Windows Installer Service is not running in Safe Mode

The Windows Installer Service needs to be running in order to uninstall in Safe Mode. This solution will start the service if you receive Error 1084: The service cannot be started in safe mode error message after failing to start the service or uninstall a program.

To start the service please follow the following procedure:-

First of all go to the Registry. To go to the registry, please open "run" option and then type "regedit". Now go to the following location:-

HK_LOCAL_MACHIN - System - CurrentContrulSet - Control - SafeBoot - Minimal

Now right click the "minimal" option and then select key. Then rename it by "MSIServer". Now select the "MSIServer" option. Then select "default" option from right panal. Now double click the "default" option. And write the following value under the value data tab.

 VE/TREG_SZ/F/D

 

Now close the registry console. And go to the run and type "services.msc". Now start the "windows installer service" .

Now you can uninstall any program

All of the process are showing graphically -

First of all go to that location where "minimal"  option is situated, then right click the minimal option and select key.

Then rename it by "MSIServer". Then select that "MSIServer" option. Then select "Default" option from right panel. 

Now write that above value under the value data tab. And then close.

 Now go to the services and start windows installer services.

Thanks.

3G, WiFi Vs. Wimax

The throughput capabilities of WiMAX depend on the channel bandwidth used. But 3G systems has a fixed channel bandwidth, WiMAX defines a selectable channel bandwidth from 1.25MHz to 20MHz, which allows for a very flexible deployment. When deployed using the more likely 10MHz TDD (time division duplexing) channel, assuming a 3:1 downlink-to-uplink split and 2 x 2 MIMO, WiMAX offers 46Mbps peak downlink throughput and 7Mbps uplink. The reliance of Wi-Fi and WiMAX on OFDM modulation, as opposed to CDMA as in 3G, allows them to support very high peak rates. The need for spreading makes very high data rates more difficult in CDMA systems.

More important than peak data rate offered over an individual link is the average throughput and overall system capacity when deployed in a multicellular environment. From a capacity standpoint, the more pertinent measure of system performance is spectral efficiency. The fact that WiMAX specifications accommodated multiple antennas right from the start gives it a boost in spectral efficiency. In 3G systems, on the other hand, multiple-antenna support is being added in the form of revisions. Further, the OFDM physical layer used by WiMAX is more amenable to MIMO implementations than are CDMA systems from the standpoint of the required complexity for comparable gain. OFDM also makes it easier to exploit frequency diversity and multiuser diversity to improve capacity. Therefore, when compared to 3G, WiMAX offers higher peak data rates, greater flexibility, and higher average throughput and system capacity.

Another advantage of WiMAX is its ability to efficiently support more symmetric links—useful for fixed applications, such as T1 replacement—and support for flexible and dynamic adjustment of the downlink-to-uplink data rate ratios. Typically, 3G systems have a fixed asymmetric data rate ratio between downlink and uplink.In terms of supporting roaming and high-speed vehicular mobility, WiMAX capabilities are somewhat unproven when compared to those of 3G. In 3G, mobility was an integral part of the design; WiMAX was designed as a fixed system, with mobility capabilities developed as an add-on feature.

Difference Between 32 Bit OS VS. 64 Bit OS

I know most of the person know about it, in spite of, I wrote it my fresher friend, those are interested about computer technology. One of the importance between 32 bit os and 64 bit os is, the amount of using RAM buy the system. A 32 bit operating system can use up to 4gb RAM and a 64 bit operating system can use up to 8tb(terabyte) RAM.

The main difference between 32 bit system and 64 bit system is using "addressable space". Each device, which are connected to the computer, all of those are required an address and system assign those address. For those address need some space. And those space is get from RAM. So we get usable memory in 32 bit operating system from 4gb of RAM to around 3.25 or 3.5 gb. A 32 bit OS can only address 4Gb of memory. Some of this is then allocated to hardware devices, usually dropping the available RAM to 3.25Gb or 3.5 Gb. The addressable space also applies to programs, giving a 2Gb limit of RAM to any one process. This means that 32 bit Photoshop can only ever access up to 2Gbs of RAM. Drivers are always a concern. Drivers for hardware usually have a 32 bit version, and there is usually not a problem with 32 bit drivers (finding or using). A 32 bit OS has a lower memory requirement to run. For Windows 7, the minimum RAM needed is 1Gb

A 64bit OS can address up too 8Tb of RAM (128 in 64 bit Vista, and 192Gb in Seven). The addressable space for a 64 bit process is 8Tb. However, a 32 bit process still has the 2Gb limit. So 64 bit Photoshop can access up to 8Tb of RAM, while 32 bit Photoshop (running on a 64 bit OS) will still only be able to access up to 2Gb. 64 bit drivers used to be harder to find. However, since Vista 64bit drivers have become almost as common as 32bit drivers. In order for a driver to be WHQL-certified by Microsoft, there must be a 32bit and 64bit version of it, which has really helped in producing drivers. I have been running a 64bit OS since Vista and have yet to find a program that doesn't work or hardware that doesn't have a 64bit driver. 64 bit OS needs more RAM to operate (minimum of 2Gb for Windows), and programs slightly more RAM.

Some of our misconception that are follows:-

-RAM limit is the only difference: This is obviously the most well-known difference, but is completely false. There are WAY more differences, some of which go way deep into computer architecture, and others that don't make a difference in performance.
 
-Non-compatibility: Some people believe that certain things will not work in 64 bit OS, etc. While 32 bit programs and 64 bit programs are NOT COMPATIBLE with the other system (64 bit and 32 bit respectively), Microsoft writes their Operating Systems with a Hybrid architecture (Windows In Windows, or WoW). This means that most 32 bit programs will work on 64 bit systems.
 
-No performance difference: This one is a quirky question. In general, there is not a large performance increase by switching to 64 bit. This is because most programs are still written with 32 bit architecture in mind, and do not need more than 2Gb of RAM. The difference starts to shine when running things like 64 bit Photoshop or CAD programs where LOTS of RAM is used.
 
-32 bit is better for gaming because of compatibility issues with the games or drivers: This one just isn't true. I have been running a 64 bit OS exclusively since Vista, and not once have I had a driver or game (except very old) incompatibility. If you are a gamer, a 64 bit OS would be the better choice, especially so you can use more RAM. 

Thanks.