HTC Desire 326G Dual SIM phone with 1.2GHz processor launched in India

With the launch of HTC M9+, the company also launched the elegantly designed GTC Desire 326G Dual SIM. The phone is built on the foundations of the popular HTC Desire series. It is a Dual SIM phone which offers a 4.5 inch display with 480×854 pixel resolution. It is powered by a 1.2 Ghz quad-core Speadtrum SC7731G processor and is supported with a 1GB of RAM.  It is made of a durable polycarbonate material which looks stunning and is sturdy to hold.


 It also features an 8 Megapixels rear camera and a 2 Megapixels front camera and both the cameras include a BSI sensor for delivering crisp images. The rear camera features burst mode, smile to capture mode and can record full HD videos at ease. The phone is supported with a removable 2000mAh battery which is expected to give 11 hours of talk time and close to 350 hours of standby time on 3G. The phone offers 8 GB of inbuilt storage which can be expanded up to 32GB.

 The phone weighs only 146 grams and connectivity features include 3G, Wi-Fi, GPS, Bluetooth and Micro-USB 2.0. The phone also boasts of some unique features like HTC BlinkFeed, HTC Zoe and Easy Mode for simplifying the home screen.

Key Specs of HTC Desire 326G Dual SIM: 

Model HTC Desire 326G Dual SIM
Display 4.5-inch 854x480p resolutions
OS Android with HTC Sense UI
Processor 1.2GHz Spreadtrum quad-core
Storage capacity 8GB, expandable up to 32GB
Camera 8 MP Rear Camera with LED flash and 2 MP Front Camera
Battery 2000 mAh
Network 3G
Connectivity Bluetooth v4.0, Wi-Fi (802.11 b/ g/ n), micro-USB, GPS.
Dimensions 139.70 x 69.60 x 9.70 mm
Weight 146 g
Colours White Birch and Black Onyx
Price Not Available

 HTC Desire 326G will be available in White Birch and Black Onyx from the second half of May. There is no official news about the price of the phone but it is expected to be in between INR 10,000 to 12,000. A user will get free subscription of Hungama app and discount vouchers of Myntra worth INR 5,000 with the purchase of the device.

Author: Deepak Kumar

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