Transcend 16GB DDR4-3200MHz U-DIMM JetRam Desktop Memory JM3200HLE-16G

Product Code: 760557848448
Brand: Transcend
Price Updated On: 03 Oct, 2024
Transcend's JetRam memory modules are manufactured with true ETT grade, brand-name DRAM chips that have passed Transcend's strict screening process and rigorous environmental testing.
  • 3200 MHz Unbuffered Long-DIMM
  • U-DIMM CL22
  • 1x16GB DDR4 - 1.2V Voltage
  • TCN-JM3200HLE-16G - CL22 CAS Latency
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Availability: In Stock
Warranty: 1 - Year Warranty
Rs.9,100
Transcend's JetRam memory modules are manufactured with true ETT grade, brand-name DRAM chips that have passed Transcend's strict screening process and rigorous environmental testing. The modules provide excellent compatibility and fully-tested reliability, which is ideal for PC upgrade at an attractive price. Each memory module is rated at 3200MHz to greatly increase data transmission efficiency by higher bandwidth of up to 25.6GB/s. Operated at a nominal voltage of just 1.2V, Transcend's DDR4 U-DIMM JetRam memory ensures that both operating temperature and electrical load on the memory controller can be reduced in order to save up to 40% of energy compared to standard DDR3 modules offering 1.5V.

Optimize performance

Transcend offers a comprehensive range of DDR4 to enhance memory bandwidth for home servers and personal computers. All modules are tested across various motherboard platforms and operating systems with achieving maximum compatibility in mind.

Durability

Transcend DRAM modules can deliver reliable performance under general thermal conditions. They are also fully compliant with JEDEC standards that stables quality and meet global standards.

Low power consumption at 1.2V

Compared to standard DDR3 memories, which operate at 1.5V, DDR4 brings the power consumption further down to 1.2V, allowing for greater energy efficiency while reducing the risk of heat generation.

Unlock next-gen performance

DDR4 delivers far less response time and application loading time than its predecessors DDR3, DDR2, and DDR. It is higher in RAM density but lower in power consumption, best suited for memory-intensive applications.

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