Meet world’s thinnest 10000mAh display device ~ HOMTOM HT70
It comes with onboard storage of 4GB RAM + 64GB ROM expandable upto 128GB via SDcard. Built on Mediatek MT6750T Octa-core processor 1.5GHz. It runs on Android 7.0 Nougat out of the box, dual rear camera (16MP + 5MP) + 13MP front facing camera. It will be powered by 10000mAh battery capacity that supports 9V/3Afast charging.
Homtom HT70 also supports Fingerprint ID and OTG reverse charging. This is not just a device that promises you absolute gaming experience but the world thinnest 10000mah full display phone.
KEY SPECIFICATIONS OF HOMTOM HT70
✔️ BRAND – HomTom
✔️ MODEL – HT70
✔️ ALTERNATIVE NAME – HomTom HT70 4G Phablet
✔️ DEVICE TYPE – Android 4G Smartphone
✔️ CPU – 4 x 1.5GHz ARM Cortex-A53, 4 x 1.0GHz ARM Cortex-A53 CPU Clock
✔️ Chipset – MediaTek MT6750T, 64-bit Processor
✔️ GPU – ARM Mali-T860 MP2, 650MHz, 2-Cores
✔️ CAMERA – 16 Megapixels f/2.8 + 5 MP with the Single-LED flashlight and AF Rear Camera | 13 Megapixel f/2.8 Front Camera
✔️ MEMORY – RAM- 4GB LPDDR3, 833MHz | ROM 64GB External Memory Support Up to 128GB (Uses SIM 2 Slot)
✔️ DISPLAY – Screen size 6.0 inches HD+, IPS, LCD Display (1440 x 720 Pixels), 18:9 Aspect Ratio
✔️ BATTERY – Non-Removable 10,000 mAh Lithium-Polymer
✔️ SIM – Hybrid Dual SIM (Nano SIM + Nano SIM/microSD), Dual Standby
✔️ SENSORS – Proximity Sensor, Light Sensor, Accelerometer, Fingerprint Sensor, Geomagnetic
✔️ COLOR – Black, Silver
✔️ OS – Android 7.0 Nougat OS
I/O Interface – 1 x Nano SIM Card Slot, 1 x USB Type-C, 3.5mm Headphone Jack, Power Button, Volume Button, Microphone, Speaker
✔️ DIMENSIONS –
✔️ WEIGHT – g (with Battery)
✔️ FEATURES – Aluminium Alloy and Plastic Body Design, LTE Cat-6, HD+ Full View display, HSPA+ GPRS, EDGE, GPS, GLONASS, Fingerprint Scanner, Bluetooth, Type-C USB, Triple camera setup, dual sim, front flash, Wi-Fi, MIC, Speaker, 100-240V 9V 3A AC adapter, Fast Charging Technology, OTG Support.
✔️ PRICE – To Be Announced.
Wow, technology is really going gaga, can't imagine how they managed to achieve this level of compression on battery tech.