 vs BBK Vivo Y37L TD-LTE
Which is better: Galaxy Tab E 9.6 or BBK Vivo Y37L TD-LTE?
Galaxy Tab E 9.6 leads with an overall BeastScore of 60.8/100 compared to BBK Vivo Y37L TD-LTE (60.8/100), driven by advantages in Significantly larger display: 9.6" vs max 5.5" for media & multitasking.
What are the primary battery and display differences between Galaxy Tab E 9.6 and BBK Vivo Y37L TD-LTE?
Galaxy Tab E 9.6 is equipped with a 9.6-inch display and 1500 mAh battery, while BBK Vivo Y37L TD-LTE features a 5.5-inch display and 1500 mAh battery.
How do the performance capabilities compare between Galaxy Tab E 9.6 and BBK Vivo Y37L TD-LTE?
In objective hardware benchmarks, Galaxy Tab E 9.6 achieves a 60/100 performance score, while BBK Vivo Y37L TD-LTE scores 60/100.
Related Smartphones (Based on Benchmark Scores)
Galaxy Folder2
Apple iPhone 16 Pro 5G A3294 Dual SIM TD-LTE CN HK 256GB (Apple iPhone 17,1)
Google Pixel 6a 5G TD-LTE NA 128GB GX7AS (Google Bluejay)
OnePlus Nord N300 5G TD-LTE US 64GB CPH2389 (BBK 2339)
Xiaomi Mi4 4G TD-LTE 16GB 2014216 (Xiaomi Leo)
Y31
Oppo A59 Dual SIM TD-LTE A59m
Motorola Edge 60 Pro
More Smartphones Battles
Galaxy Tab E 9.6 vs Galaxy Folder2
BBK Vivo Y37L TD-LTE vs Galaxy Folder2
Galaxy Tab E 9.6 vs Apple iPhone 16 Pro 5G A3294 Dual SIM TD-LTE CN HK 256GB (Apple iPhone 17,1)
BBK Vivo Y37L TD-LTE vs Apple iPhone 16 Pro 5G A3294 Dual SIM TD-LTE CN HK 256GB (Apple iPhone 17,1)
Galaxy Tab E 9.6 vs Google Pixel 6a 5G TD-LTE NA 128GB GX7AS (Google Bluejay)
BBK Vivo Y37L TD-LTE vs Google Pixel 6a 5G TD-LTE NA 128GB GX7AS (Google Bluejay)
Galaxy Tab E 9.6 vs OnePlus Nord N300 5G TD-LTE US 64GB CPH2389 (BBK 2339)
BBK Vivo Y37L TD-LTE vs OnePlus Nord N300 5G TD-LTE US 64GB CPH2389 (BBK 2339)
Related In-Depth Articles & Lab Reports
ComparisonApple iPhone Duo vs Galaxy Z Fold8 by the numbers
A detailed spec-by-spec breakdown comparing the Apple iPhone Duo and Samsung Galaxy Z Fold8 across screen area, hinge thickness, cameras, battery runtime, and pricing.
Flagship ShowdownSamsung Galaxy Z Fold6 vs. Google Pixel 9 Pro Fold vs. Honor Magic V3 vs. OnePlus Open: The Definitive Flagship Foldable Architecture, Hinge Engineering, Crease-Free Displays, and Camera Benchmark Showdown (2026)
An exhaustive microarchitectural breakdown, hinge mechanism stress-testing, crease analysis, dual-screen multitasking benchmarks, and periscope camera shootout across the 4 premier book-style foldables of 2026.
Definitive Wearable BenchmarkApple Watch Ultra 2 vs. Samsung Galaxy Watch Ultra vs. Garmin Fenix 8: The Definitive Rugged Titanium Smartwatch Architecture, Dual-Frequency Multi-Band GPS Accuracy, AMOLED Displays, Scuba Dive Computers, and Extreme Battery Endurance Showdown (2026)
An exhaustive, laboratory-grade architectural deep dive and endurance benchmark comparing Apple's S9 SiP, Samsung's 3nm Exynos W1000, and Garmin's ultra-low-power MCU platform across multi-band GNSS tracking, 3000-nit displays, 40m scuba dive ratings, biometric sensors, and multi-week battery curves.