The Intel DC P4501 utilizes a two and a half inch form factor. This size is standard for internal SSDs, making it compatible with a variety of systems.

The Intel DC P4501 features a PCI-Express NVMe three point one x four interface. This high-speed interface enhances data transfer rates significantly.

The drive uses TLC NAND flash technology. This type of flash is known for its balance between performance and cost-effectiveness.

The read latency is one hundred microseconds, and the write latency is thirty microseconds. These low latency figures contribute to its high performance.

It can achieve one hundred forty-six thousand IOPS for random read operations and fifteen thousand three hundred IOPS for random write operations. This performance is ideal for demanding applications.

The maximum sequential read speed is up to two thousand five hundred megabytes per second, while the maximum sequential write speed is up to three hundred megabytes per second. These speeds facilitate swift data access.

The Intel DC P4501 can withstand operating shock levels of one thousand G at zero point five milliseconds and non-operating shock of one thousand G at zero point five milliseconds. Its vibration tolerance is two point seventeen GRMS during operation.

The mean time between failures (MTBF) is two million hours. This long lifespan indicates high reliability for continuous use.

The active power consumption ranges from ten to twelve point five watts, while the idle power consumption is less than five watts. This efficiency helps reduce overall energy costs.

To install the Intel DC P4501, insert it into a compatible PCI Express slot on your motherboard. Ensure your system is powered off during installation.

Yes, the Intel DC P4501 is suitable for gaming applications due to its high-speed read and write capabilities. This ensures fast load times and smooth gameplay experiences.

Yes, the Intel DC P4501 is designed for server applications. Its durability and high performance make it ideal for data centers and enterprise environments.

The SSD should be stored in a cool, dry place when not in use. Avoid exposure to extreme temperatures and humidity to maintain optimal performance.

If your SSD arrives damaged, contact the retailer for a return or exchange. Ensure to keep the original packaging for any potential returns.