PHS-memory 8GB DDR5 SO-DIMM 5600MHz PC5-44800S Non-ECC Unbuffered 1Rx8 CL46 modulo RAM per Asus Mini Tower SFF V501SV-03100U054W (SP622503)

Unlike generic memory upgrades that leave compatibility to chance, this PHS-memory module is engineered specifically for the Asus Mini Tower SFF V501SV-03100U054W system. It delivers the full potential of DDR5 technology in a compact SO-DIMM form factor, ensuring your small-form-factor PC runs smoothly under demanding workloads.

Highlights

• 8 GB DDR5 SO-DIMM, 5600 MHz (PC5-44800S) for high-speed data processing
• Non-ECC, unbuffered, 1Rx8 rank, CL46 latency for reliable everyday computing
• 262-pin, 1.1 V low-voltage design reduces power consumption and heat
• Optimized for Asus Mini Tower SFF V501SV-03100U054W and other DDR5 SO-DIMM systems
• 44.8 GB/s data transfer rate accelerates multitasking and content creation

In daily use

Installing this module transforms your mini PC's responsiveness. Applications launch faster, browser tabs remain fluid, and memory-intensive tasks like photo editing or virtual machines run without stutter. The low 1.1 V operating voltage not only saves energy but also keeps the module cool, extending system longevity. Since it is unbuffered and non-ECC, it is ideal for consumer and business desktops where error correction is handled at the software level, ensuring maximum compatibility and performance per watt.

Full specifications

• Brand: PHS-memory
• Model: SP622503
• Capacity: 8 GB
• Memory type: DDR5
• Form factor: SO-DIMM
• Speed: 5600 MHz (PC5-44800S)
• Pin count: 262-pin
• Voltage: 1.1 V
• Error correction: Non-ECC
• Buffering: Unbuffered
• Module rank: 1Rx8
• CAS latency: CL46
• Data transfer rate: 44.8 GB/s
• Application: Laptop, Mini PC, SFF systems
• Compatibility: Asus Mini Tower SFF V501SV-03100U054W

Final note

For users of the Asus V501SV-03100U054W or any DDR5 SO-DIMM platform, this PHS-memory module offers a perfect balance of speed, efficiency, and compatibility. It is a straightforward upgrade that delivers tangible performance gains without compatibility guesswork.