The Intel SU3500 is a mobile processor belonging to the Celeron M family, designed for ultra-portable laptops and notebooks. This processor focuses on delivering a balance between performance and energy efficiency, allowing for extended battery life in mobile devices. It's a single-core processor suitable for basic computing tasks.

Applications

• Ultra-Portable Laptops: Ideal for small and lightweight laptops where battery life is crucial.
• Netbooks: Commonly found in netbooks designed for web browsing and basic productivity.
• Mobile Internet Devices (MIDs): Suited for devices that prioritize portability and low power consumption.
• Basic Computing Tasks: Suited for email, document editing, and web browsing

Features

• Single-Core Architecture: The SU3500 is built around a single processing core.
• Ultra-Low Voltage (ULV): Operates at a significantly lower voltage compared to standard processors, reducing power consumption.
• Small Form Factor: Designed to fit into compact devices with limited space.
• Enhanced Intel SpeedStep Technology: Dynamically adjusts clock speed to optimize power consumption based on workload.
• Execute Disable Bit: Provides hardware-level security against certain types of malware.

Benefits

• Extended Battery Life: The primary benefit is significantly longer battery life in mobile devices.
• Portability: Enables the creation of smaller and lighter laptops and netbooks.
• Energy Efficiency: Reduces overall energy consumption, contributing to lower running costs.
• Silent Operation: Typically requires less cooling, leading to quieter operation.
• Cost-Effective: Celeron processors are usually more affordable than higher-performance options.

Additional Details

The SU3500's clock speed is generally lower than standard processors to minimize power draw. It integrates a memory controller, which enhances memory access speed and reduces latency. The Thermal Design Power (TDP) is extremely low, meaning it generates very little heat, simplifying cooling requirements. It also incorporates a specific cache size, crucial for frequently accessed data, boosting performance. It typically uses a socketed or BGA (Ball Grid Array) packaging depending on the implementation by the laptop manufacturer, influencing the ease of upgrade or replacement.