HTC One ME dual sim vs. Nokia 3.2

Phone Comparison, Reviews and Tests

Side by side comparison and review of HTC One ME dual sim and Nokia 3.2. Compare sizes, cameras, batteries, memory capacities and other key specifications and features to simplify the choice of your perfect phone. Our goal is to make it easier for you to decide on the phone that will best meet your expectations by revealing the main differences between the products.

Phone Specifications Comparison

HTC One ME dual sim vs. Nokia 3.2 Comparison Chart
DESIGN AND DIMENSIONS HTC One ME dual sim Nokia 3.2
Product Type Smartphone Smartphone
Form Factor Touch Touch
Height 151 mm 159.44 mm Nokia 3.2 has greater height than HTC One ME dual sim.
Width 72 mm 76.24 mm Nokia 3.2 has greater width than HTC One ME dual sim.
Depth 9.8 mm 8.6 mm Nokia 3.2 is narrower than HTC One ME dual sim.
Weight 155 g 181 g HTC One ME dual sim is lighter than HTC One ME dual sim.
Body Colour Rose gold | Gold sepia Black
Waterproof (Water-resistant) - -
Integrated Components - FM radio
Connector Type Headset jack - mini-phone 3.5mm
Micro-USB - 5 pin Micro-USB Type B
Micro-USB - 5 pin Micro-USB Type B
Headset jack - mini-phone 3.5mm
SIM Card Type (Size) Nano SIM -
SIM Card Qty Dual-SIM Dual-SIM
DISPLAY HTC One ME dual sim Nokia 3.2
Display Type - LCD display
Display Technology - TFT
Screen Size (Display Size) 5.2" 6.26" Nokia 3.2 has larger screen size than HTC One ME dual sim.
Screen Resolution (Display Resolution) 2560 x 1440 pixels 1520 x 720 pixels HTC One ME dual sim has better screen resolution than Nokia 3.2.
Display Format QHD HD+
Pixel Density 565 ppi -
Aspect Ratio - 19:9
Colour Depth 16.7 million colours -
Display Features - 2.5D Glass
PROCESSOR HTC One ME dual sim Nokia 3.2
Processor Type (CPU) MediaTek Helio X10 Qualcomm Snapdragon 429
Clock Speed 2.2 GHz -
Processor Core Qty 8-core -
64-bit Architecture Yes - HTC One ME dual sim has 64-bit architecture.
Graphics System (GPU) PowerVR G6200 -
MEMORY HTC One ME dual sim Nokia 3.2
RAM 3 GB 2 GB HTC One ME dual sim has more RAM than Nokia 3.2.
Internal Memory Size (Storage Capacity) 32 GB 16 GB HTC One ME dual sim has more internal memory than Nokia 3.2.
Supported Flash Memory Cards (Expandable Memory) microSDHC, microSDXC - up to 200 GB microSDHC, microSDXC - up to 400 GB
CAMERA HTC One ME dual sim Nokia 3.2
MAIN CAMERA
Number of Main Cameras 1 1
Sensor Resolution 20 Megapixel 13 Megapixel HTC One ME dual sim has better camera resolution than Nokia 3.2.
Sensor Type BSI-CMOS -
Lens Aperture F/2.2 F/2.2 Both phones have the same camera lens aperture.
Pixel Size - 1.12 μm
Focus Adjustment Automatic Automatic
Minimum Focal Length (Focal Distance) 28 mm -
HDR Mode Auto HDR mode -
Camera Modes Panorama -
Face Recognition (Face ID) Face detection, smile detection - HTC One ME dual sim has face detection.
Light Source Dual LED flash LED flash
Video Resolutions 3840 x 2160 (4K) -
FRONT CAMERA
Number of Front Cameras 1 1
Sensor Resolution (Front) 4 Megapixel 5 Megapixel Nokia 3.2 has better front camera resolution than HTC One ME dual sim.
Sensor Type (Front) BSI-CMOS -
Lens Aperture (Front) F/2.0 F/2.2 HTC One ME dual sim has better front lens aperture than HTC One ME dual sim.
Field of View (Front) - 77 degree(s)
Pixel Size (Front) - 1.12 μm
Focus Adjustment - Focus free
Face Recognition (Face ID) - Face recognition Nokia 3.2 has face detection.
Video Resolutions (Front) 1920 x 1080 (1080p) -
Camera Features (Front) HTC UltraPixel Camera -
BATTERY AND CHARGING HTC One ME dual sim Nokia 3.2
Battery Capacity (Battery Size) 2840 mAh 4000 mAh Nokia 3.2 has larger battery capacity than HTC One ME dual sim.
Standby Time 626 hours 504 hours HTC One ME dual sim has longer standby time than Nokia 3.2.
Talk Time 1380 minutes 2100 minutes Nokia 3.2 has longer battery life when making calls than HTC One ME dual sim.
Run Time Details Talk (GSM): up to 1380 min
Standby (GSM): up to 598 hrs
Talk (WCDMA): up to 780 min
Standby (WCDMA): up to 626 hrs
Talk (3G): up to 2100 min
Standby (4G): up to 504 hrs
Playback (audio (w/headset)): up to 98 hrs
CELLULAR HTC One ME dual sim Nokia 3.2
Technology WCDMA (UMTS) / GSM WCDMA (UMTS) / GSM
Mobile Broadband Generation 4G 4G Both phones have the same mobile network generation.
Operating System Android 5.0.2 (Lollipop) Android 9.0 Pie
User Interface HTC Sense -
Intelligent Assistant - Google Assistant
Navigation GPS, A-GPS, GLONASS, BeiDou GPS, A-GPS, GLONASS, BeiDou
COMMUNICATIONS HTC One ME dual sim Nokia 3.2
Data Transmission GPRS, EDGE, HSDPA, HSUPA, HSPA+, LTE GPRS, EDGE, HSDPA, HSUPA, HSPA+, LTE, VoLTE, VoWiFi
2G Band 850 GSM, 900 GSM, 1800 GSM, 1900 GSM 850 GSM, 900 GSM, 1800 GSM, 1900 GSM
3G UMTS Band - Band 1, Band 5, Band 8
3G UMTS Frequency - 2100, 850, 900
4G LTE Band - Band 1, Band 3, Band 5, Band 7, Band 8, Band 20, Band 28, Band 38, Band 40
4G LTE Frequency - FDD 2100, FDD 1800+, FDD 850, FDD 2600, FDD 900, FDD 800 DD, FDD 700 APT, TDD 2600, TDD 2300
Wireless Interface Infrared (IrDA), IEEE 802.11a/b/g/n/ac IEEE 802.11b/g/n
Bluetooth Bluetooth 4.1 Bluetooth 4.2
Bluetooth Profiles A2DP -
NFC Yes - HTC One ME dual sim has NFC reader for mobile payments.
Messaging Services SMS, MMS SMS, MMS
MEDIA HTC One ME dual sim Nokia 3.2
Supported Digital Audio Standards WAV, WMA, MP3, FLAC, eAAC+ -
Supported Digital Video Standards XviD, MPEG-4, WMV, DivX, H.264 -
Sound Enhancements HTC BoomSound Qualcomm aptX audio
FEATURES HTC One ME dual sim Nokia 3.2
Phone Functions Speakerphone, voice control, call timer, conference call, flight mode, voice dialing, vibrating alert Speakerphone, voice control, call timer, conference call, flight mode, voice dialing, vibrating alert
Sensors Accelerometer, ambient light sensor, proximity sensor, digital compass, gyro sensor, geomagnetic sensor Accelerometer, ambient light sensor, proximity sensor
Security Devices Fingerprint reader Face recognition
Additional Phone Features DLNA Certified, sharing media via DLNA, Active noise-cancellation, Android Sensor Hub Dual microphones with noise cancellation
OTHERS HTC One ME dual sim Nokia 3.2
Included Accessories Power adapter Power adapter
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