Disco fisso interno AXIS 02471-001 — 4 TB HDD, SATA, 3,5"

AXIS 02471-001 — 4 TB HDD, SATA, 3.5" is an internal 3.5-inch hard disk drive with 4 TB storage capacity designed for continuous recording and reliable data storage. The drive is intended for systems where large sequential write and read throughput is required, such as surveillance video recorders, network video recorders (NVR), servers and workstations. The SATA interface and standard 3.5" form factor make installation in compatible bays straightforward and ensure interoperability with common storage controllers.

Advantages

The hard drive offers high capacity in a single 3.5" unit, enabling extended retention of footage or large datasets without frequent replacements. Designed for continuous operation, it provides stable sequential write performance and consistent throughput for recording applications. The SATA interface ensures broad compatibility with existing storage controllers and motherboards, while the standard form factor simplifies mechanical integration into racks and enclosures.

Suitable for

Key specifications

How to use

Install the drive into a compatible 3.5" bay in your NVR, server or workstation following the device manufacturer's installation procedure. Connect power and SATA data cables to the drive and configure the system storage controller or operating system to recognize and format the new volume as required. For surveillance systems, configure recording schedules, retention policies and overwrite settings within the recorder software to utilize the available capacity effectively.

Recommendations

Place the drive in an environment with adequate cooling and vibration control to maintain reliable long-term operation. Use recommended RAID or redundancy setups for critical data and follow periodic health checks, such as SMART monitoring, to detect early signs of wear or failure. For continuous recording applications, verify that firmware and system drivers are kept up to date and that the recorder's write patterns match the drive's intended workload.