G.Skill AEGIS - DDR4 - 8 GB - DIMM 288-PIN - 3000 MHz / PC4-24000 - CL16 - 1.35 V - unbuffered - non-ECC Group RAM Manufacturer G.Skill Manufacturer Art. No. F4-3000C16S-8GISB BULK Model AEGIS EAN/UPC 4719692013439 Product Description: G.Skill AEGIS - DDR4 - 8 GB - DIMM 288-PIN - Unbuffered Product Type RAM Memory Capacity 8 GB Memory Type DDR4 SDRAM - DIMM 288-PIN Extension Generic Data Integrity Check Non-ECC Speed 3000 MHz (PC4-24000) Latency Periods CL16 (16-18-18-38) Features Intel Extreme Memory Profiles (XMP 2.0), Unbuffered Voltage 1.35 V
Details: General Capacity 8 GB Extension Type Generic Memory Type DRAM Technology DDR4 SDRAM Form Factor DIMM 288-PIN Module Height (inch) 1.2 Speed 3000 MHz (PC4-24000) Latency times CL16 (16-18-18-38) Data Integrity Check Non-ECC Features Intel Extreme Memory Profiles (XMP 2.0), Unbuffered Voltage 1.35 V RAM Performance Tested - 3000 MHz - 1.35 V - CL16 - 16-18-18-38 SPD
F4-3000C16S-8GISB
-CL16
-1 piece
-8 GB
Manufacturer No.: F4-3000C16S-8GISB
The 3000 8GB G.Skill AEGIS CL16 is a high-performance DDR4 memory module designed for gamers, PC enthusiasts, and professionals seeking reliable speed and stability. With a frequency of 3000 MHz and a CAS latency of CL16, this RAM ensures fast data transfer rates while maintaining low power consumption at just 1.35V. Its single-module configuration makes it ideal for upgrading existing systems or building new ones with limited slots. The G.Skill AEGIS series is renowned for its compatibility across major motherboards and platforms, ensuring hassle-free installation. Whether you're gaming, editing videos, or multitasking with demanding applications, this module delivers smooth performance without bottlenecks. G.Skill has established itself as a leader in the memory industry by focusing on quality control and innovation since its founding in Taiwan in 1989. The company actively pursues sustainability through eco-friendly manufacturing processes and responsible sourcing of materials?choosing their products supports environmental stewardship alongside superior computing performance.