Nokia 2690 - भारत में कीमत, फीचर्स और स्पेसिफिकेशन्स

The Nokia 2690 features a 1.8‑inch colour TFT display with 256K colours, providing clear visibility for text, menus, and basic multimedia. With a resolution of 128 × 160 pixels and an approximate pixel density of 114 PPI, it is designed to deliver crisp visuals suitable for everyday feature phone usage without consuming excessive battery power.

The Nokia 2690 comes with a 0.3 MP VGA rear camera capable of capturing simple photos and recording videos at 176 × 144 pixels at 15 frames per second. It does not include a front camera. This camera setup is suitable for occasional snapshots and basic imaging tasks typically expected from feature phones of its era.

The Nokia 2690 does not specify a refresh rate, as it uses a standard TFT display typical of feature phones released in 2010. These displays traditionally operate at fixed, basic refresh levels designed for static menus, text, and simple graphics rather than modern motion‑intensive content. Therefore, refresh rate is not a key specification for this device.

The Nokia 2690 has a RAM size of approximately 16MB, as it belongs to the feature phone category that uses proprietary hardware optimised for basic tasks. Traditional smartphone‑style RAM measurements were not commonly highlighted for such devices. Instead, it is designed to efficiently handle calling, texting, music playback, and lightweight applications without requiring large memory capacity.

The Nokia 2690 offers limited internal storage typical of feature phones, and its main memory detail is a phonebook capacity supporting up to 2000 entries. For media storage, it provides a microSD card slot supporting up to 8 GB. This expandable storage allows users to carry music, photos, and other lightweight files conveniently.

The Nokia 2690 does not feature a named processor like modern smartphones. Instead, it uses a proprietary feature phone platform optimised for essential tasks such as calling, messaging, basic browsing, and multimedia playback. This hardware configuration is designed to deliver stable performance while maintaining excellent battery efficiency and long standby time suitable for everyday usage.