PHS-memory 24GB (3x8GB) DDR3 ECC UDIMM 1333MHz PC3-10600E Kit for Supermicro SuperServer 6016TT-IBXF SP580289

This 24GB triple-channel kit is engineered specifically for the Supermicro SuperServer 6016TT-IBXF, delivering the exact unbuffered ECC configuration that platform demands. Unlike generic desktop memory, these modules combine error correction with a 240-pin UDIMM form factor, ensuring data integrity in always-on server environments. The three 8GB sticks operate at 1333MHz with a 1.5V supply, balancing performance and power efficiency for virtualization, database, and compute tasks.

Highlights

• 24GB total capacity (3 x 8GB) in a triple-channel kit
• DDR3 UDIMM with ECC for reliable server operation
• 1333MHz speed, PC3-10600E standard
• 240-pin unbuffered DIMM, 1.5V operating voltage
• Validated compatibility with Supermicro SuperServer 6016TT-IBXF

In daily use

Installing this kit into the SuperServer 6016TT-IBXF provides a substantial memory footprint for multi-threaded workloads. The ECC function detects and corrects single-bit errors, reducing the risk of silent data corruption during extended uptime. Because the modules are unbuffered, they match the motherboard's memory controller requirements without the latency penalty of registered DIMMs. The 1333MHz clock speed offers a solid bandwidth baseline for typical server applications, while the 1.5V voltage keeps thermal output manageable in dense chassis.

Full specifications

• Total capacity: 24GB
• Number of modules: 3
• Capacity per module: 8GB
• Memory type: DDR3 SDRAM
• Form factor: UDIMM (Unbuffered DIMM)
• Error correction: ECC
• Speed: 1333MHz
• PC standard: PC3-10600E
• Voltage: 1.5V
• Pin count: 240-pin
• Application: Server
• Kit configuration: Triple channel
• Buffered/Registered: Unbuffered
• Data integrity check: ECC

Final note

For system builders and IT administrators upgrading the Supermicro SuperServer 6016TT-IBXF, this PHS-memory kit provides a validated, high-integrity memory solution that aligns with the server's triple-channel architecture and ECC requirements.