Motorola MOTO XT701 (Motorola Sholes Tablet) vs BBK Vivo Y37L TD-LTE
Direct side-by-side battle analyzing hardware specifications, benchmark percentiles, battery endurance, and category performance advantages.
WHY IS Motorola MOTO XT701 (Motorola Sholes Tablet) 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 | Motorola MOTO | BBK Vivo | LEADER |
|---|---|---|---|
| Refresh Rate | 60Hz | 60Hz | 60Hz |
| Battery Capacity | 1,390 mAh | 1,500 mAh | +1,500 mAh |
| Wired Fast Charging | Standard | Standard | 25W |
| Main Camera Sensor | N/A | N/A | 48 MP |
| Screen Display Size | 3.67" | 5.5" | 5.5" |
| Chassis Weight | 139g | 169g | 139g Lightest |
Which Phone Should You Buy: Key Reasons & Hardware Advantages
Swipe across ⇄Motorola MOTO XT701 (Motorola Sholes Tablet) edges ahead with a BeastScore of 60.8/100
After comprehensive hardware benchmark comparisons, Motorola MOTO XT701 (Motorola Sholes Tablet) ranks as the overall top pick in this matchup. Key differentiators include its superior specifications and verified build advantages.
Frequently Asked Questions: Motorola MOTO XT701 (Motorola Sholes Tablet) vs BBK Vivo Y37L TD-LTE
Which is better: Motorola MOTO XT701 (Motorola Sholes Tablet) or BBK Vivo Y37L TD-LTE?
Motorola MOTO XT701 (Motorola Sholes Tablet) leads with an overall BeastScore of 60.8/100 compared to BBK Vivo Y37L TD-LTE (60.8/100), driven by advantages in Lighter body: 139g (30g lighter in hand).
What are the primary battery and display differences between Motorola MOTO XT701 (Motorola Sholes Tablet) and BBK Vivo Y37L TD-LTE?
Motorola MOTO XT701 (Motorola Sholes Tablet) is equipped with a 3.67-inch display and 1390 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 Motorola MOTO XT701 (Motorola Sholes Tablet) and BBK Vivo Y37L TD-LTE?
In objective hardware benchmarks, Motorola MOTO XT701 (Motorola Sholes Tablet) 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
Motorola MOTO XT701 (Motorola Sholes Tablet) vs Galaxy Folder2
BBK Vivo Y37L TD-LTE vs Galaxy Folder2
Motorola MOTO XT701 (Motorola Sholes Tablet) 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)
Motorola MOTO XT701 (Motorola Sholes Tablet) 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)
Motorola MOTO XT701 (Motorola Sholes Tablet) 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
TeaserMotorola starts teasing its own wide foldable smartphone in response to the iPhone Duo
Motorola has published official teaser sketches of an upcoming wide-format book-style foldable aimed at competing directly with the iPhone Duo and Galaxy Fold.
Ultimate Audio ShootoutSony WH-1000XM6 & XM5 vs. Bose QuietComfort Ultra vs. Apple AirPods Max (USB-C): The Definitive Flagship ANC Showdown (2026)
An exhaustive acoustic, DSP silicon, active noise cancellation, and spatial audio showdown comparing Sony, Bose, and Apple flagship wireless headphones.
Hardware AnalysisApple Watch Series 12 & Ultra 4 Deep Dive: S11 Silicon, Next-Gen Health Sensing System, Audio Intelligence, and Ceramic Design Breakdown
An architectural deep dive into Apple Watch Series 12 and Ultra 4: S11 SiP silicon, high-frequency optical PPG arrays, on-device Audio Intelligence, Longevity health age modeling, and the return of ceramic engineering.
