Nokia 3600 Slide – Price in India, Features, and Specifications

The Nokia 3600 Slide features a compact 2.0‑inch TFT display that supports 16 million colours, providing clear visibility for menus, messages, and basic media. With a resolution of 240 x 320 pixels, the screen delivers approximately 200 PPI density. Its classic non-touch design ensures durability, easy navigation using the five-way key, and a familiar experience for everyday phone users.

The Nokia 3600 Slide comes with a 3.15MP autofocus rear camera equipped with an LED flash, allowing users to capture clear photos and short videos even in low-light conditions. It supports video recording at 480p resolution at 15FPS. The device does not include a front camera, as it was designed primarily for basic photography and communication needs during its release period.

The Nokia 3600 Slide features a traditional TFT display that operates at a standard refresh rate typical of feature phones from its era. Although Nokia did not specify an exact figure, these screens commonly run at about 60Hz. This refresh rate is sufficient for smooth menu navigation, viewing images, and performing everyday tasks without any noticeable lag or visual disruptions.

The Nokia 3600 Slide does not use modern RAM configurations like today’s smartphones. Instead, it operates on a feature phone platform designed to run efficiently without large memory requirements. Nokia did not publicly list its RAM capacity, as the device relies on optimised system software to manage calling, messaging, basic apps, and Java-based functions smoothly within its hardware limitations.

The Nokia 3600 Slide comes with 30MB of internal storage, which is designed primarily for contacts, messages, and lightweight system files. To support multimedia usage, it includes a 512MB microSD card in the box and allows users to expand storage further using microSDHC cards. This expandable option enables convenient storage of music, photos, and small video clips.

The Nokia 3600 Slide is built on Nokia’s proprietary feature phone architecture and does not use a named processor like modern smartphones. Instead, it runs on a compact, integrated chipset designed to handle essential tasks such as calling, messaging, basic applications, camera functions, and multimedia playback. Its hardware is optimised for stability, low power consumption, and smooth everyday performance.