Intel DC S4600 SATA III 2.5" SATA III 6GB/s 240GB Internal SSD

The Intel SSDSC2KG240G701 is a 240GB solid state drive that brings server-class reliability to everyday desktops and workstations. As part of the Intel DC S4600 series, it uses a SATA III connection that can deliver transfer rates up to 500 MB per second across a 6 Gb per second bus, so operating systems boot quickly and large projects open with minimal waiting.

Because speed alone is not enough, this drive includes several safeguards that help keep data intact. Power-loss protection holds your files in place if the electricity cuts out, while built-in temperature sensors continuously watch for rising heat and throttle activity when needed. Hardware-based 256-bit AES encryption adds an extra layer of security for sensitive documents without relying on system resources.

The drive’s 2.5 inch form factor mounts directly into most desktop bays, small form factor PCs, or external USB enclosures, making installation straightforward even in older systems. Its endurance rating supports frequent writes, so it works well for developers compiling code, creative professionals editing large media files, or small business servers that generate constant transactional data.

Whether you are breathing new life into an aging computer or adding dependable storage to a busy workstation, the Intel SSDSC2KG240G701 offers a balance of speed, protection, and long-term consistency that mechanical drives cannot match.

• 240GB storage capacity for operating systems, applications, and project files
• SATA III interface moves data at up to 500 MB per second on a 6 Gb per second bus
• Power loss protection safeguards data during unexpected outages
• Temperature monitoring helps prevent overheating and throttles activity when needed
• Standard 2.5 inch form factor installs easily in desktops, workstations, and many external enclosures
• Hardware-based 256-bit AES encryption protects sensitive information without taxing the CPU
• High-endurance design withstands frequent writes and heavy workloads