Access Aircel Pocket Internet On PC:
If you want to access Aircel’s Pocket Internet on PC, enter the following Aircel Pocket Internet settings on your PC.

Access Aircel Pocket Internet on PC

1. To Activate Pocket Internet, dial

• For Pocket Internet-14: Dial *234*114# (validity 3 days)

• For Pocket Internet-28: Dial *234*28# (validity 7 days)

• For Pocket Internet-98: Dial *234*98# (validity 30 days)

2. In a few minutes, you will receive an SMS with configuration, don’t save it. Manually send a message PI to 121. Save the setting you receive now.
I have a Nokia N72 mobile and for this article, I’ll be using my mobile and Nokia PC Suite to show the Aircel pocket internet settings for PC. But it should be the same for other mobile phones.
Install PC Suite. Connect your mobile to your PC with the USB cable and wait until the hardware driver is installed.
3. On your mobile, open Menu >> Tools >> Settings >> Connection >> Access points. Select the access point you just received. It’s Pocket Internet. open it and check what is given under Access Point Name and note it down. It will mostly be “aircelwap.pr”.
7. In PC Suite, select Connect to the Internet. Select Settings. Select manual configuration. In the next window, enter the access point name you just noted down and save the setting.



9. Now you have to change the browser proxy setting. This is very important otherwise, you won’t be able to access internet.

• Open your browser settings and go to Network settings.
• Select manual proxy Configuration.
• Enter the IP 172.17.83.69 or 192.168.35.207
• Enter the port number 8081

10. Save the settings
11. For any other application to access internet, enter this proxy IP and port number.
Note:
To access Aircel Pocket Internet on PC, you must activate it. Just send GPRS BP NOK N72 to 57788.
As far as I have seen, the configuration message you receive after you send request for  pocket internet doesn’t enable internet on PC. The setting you receive after you manually send a message to 121 with PI enables Aircel Pocket Iinternet on PC. I don’t know the reason but the later method works.

Overclock your Phenom CPU and Save Power Simultaneously

Overclock your Phenom CPU and Save Power Simultaneously:
Who said you can’t overclock your CPU while being a greenie? If you think you can’t, the “answer” is the other way around.
You would have heard that you must disable Cool & Quiet (for AMD) when overclocking for stability. UDABC4YQNPWH Those who overclock do so to improve system performance at the expense of power consumption. But I’m going to show you how to conserve power even while overclocking.

An Automatic Overclock for your AMD Phenom CPU

Before continuing, I must give credit to this poster from whom I’ve taken the idea of using Phenommsrtweaker to run the CPU in different P-States.
What is needed for this:
1. You must have an AMD Phenom Black Edition CPU.
2. And an AMD/ATI 790GX/FX or 785GX motherboard.
3. Phenommsrtweaker.
As you might know, a Black Edition CPU from AMD has its CPU multiplier unlocked so that you can simply increase it to overclock the processor but while doing so, you mostly have to disable C&Q for stability.
There is a nifty utility with which you can overclock the CPU easily, called Phenommsrtweaker. It doesn’t only let you OC your Phenom BE but also set customized P-states. If you know how to exploit this, you can set the CPU run at power saving mode when it’s not used much and OC it (to the max, the CPU allows of course) automatically when it has to work hard.
To automatically overclock the CPU only when needed, do the following;
I’m not showing here how to find out the max CPU OC (Update: Refer to know how to overclock your Phenom CPU). Since I already know my CPU runs stable at 3.6GHz with 1.376v, I’m going to use this. You must find out the max OC your CPU allows.
Necessary tools

1. Phenommsrtweaker.
2. CPU-z – To check the CPU clock
3. HWMonitor – to monitor the CPU tempertaur
4. Prime95 for stress testing

Steps:
1. Keep everything at stock in BIOS including the CPU clock and voltage.
2. Enable Cool & Quiet in BIOS (It’s already selected by default).
3. Select “Balanced” in Power Options. (Under Windows)
4. Open CPU-z and see if the CPU runs at 800MHZ. Note down the Core Voltage.

5. Reboot the system and disable Cool & Quiet in BIOS.
6. Under Windows, set “High Performance” in Power options.
7. Open Phenommsrtweaker. Under P – state 1 set 4.0 in all the four or three or two boxes (depending on the CPU if it’s X4, X3 or X2 respectively) next to “Core multis” and the voltage you found in step 4. You may have to use “CPU VID” or “NB VID” depending on your board (I had to adjust the NB VID to increase the CPU voltage). Click Activate and Apply.

Tip: Keep CPU-z open while doing this so that you can see if the voltage you noted down is reflected in CPU-z.
4*200=800. Now your CPU runs at 800MHz. Fire-up Prime95, select the first option (Small FFT) and run it for 20 minutes. If you did everything correctly, you won’t see a BSOD.
8. In Phenommsrtweaker under P – state 0, set your CPU milti and the voltage (you might have to use “ND VID” for reasons explained in step 8 ) at which the CPU OC is stable. Click Activate and Apply.

9. Now Select Services Button in Phenommsrtweaker.
10. Select the check boxes next to “Select custom P-state settings permanent” and “Enable custom “Cool & Quiet”.

11. Don’t change anything in the last 4 boxes and select Apply.
To see if the changes took effect, reboot the system, open CPU-z and check the CPU speed. It should be 800 MHz when you do normal tasks such as browsing and using MS Word etc. When you convert video, audio, play games or anything strenuous to the CPU, it will automatically overclock to what you set it to (in my case it’s 3.6GHz).
The above image shows the CPU runs at 800MHz with reduced vcore when doing normal tasks.
The image below shows the CPU is automatically overclocked when needed.

Warning:
Overclocking is not for everyone. If you don’t know how to overclock, don’t try it. Chances of damaging your hardware when overclocking is substantial and I won’t be responsible if you fry your hardware.
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Overclock your Phenom CPU Using Software

Overclock your Phenom CPU Using Software:
Well, I know it’s extremely easy to overclock an AMD Phenom Black Edition CPU. You just up the CPU multiplier and get your processor overclocked. You usually do it in BIOS or with AMD Overdrive under windows. Though AOD is an excellent tool to overclock, I find it very slow when applying settings. But there is an excellent light weight utility to overclock your CPU under windows – Phenommsrtweaker. Though I don’t like the name of the tool, I just like the functionalities it provides.
The Phenom overclock tool is light weight, fast and can be used to automatically set your Phenom CPU to overclock when needed. It’s a great tool and I just love it. But the disadvantage is that you can only use the tool with a Black Edition Phenom CPU to overclock. But I don’t think that’s an issue as many of us are already having a BE Phenom II CPU. (Update: It’s also possible to overclock a non BE CPU if the HTT and other things are set under BIOS. Thus, one can manipulate the multiplier under windows with this tool to automatically overclock any Phenom-family processor.)

Overclocking Your Phenom CPU with Software

Overclocking your Phenom II BE CPU is extremely easy under windows. I’m going to explain how to do that here. Before that, you need the following tools.
Phenommsrtweaker

Prime95 (to test for stability)

HWMonitor (to check CPU temperature)

CPUz (to know if the COU is overvolted and overclocked)
To start off, disable C&Q from Bios as leaving it enabled causes instability.
Open Phenommsrtweaker, CPUz and HWMonitor and keep all windows visible all the time.
1. In Phenommsrtweaker next to “Core multis” you will see four boxes where you have the option to adjust the CPU multiplier. Increase the multiplier up one in all the four boxes (for me the default is 15, so I increase it to 16). And select Apply.

2. Check in CPUz if the CPU is overclocked. You can see it next to “Core Speed”.

3. You have to check your overclock for stability. Open Prime95, select Small FFTs and select OK. This will stress your CPU to the max. Run the test for a couple of hours. If the overclock is stable, your system should not crash or throw up BSOD.

4. If you find your overclock stable follow Step 1 again to increase the multiplier but this time up 0.5. Check if the overclock took effect in CPUz and do the same stress test again.
5. Continue doing the same until your system is unstable. Now you have found the max overclock your CPU gets to at stock voltage.
6. Now you have to see if you can get more overclocks with increased CPU vcore. In Phenommsrtweaker select the multiplier at which the CPU was NOT stable. In the box next to “CPU VID” you can adjust the CPU vcore. Increase it one notch and select apply. If the CPU vcore doesn’t change, increase it again and apply to see if it changes. If it changes, well and good (it has to change in the next one or two increments) , you can continue to step 7. If vcore doesn’t change try increasing “NB VID”. In some motherboards changing the “NB VID” affects CPU voltage.

7. Stress test using Prime95 to confirm stability. If the system crashes during the test, increase the vcore up one notch or until the system properly runs Prime95.
8. To find out if your CPU can overclock more, follow step 6 until your CPU no more responds to increased vcore. This is the max overclock you can get.
Note: Always stress test your CPU for at least 2 hours to make sure the CPU is stable.
Some Thoughts:
Overclockers overclock the CPU to improve the system performance. They often do it at the cost of power consumption and increased heat. As overclockers have to turn off Cool & Quiet for stability, they have to run the CPU at the max OC resulting in increased power usage even when the system sits idle.
This had been bugging me for a long time until I realized Phenommsrtweaker could be used to automatically manipulate the P-states of Phenom processors if and when needed.

For most of us, power consumption may not be an issue. But what if you can automatically overclock your Phenom II CPU when needed without compromising on stability and power consumption?
I have explained in my previous post how to use Phenommsrtweaker to automatically overclock your CPU when the demand arises. I’m using it for quite a some time and it works perfect. I would also like to recommend that to others who want to overclock but don’t want their systems to consume more power when idle. Finally, this is not an extensive AMD Phenom II overclocking guide, but will give an idea how to OC a Phenom CPU under windows. UDABC4YQNPWH
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How to Stress Test Your CPU:
Stress testing also called torture testing is very important for overclocking. Without stress testing your CPU, you can’t be sure that your CPU is fully stable at overclocked speeds. Stress testing software applications provide the highest and unrealistic work load to hardware components that if an overclocked component is stable during stress testing, it can take any other type of load.
So how to stress test your CPU?
What you need
OCCT

How to stress test your CPU

OCCT is an excellent application to stress test your CPU, GPU and Power supply. Download and extract it somewhere (like Desktop). After overclocking, do the following to stress test your CPU;

1. Open OCCT.exe
2. Select CPU Linpack
3. On “Test Type” select Custom
4. Enter the desired time. I usually enter just 10 mins when I first overclock a CPU to find the max overclock to save time. Once I find the max OC, I stress test the CPU for 2 hours.
5. On “Test Mode” select Max (90% free mem)

Once the test is over, OCCT will report whether there was any error during the test and also generate very useful graphs. These graphs report CPU usage, CPU temperature, ripple on power lines and CPU VCore etc.
If you see an error during the stress test, you may have to up the CPU v-core a notch. If you have done that already and still getting error, you either have to adjust the memory settings or have already reached the OC wall.
If you think the CPU gets too hot while stress testing, stop the test and provide more cooling. Check out the manufacturer website to know the maximum temperature your CPU can run at.
I’m planning to update the post with graphs and show how to analyze them in future.
Note:
Before overclocking and stress testing, make sure you have a good power supply (PSU). Using cheap ones will only result in burnt system components. If you don’t have one, never try overclocking and stress testing. I have also seen people overclock their processors and stress test without even knowing what PSU they have. If you don’t know which one you have, open the cabinet and check for yourself. Never trust those Chinese PSUs as they are not even capable of providing 50% of the total power they are rated at.
Secondly, get a good third-party CPU cooler if you don’t have one. Stock Intel and AMD heat sinks are good for stock clocks. Anything more than the rated clock speed is only going to increase the temperature. Increasing the v-core worsens the situation. To ensure you get good overclock and your CPU lasts longer, buy a good CPU cooler. Thermalright and Noctua make some of the best coolers. Couple it with a high CFM 120mm fan and you have a winner at hand.
last but not least, the thermal interface you use also plays an important role in overclocking. Each and every degree of heat counts while overclocking. I use Arctic Cooling MX-2 which I recommend.

Top 8 Things You Must Know Before Overclocking

Top 8 Things You Must Know Before Overclocking:
After a series of “How Tos” here, I think posting some of the most important overclocking tips would be useful for everyone. Whether you are overclocking for fun or for benching, the following tips will help you to get the most out of your system for sure.

Top 8 Tips for Overclocking

8. Cool your Cabinet: Do it at any cost. Install more fans and try to exhaust hot air out of the cabinet (also keep in mind that having lots of fans doesn’t mean they can efficiently cool your cabinet, ow you place thens does matter). As a general rule, the fan with the highest CFM should be the fan on your CPU heat sink and the next one is the exhaust, preferably at the rear.
7. Get a Good Cabinet: As it’s very important to keep your cabinet as cool as possible, your cabinet should be spacious and very efficient at venting hot air. If you have a cheap cabinet, get rid of it and get a new one with lots of space in it.
6. Get an Aftermarket Cooler: If you don’t have a good CPU or GPU cooler, don’t overclock yet. I have seen lots of guys who start overclocking without installing a third-party cooler and later come and ask “is my CPU too hot?” If you overclock, be assured that your CPU or GPU is certainly going to overheat, and that will not only impact how much you can push the chip but also how your hardware is going to last. You may not kill your CPU immediately by overclocking but over time, you may face crashes and BSODs.
5. Keep the Ambient Cool: If you are in a place where the atmosphere is hot, consider switching on the AC. Cooling your room to 22 degrees Celsius and below will get you 200 MHz (CPU) extra. You will also see that you are now able to overclock more with low vcore.
4. Know How to Manipulate RAM Clock: If you have a CPU with unlocked multiplier, well and good. But not many of us have one. If you are struck with adjusting the base clock (FSB/HTT/BCLK), you have to know how to separate RAM from getting affected by the adjustment of these base clocks. If you have an overclockable RAM, learn how to manipulate it and also the timings. Many people simply increase the base clock without even knowing the relationship between base clock and RAM. This also applies to NB frequency. There are lots of resources on the internet for you to read and understand the proper process of overclocking.
3. Overclock in Increments: Every piece of hardware is different and hence you may not be able to push your CPU or GPU like others. To find the max frequency, always overclock in increments. Increase the base clock just 5 MHz at a time and stress test.
2. Learn to Stress Test: There is no use of overclocking if you don’t stress test your hardware. Follow this link to stress test your CPU or follow this link to stress test your GPU.
1. Get a Good PSU: You follow all the above points and fail to get a good power supply and you will be in deep trouble. Power Supply Unit (PSU or SMPS) is the one responsible for providing clean power to the system. If it can’t provide the needed power, it will be overloaded. Quality PSUs have built in measures to counter any unfortunate scenario but those Chinese made cheapo PSUs don’t come with any kind of protection. They simply blow up and fry other components when stressed even little. Even if you don’t overclock, get a good PSU for your system’s longevity. Corsair and Seasonic are some of the very few companies that make good PSUs.
These are the important things you have to know before overclocking. As a side note, I also want to mention that you have to know how to clear CMOS. You have two options – right from BIOS or on your mother board. Check your motherboard manual for more details.