LAVA International Limited revealed Lava Iris 504Q+ in the Indian market. Lava Iris 504Q+ is the successor to the highly successful Iris 504Q which was launched in June last year and comes packed with latest software features and hardware components that offer a great user experience.
Its 10 MP rear autofocus camera is powered by Sony Exmor RS Sensor having sensor size of 1/3.2 inch allowing enhanced lowlight performance. Sony Exmor RS Sensor has bigger pixel size of 1.4 µm ensuring enhanced image quality. The camera comes with features like High Dynamic Range (HDR), Geo-tagging, touch focus, vertical and horizontal panorama capture and face detection. Iris 504Q+ also sports a 2MP front camera for video calling facility.
The smartphone runs on Android 4.2.2 Jelly Bean and is powered by a 1.3 GHz quad-core processor along-with Mali 400 MP2 @500MHz Graphics Unit. It is a dual SIM phone and offers dual standby capability.
Lava Iris 504Q+ packs in 1GB RAM and an internal memory of 8GB, which is expandable up to 32GB via micro-SD card, giving users enough space for applications & multimedia content. It also sports a large 2000mAh battery which provides ample back up for multimedia playback, stand by and talk time.
Commenting on the launch Mr. Hari Om Rai, Chairman & Managing Director, Lava International Ltd., said, “Iris 504Q+ was developed with an insight based understanding that we got from our consumers after the launch of our popular smartphone Iris 504Q mid last year. We have enhanced the highly popular gesture motion functionality of Iris 504Q by bringing in advanced voice and command control apart from major upgrades in internal memory and camera. Bringing one of the most popular mobile messaging services BBM on our smartphones is yet another effort to expand the ambit of messaging services for our consumers to connect and communicate seamlessly with their loved ones.”
Priced at Rs. 13990, Lava Iris 504Q+ is available in Grey and Silver colours. It also comes with an intelligent flip cover that puts the phone automatically in sleep mode ensuring reduced battery consumption.
