LG and Reliance Provide Exclusive 3G Offers for LG Optimus Black in India

Reliance and LG have just announced a new partnership to provide customers with several exclusive 3G offers for the Optimus Black.

Introduced in India earlier this week, LG Optimus Black is available for purchase for a suggested retail price of Rs. 20,999 (about $470).

However, starting this week Android fans can buy the LG Optimus Black with Reliance 3G post paid to get discounts of up to Rs. 20,000 (about $450) in 24 months.

In addition, customers can choose to get the Optimus Black with Reliance 3G pre-paid connection and take advantage of several great data exclusive offers.

Beside the Optimus Black, Reliance provides Indian customers with exclusive 3G offers for several other LG smartphones including LG Optimus 2X, LG Optimus One, LG Optimus Me and LG T325.

The offer is applicable only on new acquisitions and port-ins and not on upgrades and is valid for 24 months.

Reliance also states that overage will be charged as per pps plans for voice and video calls, while data as per Default video calling rates and 'pay as you go' plans respectively.

It is also worth mentioning that Mobile TV service will be moved from 'Mega Pack' to 'Mobile TV lite' as and when it is launched.

Dubbed as the smartphone with one of the brightest displays on the mobile market, the Optimus Black comes with a larger 4.0-inch multi-touch screen display, which is based on LG's NOVA technology.

According to LG, the Optimus Black screen is capable of emitting 700 nits (candela per square meter).

It also features 16 million colors support, 480 x 800 pixels resolution, as well as accelerometer sensor for UI auto-rotate and proximity sensor for auto turn-off.

On the inside, the Optimus Black seems powerful enough, as it is equipped with a Texas Instruments 3630 processor clocked at 1 GHz speed.

Furthermore, the smartphone is powered by Google's Android 2.2 (Froyo) operating system and features the company's proprietary Optimus 2.0 and Gesture 2.0 user-friendly interfaces.