To celebrate Independence Day and boost the sales of its recently launched Titanium range of smartphones, Karbonn has reduced the prices of its Titanium Octane and Titanium Octane Plus smartphones, which are now available on Snapdeal.com at a special price of Rs 11,990 and Rs 13,990 respectively. Both the smartphones are powered by True octa-core processor, and were launched in April at Rs. 14,490 and Rs. 17,990, respectively. Both the smartphones are powered by Mediatek MT6592 1.7 GHz Octa-core processor, and run on Android 4.4.2 KitKat OS.
Karbonn Titanium Octane sports a 5-Inch HD display with 1280×720 pixel. It has 1GB RAM, 16GB internal memory extendable to 32GB. It comes with 13MP rear camera and 5MP secondary camera. Titanium Octane comes with 2000 mAh Battery and supports Dual SIM. For connectivity, it also supports Bluetooth 4.0, Wi-Fi 802.11 b/g/n, GPS and 3G.
On the other hand, Karbonn Titanium Octane Plus features 5 inch Full HD display with 1920×1080 pixel and is equipped with 2GB RAM and 16GB ROM, which can also be extendable to 32GB. It comes with 16MP AF Rear camera and 8MP front camera. Rest of the features are same as of Titanium Octane.
Karbonn Titanium Octane is available in three colours – Red, White and Black while Octane Plus offers two colour options- Black and White. These smartphones are available exclusively on Snapdeal.com.
Announcing the reduction in prices, Shashin Devsare, Executive Director, Karbonn Mobiles said, “Our association with Snapdeal.com is enduring, providing us an advantage to touch base with our potential consumers and cater to their emerging needs of feature rich devices that offer the best amalgamation of technology and design. We are very excited to offer Titanium Octane and Octane Plus on Snapdeal, as the e-commerce giant is a huge hit amongst the consumers for its prompt and reliable services. Via this association, our intent is to expand and strengthen our consumer base and offer the most innovative smartphone experience in the country, at prices that truly redefine affordability of high-end mobility technology.’
