Infinix Note 5 Stylus vs Oppo A1k

Infinix Note 5 Stylus

Oppo A1k

Network
2G network

GSM 850, 900, 1800, 1900

GSM 850, 900, 1800, 1900
3G network

HSDPA 850, 900, 2100

WCDMA 850, 900, 2100
4G network

LTE frequency band 1(2100), 3(1800), 5(850), 8(900), 38(2600), 40(2300), 41(2500)

LTE frequency band 1(2100), 3(1800), 5(850), 7(2600), 8(900), 18(800), 28(700), 38(2600), 40(2300), 41(2500)
HSDPA speed

42.2 Mbps

-
HSUPA speed

5.76 Mbps

-
LTE speed

LTE, Cat4, 150 Mbps download, 50 Mbps upload

LTE Cat 4, 150.8 Mbps download, 51 Mbps upload
GPRS

Yes

Yes
EDGE

Yes

Yes

Design
Build

Front glass, aluminium body

Plastic body
SIM

Hybrid Dual SIM (Nano-SIM, dual stand-by)

Dual SIM (Nano-SIM, dual SIM stand-by)
Height

158 mm

154.5 mm
Width

75 mm

73.8 mm
Thickness

8.4 mm

8.4 mm
Weight

173 g

170 g
Stylus

Yes

-
Colors

Blue, Gold, Red

Black, Red

Display
Display type

LTPS IPS LCD capacitive touchscreen

IPS capacitive touchscreen
Physical size

6 inches

6.1 inches
Resolution

1080 x 2160 pixels

720 x 1560 pixels
Pixel density

403 ppi

282 ppi
Display colors

16777216

16777216
Protection

2.5D curved glass screen, LTPS(Low Temperature PolySilicon)

2.5D curved glass screen, scratch resistant, Corning Gorilla Glass 3
Multitouch

Yes

Yes

Main camera
Camera type

-

Single
Main camera

16 MP, f/1.8 , 1.12 µm

8 MP, f/2.2 , 1.4 µm, 1/3.2"
Primary camera resolution

4608 x 3456 pixels

3264 x 2448 pixels
Primary camera video

2160p@30fps, 1080p@30fps (gyro-EIS), 720p@120fps

1080p@30fps
Primary camera flash

dual-LED flash

LED flash
Primary camera phase detection autofocus

phase detection autofocus

-
Camera features

Autofocus, continuous shooting, digital zoom, optical zoom, geotagging, panorama, HDR, touch focus, face detection, white balance settings, ISO settings, exposure compensation, self-timer, scene-mode

Autofocus, continuous shooting, digital zoom, geotagging, panorama, HDR, touch focus, face detection, white balance settings, ISO settings, exposure compensation, self-timer, scene-mode, phase detection