Increase and update your business infrastructure by upgrading the RAM memory of your Asus RS720-E7/RS12 server, and experience the difference in secure scalable speed and performance with Cloud Ninjas's selection.
The Asus RS720-E7/RS12 server is a dual processor system with 16 DIMM slots. There are 8 memory channels,
each managing 2 slots.
The Asus RS720-E7/RS12 supports ECC Registered, Load-Reduced or ECC/non-ECC unbuffered DDR3 memory.
Different speeds can be mixed; however the modules will function at the slowest speed installed.
The Maximum speed RAM can run on the Asus RS720-E7/RS12 is 1866MT/s.
Keep in mind, the CPU you choose also impacts the available speeds your RAM can run.
Cloud Ninjas Asus RS720-E7/RS12 memory Upgrade Tips
The total number of DIMMS for the Asus RS720-E7/RS12 server is 16 slots.
The Asus RS720-E7/RS12 supports 4GB, 8GB, 16GB, 32GB DDR3 ECC Registered or 8GB, 16GB, 32GB Load-Reduced or 4GB, 8GB DDR3 ECC/no-ECC unbuffered.
RDIMMs, LRDIMMs or UDIMMs must not be mixed. The Asus RS720-E7/RS12, does support ECC/Non-ECC Unbuffered DDR3 Memory.
Buy “Asus RS720-E7/RS12” memory today from Cloud Ninjas!
When purchasing new memory it is best to purchase identical memory modules to what your system already has. Your current server configuration will determine the supported DIMM type and speed.
The Maximum amount of RAM the Asus RS720-E7/RS12 server can hold is 512GB of ECC Registered or Load-Reduced memory.
Think Long Term! Purchase the maximum amount that your Asus RS720-E7/RS12 can hold and avoid wasting time and money on modules you won't be able to use if you upgrade again.
The Asus RS720-E7/RS12 supports maximum speed of 1866MT/s depending on processor generation.
Cloud Ninjas's Asus RS720-E7/RS12 Q&A
1. What sizes can you use for the Asus RS720-E7/RS12 Server? The Asus RS720-E7/RS12 Server can be upgraded using 4GB, 8GB, 16GB, 32GB RDIMMs or 8GB, 16GB, 32GB LRDIMMs or 2GB, 4GB, 8GB UDIMMs. Get your kit at https://cloudninjas.com/.
2. What speeds are supported by the Asus RS720-E7/RS12 Server? The Asus RS720-E7/RS12 Server can support memory modules at speeds 1866MT/s depending on DIMM configuration or processor generation.
3. What types of RAM are accepted by the Asus RS720-E7/RS12 Server? The Asus RS720-E7/RS12 Server supports ECC Registered or ECC/non-ECC unbuffered DDR3 memory.
4. What is ECC Registered Memory? The Asus RS720-E7/RS12 Server does support registered memory with ECC. ECC Registered Memory detects and corrects single-bit errors in memory using parity bits and a series of mathematical equations. In ECC Registered memory, Registers (also called buffers) sit between the memory module's address bus and the physical memory chips.
5. What is Unbuffered Memory? The Asus RS720-E7/RS12 Server does support unbuffered memory with ECC. Unbuffered memory is memory that has no registers (also called buffers). Unbuffered memory can be ECC (for entry-level servers and workstations) or Non-ECC (for desktops and laptops).
6. What is Load Reduced Memory? The Asus RS720-E7/RS12 Server does support load reduced DIMM (LRDIMM). ECC Load Reduced Memory detects and corrects single-bit errors in memory using parity bits and a series of mathematical equations and reduces electrical load on the system's memory controller when compared to other types of memory modules. In ECC Load Reduced memory, Registers (also called buffers) sit between the memory module's address bus and the physical memory chips. Additional registers also sit between the Memory chips and the data bus, further reducing load on the system's memory controller in comparison to ECC registered memory.
7. Can I mix ECC Reg with ECC unbuffered or Non-ECC memory? The Asus RS720-E7/RS12 Server does not support the use of both unregistered and registered memory with ECC or the use of non-ECC memory. It is recommended to use identical memory configuration in all channels.
8. What is the max configuration? The Asus RS720-E7/RS12 Server supports the standard maximum configuration of 512GB using 16x32GB RDIMMs or 512GB using 16x32GB LRDIMMs or 128B using 16x8GB UDIMMs. Get your kit at https://cloudninjas.com/
9. How many memory channels per CPU? The Asus RS720-E7/RS12 Server has 8 channels which house 2 sockets per channel with a total of 16 sockets in the dual processor configuration. Each processor has 4 memory channels, each managing 2 sockets.
10. How do I identify the start of the memory channel? The Asus RS720-E7/RS12 Server, requires memory to be installed into the first white channel marked A1 for Processor 1, inserting in sequential order and then Processor 2 the first white channel marked B1.
11. Where can I order memory for my server? Order your memory at https://cloudninjas.com/ by finding and selecting the memory package that is right for you.
12. How soon will my RAM arrive?Orders placed before 8 am are set for same day processing and shipping. Delivery times vary based on carrier and location.
13. What is the warranty on memory for the server?Cloud Ninjas offers a one-year warranty on fully tested, refurbished memory.
14. Is this RAM Dell labeled or Dell branded?No. The memory shipped from Cloud Ninjas is compatible with your Asus system. However, it will not have a Dell sticker. We ship major brands such as Samsung, Hynix and Micron.
Use left/right arrows to navigate the slideshow or swipe left/right if using a mobile device
Choosing a selection results in a full page refresh.
Press the space key then arrow keys to make a selection.
Filters
The total number of DIMMS for the Asus RS720-E7/RS12 server is 16 slots.
The Asus RS720-E7/RS12 supports 4GB, 8GB, 16GB, 32GB DDR3 ECC Registered or 8GB, 16GB, 32GB Load-Reduced or 4GB, 8GB DDR3 ECC/no-ECC unbuffered.
RDIMMs, LRDIMMs or UDIMMs must not be mixed. The Asus RS720-E7/RS12, does support ECC/Non-ECC Unbuffered DDR3 Memory.
Buy “Asus RS720-E7/RS12” memory today from Cloud Ninjas!
The Maximum amount of RAM the Asus RS720-E7/RS12 server can hold is 512GB of ECC Registered or Load-Reduced memory.
Think Long Term! Purchase the maximum amount that your Asus RS720-E7/RS12 can hold and avoid wasting time and money on modules you won't be able to use if you upgrade again.