Overclock A Samsung Np-n140

1. Overclock A Samsung Np-n140 3
2. Overclock A Samsung Np-n140 Manual
3. Overclock A Samsung Np-n140 Phone

Specifications

• /r/overclocking Discord /r/overclocking wiki /r/overclocking IRC Join the HWBOT team Rules. This is a short summary meant as a reminder - please read the full rules on the wiki before posting. This subreddit is for links, discussions and questions about overclocking (and underclocking).
• This tool will download and update the correct Samsung NP-N140 NP-N140-KA07CL driver versions automatically, protecting you against installing the wrong NP-N140 NP-N140-KA07CL drivers. About The Author: Jay Geater is the President and CEO of Solvusoft Corporation, a global software company focused on providing innovative utility software.

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Can you overclock the Samsung NC10? The NC10's battery life is more then I need and I see no reason why it would be wasteful to know how to overclock it.

Reviews for the Samsung N140

Foreign Reviews

Comment

Intel Graphics Media Accelerator (GMA) 950: Intel Graphics Media Accelerator 950 is an integrated (onboard) graphic chip on Mobile Intel 945GM chipset. It is a faster clocked version of the GMA 900 and supports no hardware T&L (Transform & Lightning) accelleration (which is required for some games).These graphics cards are not suited for Windows 3D games. Office and Internet surfing however is possible.» Further information can be found in our Comparison of Mobile Graphics Cards and the corresponding Benchmark List.

Overclock A Samsung Np-n140 3

Intel Atom: The Intel Atom series is a 64-Bit (not every model supports 64bit) microprocessor for cheap and small notebooks (so called netbooks), MIDs, or UMPCs. The speciality of the new architecture is the 'in order' execution (instead of the usual and faster 'out of order' execution). Therefore, the transistor count of the Atom series is much lower and, thus, cheaper to produce. Furthermore, the power consumption is very low. The performance per Megahertz is therfore worse than the old Pentium 3M (1,2 GHz on par with a 1.6 GHz Atom).
N270:

Power efficient, cheap and slow Netbook single core CPU. Because of the in-order execution, the performance per MHz is worse than Core Solo or Celeron M processors.

» Further information can be found in our Comparison of Mobile Processsors.
10.1':

This is a typical display size for tablets and small convertibles.

Large display-sizes allow higher resolutions. So, details like letters are bigger. On the other hand, the power consumption is lower with small screen diagonals and the devices are smaller, more lightweight and cheaper.

» To find out how fine a display is, see our DPI List.
1.3 kg:

This weight is typical for big tablets, small subnotebooks, ultrabooks and convertibles with a 10-11 inch display-diagonal.

Samsung: The Samsung Group is composed of numerous international businesses, all united under the Samsung brand in South Korea. The meaning of the Korean word Samsung is 'tristar' or 'three stars'. The Samsung brand is one of the most important brands of South Korea. Samsung is an international notebook manufacturer of medium size according market shares and reviews.

In 2015 and 2016, Samsung had a market share of around 24-25% in the global smartphone market and was undisputed market leader. In the laptop sector, Samsung is on the 8th place in the global manufacturer rankings from 2014-2016 with 1.7-2.7%.

In 2016 Samsung slipped into a crisis due to exploding smartphone batteries and a failed recall action.

81.53%: This rating should be considered to be average. This is because the proportion of notebooks which have a higher rating is approximately equal to the proportion which have a lower rating.
» Further information can be found in our Notebook Purchase Guide.

Before you learn how to overclock your CPU, there's a few basic principles to get your head around. The first one is heat. Inevitably, the more voltage you add to your components, the more heat that component is going to produce.

Second, the higher the clock speed you're trying to achieve, the more voltage you will need to power that attempt. Makes enough sense.

And thirdly, there's only so much voltage your PC part can take before you start to see detrimental effects. These could be a drop in frame rates for GPUs, corrupting processes on the CPU, or even a failure to boot at all.

These, essentially, are the basic limits of overclocking. All chips are born equal, but some are more equal than others. You'll often hear overclockers talk of 'The Silicon Lottery.' In short, this is to do with the manufacturing process with each and every processor.

Small imperfections in the application of the silicon lead to a variance in how well the chips perform, both in stability with an increase in voltage, and how much heat they produce at max load. You might get lucky with yours, or you might not.

It can equate from anywhere between 0.2GHz frequency difference to, in some cases, up to 1GHz in overclocking potential.

So, as long as you have one of the best CPU coolers, and the best processor capable of overclocking, you can dive into your BIOS and get to overclocking – and we’re here to help.

• Keep your overclocked rig cool with our guide on how to water cool your PC

1. Check CPU stability

To ensure a successful overclock, we'll need to know that the CPU is stable at both idle and max load. To do this, we'll be using a free piece of software called Prime95.

You’ll also need a program that monitors the temperatures your CPU is outputting. We used Core Temp here, but if you’re using a Ryzen processor, you’ll likely want to either install AMD’s Ryzen Master software or HWiNFO. The latter is especially useful, as it will feature all your system monitoring in one place.

There are alternatives out there – Corsair and NZXT have proprietary software that works with their products, plus most motherboards have viewable temperature controls that you can use from the desktop.

2. Check your core temp

Once those programs are extracted or installed, load your temp monitoring software to begin monitoring your processor’s temperature.

Always take into consideration all your core temps to get an idea of how hot your processor is running.

3. Run the stress tests

Now, we'll want to benchmark your CPU, at stock, to see how hot it runs at 100%.

Start Prime95, select 'Just stress testing,' and then you'll be given a list of options as to which stress tests you'd like to perform.

Choose 'Blend Test,' and press 'OK'.

4. Get into the BIOS

After about 5 to 10 minutes, once your temperatures have stabilized, go into Prime95. Select 'Test' on the top bar and hit 'Stop', then restart your PC and tap that Delete key on your keyboard to get into your BIOS.

(Be sure to pay attention to your early login screen, as the key press to enter your BIOS tends to differ between device vendors.)

In this test, we're using an ASRock Z97 Extreme 4 motherboard. So, the UEFI could be a little different in comparison to some of the other manufacturers you'll find out there, but the base settings will essentially be the same.

5. Go for auto-overclock

Once inside your BIOS, find the overclocking tab. In ours, it's named 'OC Tweaker.' Once in, you have several options.

The easiest way to overclock your CPU is to let the motherboard do the majority of the work.

Most manufacturers will include overclock profiles, usually ranging from 4GHz to 4.8GHz, depending on the CPU installed.

Setting the motherboard to run one of these profiles will allow it to attempt to overclock the chip to that frequency without any user input.

This can be a quick solution, especially if you're only dialing in a conservative overclock (3.5GHz to 4GHz, for example), but this isn't conducive if you want to push beyond that 4.8GHz barrier, or if you can't reach that frequency through the automated profiles.

Also, if you’re using an AMD Ryzen or Threadripper processor, you can go into Ryzen Master to get access to easy, no-brainer overclocking – in the same place as your CPU temp readings.

6. Changing the multiplier

Overclock A Samsung Np-n140 Manual

More adept users will find manual control a lot more comprehensive in regards to what true overclocking is all about. To keep it simple, you want to change the CPU ratio, or multiplier, for all cores to the target number you wish to achieve. Energy weapons build fallout 4.

That's 35 in this case.

The multiplier then works with the cores' BCLK (or 'base clock') frequency (usually 100) to create that final figure of 3.5GHz. In this tutorial, we're going to attempt to overclock our CPU, just to start with, from 3.5 to 4GHz, simply by changing the multiplier.

7. Test at max load

Once you've changed the CPU ratio multiplier to 40, save changes and exit the BIOS. Boot into Windows, open Core Temp to monitor your CPU temp, then open Prime95 and select 'Options', 'Torture Test' and finally 'Blend Test,' to see how your chip fairs at max load.

If it's stable for at least five minutes, we can begin to up the multiplier to achieve a higher overclock.

8. Finding the limit

At this point in overclocking your CPU, you'll want to increase the multiplier by one and repeat the process of stress testing in Windows each time, until you reach the point where you initially either get a Blue Screen of Death or your CPU begins to thermally throttle itself.

Ideally, you want to blue screen before you reach your thermal limit.

9. Increasing the voltage

To overcome the blue screen issue, we need to start working with the Vcore voltage. Back in the BIOS, you want to find CPU Vcore Voltage Mode.

Change this to 'Fixed'. At this point, you may need to do some research as to what the stock Vcore your CPU takes, and what people are suggesting for overclocking.

You'll want to begin increasing the voltage by 0.01 volts each time, until you can successfully boot, stress test and maintain stability at your target frequency.

Once you get a little more comfortable overclocking, you'll find yourself increasing voltages by 0.05 or 0.1 at a time. It's more about learning how your CPU responds to different amounts of voltage at this point.

Overclock A Samsung Np-n140 Phone

Eventually, you'll get to a point where you cannot reach that next frequency, regardless of how much voltage you throw at it. This is when you want to dial back your overclock by 0.1GHz and drop the Vcore voltage back to the last stable settings for that frequency and maintain it there, as this is your final overclock.

10. Back to benchmarking

To ensure a stable overclock, you should now benchmark for as long as you feel is appropriate. This can be anywhere from an hour to a full day, depending on how patient you are.

Finally, you can enjoy your machine at its utmost potential.

This article is part of TechRadar'sSilicon Week. The world inside of our machines is changing more rapidly than ever, so we're looking to explore everything CPUs, GPUs and all other forms of the most precious metal in computing.

• Give your graphics a boost by learning how to overclock your GPU