Question 1

Is this the correct memory for a SuperMicro X10SLL-F-O motherboard?

Accepted Answer

I don't know. I bought it for a ASUS Sabertooth 990FX/Gen3 R2.0 motherboard. The memory works great in my board. ECC stands for Error Correcting Code. Make sure you motherboard supports ECC, Unbuffered DDR3 1600 memory and that it supports 8GB in a slot. Do your homework. If unsure, don't order.

Question 2

Please, does module are Brand new genuine Kingston and comes sealed from Manufacture  or bulk oem ? thxs in advance.

Accepted Answer

I have no recollection other than it came sealed and worked.  I believe it was Kingston as nothing stood out as unusual.  Bottom line....it worked.

Question 3

I tired replacing my existing memory with these on my Dell Optiplex 7010 and it wouldnt start.  The power button would just blink an orange color and nothing else.  Is the memory bad?

Accepted Answer

How many of them are you trying to install?  The Optiplex 7010 supports a maximum of 16GB of memory, and will not start if you install more.

See page 58 of the owner's manual which Newegg won't allow me to give a link to on the Dell site.

Question 4

It says it's "w/TS", or with TS depending on where you search.   What is the TS that's with it?

Accepted Answer

Copy/paste from a page I found about Kingston memory. I have 2x8GB of this installed in Lenovo TS140 server system, works without any problems.

TS ON DIMM
 TS (Thermal Sensor) on DIMM is a closed-loop throttling technique that offers a more advanced approach to system thermal management through the use of a physical thermal sensor to further reduce guardband present in the existing methods. The reduction of guardband has a direct and positive impact on system performance.

Overview of TS on DIMM
 Instead of using power prediction to estimate the temperature of the DRAM case, TS on DIMM uses a physical thermal sensor integrated on the DIMM module to monitor the temperature of DIMM. If the thermal sensor detects that the DIMM temperature is exceeding a programmable critical trip point, it triggers an event signal that tells the memory controller to throttle the memory traffic, thereby reducing the DRAM case temperature. The addition of a physical thermal sensor results in a closed-loop throttling methodology that allows for real-time throttling based on the measured temperature. This closed-loop methodology leads to reduced guardband primarily due to the ability to sense ambient temperature. Most of the guardband present in existing throttling mechanisms is due to their open-loop policy, which means that since they do not receive feedback on the actual ambient or DIMM temperatures, they must always assume the worst-case scenario. TS on DIMM provides the needed temperature feedback and allows the system to hold off on throttling until the actual DIMM temperature reaches a programmed critical temperature trip point. The closed-loop policy offered by TS on DIMM is what allows it to reduce the guardband over existing memory throttling methods.

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