
( Brand: Samsung ), ( Manufacturer Part Number: VT8FP ), ( Type: Memory ), ( Unit Type: Unit ), ( Form Factor: Udimm ), ( Bus Speed: Pc3-12800u ), ( Memory Features: Non-ecc, Unbuffered Memory ), ( Capacity Per Module: 4 Gb ), ( Rank: Dual Rank X8 ), ( Quantity Of Pins: 240-pin ), ( Product Voltage: 1.5v ), ( Ram Speed: 1600 Mhz ), ( Column Access Strobe: Cas )
Experience a new level of performance and reliability with the Samsung VT8FP 4GB PC3-12800U 2Rx8 DIMM memory. This high-capacity memory module is designed to meet the demands of modern computing, delivering swift data transfer rates and seamless multitasking capabilities.
The Samsung VT8FP memory is built with PC3-12800U specifications, offering a memory speed of 1600MHz, ensuring that your system operates at peak performance. With a capacity of 4GB, it provides ample memory for running multiple applications simultaneously without lag.
This memory is available in a 240-pin DIMM format and comes as a kit of two 2GB modules (2Rx8), making it easy to upgrade your system without needing additional slots. Each module boasts a CAS Latency (CL) of 11, ensuring efficient data access and reducing latency, thereby enhancing overall system responsiveness.
Notably, this memory is non-ECC (Error-Correcting Code) and unbuffered, making it suitable for most general-purpose computing applications, including gaming, graphic design, and multimedia editing. It's also compatible with Intel X99, X79, X58, X79, X99-Chipset-based motherboards, as well as AMD DDR3 938/1066/1333/1600 MHz memory compatible motherboards, expanding its versatility.
Samsung's VT8FP memory is known for its superior quality and durability, making it an ideal choice for those seeking a memory upgrade that can stand the test of time. Its advanced design and high-quality components ensure consistent performance, even under heavy loads, while its heat spreader helps dissipate heat for better thermal management.
Upgrade your system today with the Samsung VT8FP 4GB PC3-12800U 2Rx8 DIMM memory, and experience the difference in speed, efficiency, and reliability that comes with a high-performance memory solution from a trusted manufacturer.
Product: Samsung VT8FP 4GB PC3-12800U 2Rx8 UDIMM 240-pin CL11 Non-ECC Unbuffered Memory
Pros:1. Brand Reputation: Samsung is a well-known and respected brand in the technology industry, so you can expect good build quality and reliability.
2. Fast Speed: With PC3-12800U, this memory module operates at a speed of 3200MHz, which is faster than many standard DDR4 memory modules.
3. Dual Rank (2Rx8): This means that each module contains two ranks of memory chips, allowing for better performance in multi-threaded tasks.
4. CL11 Latency: CAS Latency (CL) is a measure of how long it takes for a memory module to respond to a command. A lower CL number indicates a faster response time. CL11 is a common and acceptable latency for many modern systems.
Cons:1. Non-ECC: Error-correcting code (ECC) memory is designed to detect and correct errors in data, which can be crucial in servers and other high-performance systems. This memory module does not have ECC, which may be a drawback for some users.
2. Higher Cost: Due to its faster speed and higher density, this memory module may be more expensive than standard DDR4 modules.
3. Compatibility: Always ensure that the memory module is compatible with your motherboard before purchasing.
Conclusion: The Samsung VT8FP 4GB PC3-12800U 2Rx8 UDIMM 240-pin CL11 Non-ECC Unbuffered Memory is a high-performance memory module that offers fast speeds and dual rank technology. However, it lacks ECC and may be more expensive than standard DDR4 modules. If you value speed and reliability and do not require ECC, this memory module could be a good choice for your system. But, always ensure compatibility with your motherboard before purchasing.
Brand: Samsung. All Samsung Memory hardware is fully tested and ready to ship. Part Number: VT8FP. Cosmetic Code: Used Good Functional F4 Fully Tested.
Samsung VT8FP 4GB PC3-12800U 2RX8 UDIMM 240-Pin CL11 Non-ECC Unbuffered Memory.