Team Group Elite DDR5 1x16Gb TED516G5200C4201

MemoryPackage typeBlisterBuffered memory typeUnregistered (unbuffered)Memory layout (modules x size)1 x 16 GBInternal memory16 GBComponent forPCMemory form factor288-pin DIMMCAS latency42Memory voltage1.1 VECCNoMemory clock speed5200 MHzInternal memory typeDDR5PowerMemory voltage1.1 VDesignJEDEC standardYesFeaturesOn-Die ECCYesBuffered memory typeU... morenregistered (unbuffered)Memory layout (modules x size)1 x 16 GBInternal memory16 GBComponent forPCMemory form factor288-pin DIMMCAS latency42Memory vo

Elite DDR5 Desktop Memory - JEDEC DDR5 On-die ECC Stable Performance - Increased Fundamental Frequency Faster Speeds - Unleashed Capacity Stronger Multitasking - Improved Structural Composition Greater Efficiency - Reduced Working Voltage Better Energy Efficiency         In... morecreased Fundamental Frequency Faster Speeds Minimum specifications reach an ultra-high frequency of 4800MHz 50% more from the 3200MHz standard frequency maximum of DDR4 modules. Let our DDR5 help you breeze through all your boring mundane tasks.       Unleashed Capacity Stronger Multitasking DDR5 kit is available from a 8GB capacity per module and in compliance with JEDEC standards can be expanded to 128GB capacity to uncap your memory and deliver a smooth multitasking experience.       Improved Structural Composition Greater Efficiency Factors critical to improved performance include increased banks and burst lengths. DDR5 allows up to 32 banks (storage units that can be enabled/disabled separately) comprised from 8 bank groups doubling the access availability from the 16 banks available in DDR4 standards; the DDR5 burst length (amount of data that can be accessed from a single DRAM read/write command) is also twice as much as DDR4 burst lengths.       Reduced Working Voltage Better Energy Efficiency Standard working voltage has been reduced from the 1.2V in DDR4 modules to 1.1V reducing energy consumption for each bandwidth to conserve energy and reduce your burden. To minimize noise interference the power management has been transferred from motherboard to RAM and will be complimented with a PMIC for effective system load management.       On-die ECC Stable Performance DDR5 memory modules support on-die ECCs a feature that self-corrects DRAM cells to deliver stability to DRAM systems using DDR5.