CORSAIR - VENGEANCE LPX Series 16GB (2PK 8GB) 3.2GHz DDR4 Desktop Memory - White
- Key Specs
- Type of Memory (RAM): DDR4
- Form Factor: Desktop (The type of computer the memory is configured to fit in.)
- Speed: 3200 megahertz
- CAS Latency: 16 (Column Address Strobe (CAS) Latency refers to the number of clock cycles (for synchronous DRAM) or nanoseconds (for asynchronous DRAM) between the moment an instruction or command is initiated and the moment the data result is available. Generally, the lower the numbers, the better.)
- Lighting Type: RGB
- Memory Capacity (per Module): 8 gigabytes (Refers to the maximum amount of data that can be stored on the memory module.)
- Memory Capacity (Total): 16 gigabytes (Refers to the maximum total amount of data that can be stored on all included memory modules.)
- General
- Brand: CORSAIR
- Model Number: CMK16GX4M2B3200C16W
- Product Name: VENGEANCE LPX Series 16GB (2PK 8GB) 3.2GHz DDR4 Desktop Memory
- Color: White
- Memory Capacity (per Module): 8 gigabytes (Refers to the maximum amount of data that can be stored on the memory module.)
- Number Of Modules: 2
- Memory Capacity (Total): 16 gigabytes (Refers to the maximum total amount of data that can be stored on all included memory modules.)
- Compatibility
- Type of Memory (RAM): DDR4
- Pin Configuration: 288
- Memory Format: DIMM (Memory module size that determines what size device the memory stick will fit.)
- Form Factor: Desktop (The type of computer the memory is configured to fit in.)
- Operating System Compatibility: Windows
- Speed
- Memory Speed Rating: PC4-25600 (The RAM's bandwidth rating. The numbers refer to generation and transfer speed and are typically separated with a hyphen. For example, PC3-12800 would indicate that the module is 3rd generation and has a theoretical bandwidth of 12,800 megabytes per second (MBs). The higher the second number, the faster the speed.)
- Speed: 3200 megahertz
- CAS Latency: 16 (Column Address Strobe (CAS) Latency refers to the number of clock cycles (for synchronous DRAM) or nanoseconds (for asynchronous DRAM) between the moment an instruction or command is initiated and the moment the data result is available. Generally, the lower the numbers, the better.)
- Features
- Buffered or Registered: Unbuffered (Registered (buffered) memory modules are classified by the addition of a register between the memory controller and DRAM modules. When compared to conventional unbuffered (unregistered) memory, this type provides more stability with less electrical load on the controller, making it a common choice for use in robust applications, such as servers.)
- Data Integrity Check: Non-ECC (Error-correcting code (ECC) memory helps to maintain data integrity within a computer system, protecting it from potential crashes as well as losses or changes to data due to undetected errors. Systems that use ECC have an additional chip on the RAM that acts as the error check.)
- Memory Channels: Single (Multi-channel memory increases the rate of data transfer between the DRAM memory and memory controller by adding more channels of communication. The more channels, the more memory bandwidth.)
- Lighting Type: RGB
- Fan Included: false
- Power
- Voltage: 1.2 volts (Amount of power needed to support an electrical current.)
- Other
- UPC: 843591088381
Handle high-bandwidth overclocking demands with this 16GB CORSAIR VENGEANCE LPX memory kit. Its two 8GB modules provide high-speed operation of up to 3200MHz, and it automatically adjusts overclocking performance with its XMP 2.0 support. The DDR4 form factor of this CORSAIR VENGEANCE LPX memory kit runs efficiently with Intel X99 and 100 Series motherboards.
- Kit of two 8GB DDR4 SDRAM memory modules: For 16GB total memory.
- Up to 3200MHz operating speed: For excellent multitasking capability.
- 8 Layers PCB heatspreader: Keeps memory cool for efficient operation.
- 288-pin DIMM: Enables capable system operation. DIMM is dual in-line memory module.
- 16-18-18-36 latency: For efficient system operation.
- Kit of two 8GB DDR4 SDRAM memory modules: For 16GB total memory.
- Up to 3200MHz operating speed: For excellent multitasking capability.
- 8 Layers PCB heatspreader: Keeps memory cool for efficient operation.
- 288-pin DIMM: Enables capable system operation. DIMM is dual in-line memory module.
- 16-18-18-36 latency: For efficient system operation.
Whats Included
- CORSAIR VENGEANCE LPX Series 16GB (2PK 8GB) 3.2GHz DDR4 Desktop Memory
- CORSAIR VENGEANCE LPX Series 16GB (2PK 8GB) 3.2GHz DDR4 Desktop Memory
Product Manuals
A: Mine show 4.31. I ordered them about a month ago...
A: Hi Zach, The memory will 1.2V if installed and left at stock 2133 MHz speed, but will then use 1.35V if you enable the 3200 MHz memory profile. -Brian
Q: Im getting a b450 tomahawk max with a ryzen 5 3600 and I'm wondering if this ram is compatible?
A: It'll definitely should work for it, but with 3rd gen Ryzen try to stick with speeds around 3400-3600. 3200 is acceptable, but the other two are preferable.
A: Yes it will. Those motherboards support ddr4 memory. As long as you have ddr4 memory you'll be fine
A: Hi, This would work only in dual channel mode or quad channel mode if a motherboard supports it. Since yours doesn't support triple channel, and in case you add this kit successfully to what your system came with, it would act as single channel. If you have anything else we can help with, please reach out: support.corsair.com -Art
Q: Will this memory work in a HP TP01-2234 Pavilion Desktop computer?
A: Hi Chingu, Based's on that system's motherboard specifications, yes, this memory kit is compatible with that system. If you have any additional questions, please feel free to reach out: support.corsair.com -Albert
A: Hi Nick, According to your motherboard specifications, it should support the speed and capacity of this memory kit. Please be sure to enable the proper speed profile in your motherboard settings. -Brian
Q: will these memory cards fit a del XPS 8700?
A: They should fit but it will depend on your motherboard and cable management all in all, I had an xps also but my took ddr3 for my motherboard
