#Cpu Z Safe Install Your Motherboard

Cpu Z Safe Install Your Motherboard

Luckily, CPUs these days are made to take care of themselves-as long as the thermal monitor option is enabled in the BIOS, so if it notices itself. From there its easy to see the RAMs frequency and timings. The memory tab is shown in the picture below. In day-to-day tasks, the RAM being a few nanoseconds faster might not matter, but if you’re really crunching numbers, any small performance improvement can help.CPU-Z also has other tabs, such as Memory and Graphics. Pin.May 08, 2013Hp e93839 motherboard cpu support JavaScript seems to be disabled in.Improving the speed at which your RAM runs can directly improve your CPU’s performance in certain situations, though there is a point of diminishing returns when the CPU simply can’t churn through more memory fast enough. How to install your motherboard chipset drivers.

Take a look at this benchmark from Linus Tech Tips:The average frame rate is usually boosted a few percentage points with faster RAM when the CPU is doing most of the work. Each frame might only have a few milliseconds to process a lot of data, so if the game you’re playing is CPU bound (like CSGO), faster RAM can improve framerates. CPU-Z is a completely free tool that will help you.In games though, RAM speed can actually have a noticeable effect. All you ever wanted to know about your Android device.

Even on unstable overclocks, the worst that happens is you’ll get an error when testing for stability and be kicked back to the drawing board. An overclocked CPU or GPU can be much louder than one running at stock settings.With memory, they don’t produce much heat at all, so it’s quite safe. When you overclock a CPU, you have to worry about whether or not your cooling will handle the faster clocks. Overclocking RAM Isn’t ScaryOverclocking RAM isn’t nearly as scary or unsafe as overclocking a CPU or GPU. This is called microstuttering, and it can make games feel choppy even when the average frame rate is high.

XMP is essentially the RAM telling the system, “Hey, I know DDR4 is only supposed to support speeds up to 2666 Mhz, but why don’t you go ahead and overclock me to the speed on the box?” It’s an overclock from the factory, already pre-tuned, tested, and ready to go. This is because of XMP (Extreme Memory Profile). So really, the speed is 1200 Mhz, or 2400 mega-ticks per second.But most DDR4 RAM is usually 3000 Mhz, 3200 Mhz, or higher. Though this is actually a bit of a marketing lie DDR stands for “Double Data Rate,” meaning the RAM reads and writes twice for every clock cycle. The “stock” speed for DDR4 (the newest memory type) is usually 2133 Mhz or 2400 Mhz. Speed, Timings, and CAS LatencyRAM speed is generally measured in megahertz, usually abbreviated as “Mhz.” This is a measure of the clock speed (how many times per second the RAM can access its memory) and is the same way CPU speed is measured.

But CAS latency is only one of many different timings and clocks that make RAM work the rest are generally just referred to as “RAM timings.” The lower and tighter the timings are, the faster your RAM will be. It’s usually referred to as “CL” after the RAM speed, for instance, “3200 Mhz CL16.”This is usually tied to the RAM speed—higher speed, higher CAS latency. CAS latency is a measure of how many clock cycles there are between the READ command being sent to the memory stick and the CPU getting a response back. They are a measure of latency (how fast your RAM responds). Anything higher than the stock JEDEC speeds is an overclock, meaning XMP is simply a JEDEC profile that has been overclocked by the factory.RAM timings and CAS latency are a different measure of speed.

They’re both using Samsung B-die DDR4 memory chips, except one has a gold colored heat spreader, RGB lights, and a bejeweled top ( yes this is a real thing you can buy).When the chips come from the factory, they’re tested in a process called binning. They buy those from semiconductor foundries, which means all the RAM on the market comes from a few main places only: Samsung, Micron, and Hynix.Additionally, the flashy kits of memory that are rated for 4000+ Mhz at low CAS latencies are the same thing as the “slow” memory that cost half the price. XMP Won’t Do It All for YouYou may buy your RAM from G.Skill, Crucial, or Corsair, but those companies don’t make the actual DDR4 memory chips that make your RAM tick.

The XMP speed is just a rating that guarantees that stick of memory will perform at the rated speed 100% of the time. It’s called the silicon lottery, and it’s what makes high speed kits expensive.But the speed on the box doesn’t always match up with your RAM’s true potential. Some RAM handles itself really well at 4000+ Mhz with low CAS latency, and some RAM can’t overclock past 3000 Mhz.

How To Overclock Your RAMThe hardest part of overclocking RAM is finding out what speed and timings you should use because the BIOS has more than 30 separate settings for you to tweak. But what if you ran the memory at 1.375 volts? What about 1.390 volts? Both are still nowhere close to unsafe voltages for DDR4, and even just a little bit of extra voltage can help the memory clock much higher. For example, they may bin their kits of RAM at 1.35 volts, not do extended testing if it doesn’t pass, and chuck it in the “3200 Mhz mid-tier bin” that most kits of memory fall into. My kit of RAM refused to run with the XMP profile out of the box until I fixed the timings myself.Additionally, the factory binning process will have a set voltage range they want to operate in. In my case, my ASUS motherboard’s “auto” settings set some extremely strange values for some of the timings. According to a representative at Kingston, they “tune the ‘Primary’ timings (CL,RCD,RP,RAS) only,” and since the SPD system used to store XMP profiles has a limited set of entries, the rest is up to the motherboard to decide, which doesn’t always make the right choice.