Crucial 16GB (2 x 8GB) 240-Pin DDR3 SDRAM ECC Unbuffered DDR3L 1600 (PC3L 12800) Server Memory Model CT2KIT102472BD160B

Pros: Worked at rated speed right out of the box. Was able to enable ECC in the BIOS and confirmed in Linux. Tolerant of 1.5V which the BIOS was set to. Worked just fine after dropping down to rated 1.35V.

Cons: None

Overall Review: I can confirm that ECC works with an AMD FX-8370 on an ASUS M5A99FX Pro R2.0, at least in Linux.

Pros: I also am using this with a SuperMicro MBD-X10SLM-F motherboard with no issues.

Cons: None

Pros: Works on SuperMicro X10SAE with Xeon E-3-1231

Cons: none

Pros: - Good Price for ECC Unbuffered PC3-12800 Server Memory. - Higher Performance than the stock Memory Modules. - Gave a memory speed WEI score with W7 of 7.6 vs 7.3 for the stock Samsung and Hynix memory modules. - Compatible with 1.5 volt memory modules. - Works Great in a Lenovo TS-140 Server. - PnP for my application.

Cons: - None at this time.

Overall Review: I had some extra slots on the M.B. of a Lenovo Thinkserver TS-140 server that I am setting up to run V.M.'s. The memory in the machine was CL11 and 1.5 volt ECC unbuffered DIMM's from Samsung and Hynix. The BIOS on this server does not allow any adjustment of either voltage or latency so it can be finicky about the memory used. I picked these Crucial modules because they were a very good price for server memory and I have good success with Crucial in the past. I went to the Crucial website and these modules were marked as compatible. I was somewhat concerned that these modules would not be compatible with the stock 1.5 volt CL 11 modules since these were 1.35 volts CL11 modules. Just to ensure the modules worked by themselves, I removed the stock modules and put these Crucial DIMM's in the #2 & #4 slots then powered up the server. The server loaded the BIOS and booted the OS with no problems. Both modules were recognized and had no errors. After turning off the power and unplugging the server, I installed two 4GB Samsung 1.5v modules in the #1 & #3 slots then powered up the server. Again, it loaded the BIOS and booted the Win7 OS with no problems. I re-ran the WEI test and the memory speed score increased from 7.3 to 7.6 for the new modules. An increase that I did not expect but is probably from the lower voltage modules. The modules have been running in the server 24/7 for about a month now and are working fine with no indication of failure. I am fully satisfied with these Crucial ECC UDIMM's. The price was right and the performance increase was appreciated. I recommend them.

Pros: worked perfect in my HP Proliant ML10v2 reconized and smart memory and nice and stable cheaper than HP branded memory without any cons

Cons: None

Pros: It works, which sadly is not a given when talking about various combinations of motherboards, processors and RAM.

Cons: None, really.

Overall Review: Using this RAM with: SUPERMICRO MBD-X9SCL-F-O LGA 1155 Intel C202 Micro ATX Intel Xeon E3 Server Motherboard Intel Xeon E3-1230 V2 Ivy Bridge 3.3GHz (3.7GHz Turbo) 4 x 256KB L2 Cache 8MB L3 Cache LGA 1155 69W BX80637E31230V2 Server Processor

Pros: I've been looking for ram that would be compatible with my N54L which has a limit of 8 GB on spec, though will allow certain ram at 16 GB. This wasn't a listed option for my system on any sites I could find with compatibility list though it works fine and I haven't had any issues with it running a server 23/7 for the past 3-4 months now. Form factor is great and fits the system nice.

Cons: I don't really see any.

Pros: it works at speed in a Supermicro X9SCM-F-O motherboard.

Cons: the price is a little high

Overall Review: have this RAM in server running 24/7 and it's doing the job. Crucial Rocks!