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Yellow and orange, blue and black, green and red: you'll find the RAM slots on motherboards in all sorts of color pairs. But what exactly do ...
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Do you know if it's actually a bad RAM module or could it be a bad motherboard slot? Have you tried re-seating both modules in their slots ...

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Don't know how to install extra RAM in your PC?. system, motherboard slots open for RAM, and the maximum amount of RAM your system can handle.
RAM is installed in a series of slots on the motherboard known as the memory bank. The memory module is notched at one end so you won't be able to insert it ...

what is ram slots on motherboard It will also discuss RAM speed and timing parameters to help you understand the specifications often quoted on vendors' websites.
Its final aim is to assist you in upgrading your system by suggesting some tools and strategies to help you choose new RAM.
It is written from the standpoint of a desktop PC owner but most of the concepts apply to laptops and notebooks as well.
Like all PC components, RAM has gone through a number of evolutionary changes and some revolutionary changes and only the RAM designed for your computer will work in your computer.
There are literally hundreds of different RAM products on the market today so it is important to know the correct type for your system.
I am attempting to write this for the non-technical user but the further I get the more I descend into techno-babble so you may need to learn a few terms along the way.
I'll assume familiarity with common terms like Megabytes and Gigabytes etc.
Finally I should say I'm not a memory expert, some of the information here I came across in the process of writing this tutorial, but I hope you will get as much out of this exploration of RAM as I have.
This tutorial this web page contain more than you ever wanted to know about PC memory!
Tools Required We recommend the following programs to assist in testing your memory.
The term 'RAM' is an acronym for Random Access Memory, this is the memory that your computer uses to run its operating system and any applications that you start.
The name means that the computer can access information held anywhere i.
In other words if there is some information stored in the 1000th location in memory the system does not have to read the information in the preceding 999 locations to get there, instead it can access the 1000th location simply by specifying it.
The drive electronics then separates out the information from sector 14 and returns that to the application, the information from the rest of the track is discarded.
So RAM is the quickest way of organising information for retrieval.
Why not have everything on your computer stored on RAM?
The answer is cost and volatility - RAM costs far more per GB than a hard drive and most RAM requires power to maintain the information stored in it It's memory is "volatile".
If you had a RAM only computer you would have to reload the operating system and all your applications and data every time you switched off or there was a power cut.
There are appropriate uses for this type of computer e.
Your computer needs different amounts of RAM for different tasks and the more applications you open the more RAM is required.
You might think that sooner or later you will run out of RAM and then what?
Well the operating system is designed to cope with that situation by 'paging' blocks of RAM to the Hard Drive.
What that means is if the system is running out of RAM it takes the contents of a 'chunk' of RAM usually the least used part and writes it to a reserved area of the Hard Drive, called the Page File or Swap Space.
The 'chunk' of RAM is then declared free for use.
By using the swap space in this way the system normally never runs out of RAM.
But as we have already discussed accessing information on the Hard Drive is inherently slower than accessing it from RAM so the result is the computer slows down.
No-one likes a slow computer so what do you do about it?
Obviously you want to add more RAM but to do this you need to match the additional RAM with what is already in your PC and you need to be sure your motherboard will support the kind of RAM you intend to use.
Different Types of Memory and some Terminology In "the beginning" RAM came in the form of semiconductor chips which were individually plugged, or soldered, into the motherboard.
That made up the original 640KB of system memory that DOS hung onto for so long.
Now memory comes in clip-in modules, usually called memory sticks not to be confused with USB Flash drives which sometimes go by that name.
Memory sticks or modules have changed format over the years as their capacity has increased.
The terminology has carried over to describe the number of contacts on memory modules even when they are not pins.
Just as a bus in real life is a means of transporting large numbers of people from one location to another, so a bus in a computer is a means of transporting large numbers of signals or data from one integrated circuit to another.
For example the front-side bus FSB transports data between the CPU and the Memory Controller and to other destinations.
Buses may contain subgroups that are also buses, for example the "Memory Bus" which links the Memory Controller and the RAM contains an address bus, a data bus and a command bus.
Very widely used in mass production PCs.
Faster, larger and more expensive than DRAM.
Cache memory is a separate store of SRAM used by the CPU to store the most frequently used 'information'.
There are different "levels" of cache depending on how close they are learn more here the CPU, Level 1 cache is actually part of the CPU chip itself, Level 2 and Level 3 are external to the CPU usually on the motherboard.
Introduced in 1990 with approx 10% increase in speed over Fast Page.
Sometimes known as Hyper Page Mode HPM.
The data is stored, as is always the case in computers, in binary - a sequence of eight ones and zeroes which make up the byte of data.
The Parity of that data byte is found by determining whether there are an odd number or even number of ones in the data.
The parity of each data byte can then be stored by adding an additional bit of data, which can be either a one or a zero.
This extra bit of data is called the 'Parity Bit'.
In the 'even parity' system if the total number of ones in the byte is an odd number the parity bit is set to one, thus evening up the number of ones.
There is also an 'odd parity' system which is the other way round just to confuse us all.
When the data is read back into the system the computer again calculates the parity of the data byte and compares that to the parity bit that was stored with it.
If the calculated and stored parities agree then all is well usually but if they disagree then there has been an error and the data byte is suspect.
To use parity error checking the RAM must be able to store nine bits per byte of information.
The memory controller on the motherboard must support this function.
It uses 184 pin modules.
This was the mainstream memory technology to the end of 2005.
These are smaller and thinner memory modules, typically used in laptops.
Modules have 144 or 200 pins.
Also allows manufacturers to put large logos and badges on the memory modules.
This is expected to be the mainstream memory technology to slots sky vegas gratis end of 2007.
Not compatible with DDR motherboards.
Modules have 240 pins.
Systems that have dual channel capabilities can effectively double the bandwidth of the Memory Bus by accessing the RAM modules in pairs.
To use Dual Channelling you would purchase RAM in matched pairs and install it symmetrically across the memory channels.
Significant degradation of system performance occurs if more than a certain percentage of current data resides in virtual memory.
I was hoping to gloss over this but so many RAM companies quote latency figures it's bound to come up.
See the section on Latency below.
In the days of 30 pin modules memory chips only held one bit per address and you could only fit 8 chips on a module so to "fill" the 486CPU's data bus which was 32 bits wideyou needed four modules to make one bank.
The introduction of 72 pin SIMMs meant the whole 32bits of data could be supplied by one module, but when the Pentium CPU was introduced with a 64bit data bus so you needed 2 SIMMs to make a bank.
This explains why owners of older Pentium systems always had to add or upgrade their memory in pairs.
With the introduction of the 168pin DIMM this drawback was overcome and now there can be many banks of RAM on one memory module.
Usually a rank fills one side of a memory module so if your module has two ranks that means there are chips on both sides.
For an illustrated guide to memory modules see this link - Common RAM Sizes If I remember correctly the original SIMMs came in 256KB, 512KB and 1MB packages and cost a source fortune.
In the days of Windows 95 a computer would commonly have several 4MB or 8MB memory modules.
By the time Windows 98 came out these had become 16MB or 32MB modules to make up around 64MB in a good system.
For Windows XP computers 128MB is a workable minimum depending on what applications you want to run, modules tend to be 128MB, 256MB or 512MB.
Currently systems routinely ship with 512MB sticks and 1GB sticks are becoming more common.
RAM module sizes always double: 4MB, 8MB, 16MB, 32MB, 64MB, 128MB, 256MB, 512MB, 1GB, 2GB, etc.
Most likely this was a system that started life with 64MB of SDRAM and was upgraded by adding a 128MB module.
How much memory is reserved depends on settings in the BIOS and is usually any standard size from 4MB to 64MB.
The 'total' amount of RAM that Windows sees is then the size of the RAM module, less the amount reserved for video.
This can result in some very odd-looking amounts for total system RAM.
For example a system's total RAM may be reported as 352MB.
This could be made up of one 128MB module plus one 256MB module less 32MB reserved for video.
RAM Speed The RAM in Intel based computers is accessed by the CPU via the front-side bus FSB and the memory bus.
Improvements in technology have changed the speed of the FSB dramatically.
Similarly the RAM itself has a maximum speed at which it can reliably operate and this must be at least as high as the memory bus speed.
Clearly there is a 'grey area' where the definition of reliable operation is made and this is one difference between 'low quality' and 'high quality' RAM - the high quality RAM is likely to operate with close to 100% reliability significantly above the bus speed for which it is rated.
This is one of the regions that overclockers exploit to boost their system performance - increasing the FSB speed to take advantage of the performance 'buffer zone' of good quality RAM.
Obsolete SIMM modules EDO or FP were rated by the response of the chips on the module e.
Older SDRAM sticks were rated as 66MHz, 100MHz PC100 or 133MHz PC133 speeds.
Original DDR was rated at PC1600 or PC2100.
Current DDR is rated as PC3200.
Original RIMM modules were PC600, PC700 and PC800 speeds.
Current RIMM modules are rated PC1066.
Original DDR2 is designed for 400MHz, 533MHz and 667MHz speeds.
Latest DDR2 is designed for 800MHz operating speed.
What does this mean in terms of quantity of data that could be transferred per second?
In the simplest terms Latency is delay.
In a computer it is the inevitable pause between asking for some data and having that data available to be used.
To give a real life example I looked at the Newegg site and found a couple of pairs of 1GB DDR PC3200 RAM modules which would look nice in my system, but am I better off ordering the OCZ Gold RAM with 2-3-3-8 timing or the Mushkin High-Performance RAM with 2-3-2-6 timing?
What the heck do those numbers mean anyway?
I'll try to offer a simple explanation, but if all this terminology really makes your eyes glaze over then just remember if all else is equal then the lower the numbers are, the better the RAM will perform.
Then skip to the next section.
For the rest of us here goes: Data is stored in your computer's memory chips in a similar way to storing data in a spreadsheet - it is organised in rows and columns and is sequential along a row.
For example in a 16Mbit chip there would be 4,194,304 address locations or "cells" arranged in 2048 rows and 2048 columns.
Each cell in the chip holds four bits of data.
Part of the chip might look like this: Address Column 1 Column 2 Column 3 Column 4 Row 1 1101 1001 0100 0110 Row 2 1011 1000 1100 0000 Row 3 1111 1010 0101 1100 Row 4 1011 0011 1010 1100 Keep in mind the ones and zeroes are represented by voltage levels in the form of electrical charge in a capacitor in the real chip and that these are being refreshed repeatedly.
To read the data in a particular cell in our 2048x2048 chip the computer needs to indicate which Row the data is in and then indicate the Column that holds the cell containing the required data.
It does this by issuing in binary an "address" for the Row and then the Column using the same 11 bit address bus in each case because it takes 11 bits to count up to 2048 in binary.
For example to read the data in the green cell in the diagram the computer must first address Row 3 highlighted in yellow and after that address is fixed it addresses Column 2 highlighted in slot double video gold />Can you see a delay here already?
Because everything is taking place at mind-boggling speed there has to be a 'pause' between issuing the Row address and issuing the Column address to allow the voltages to stabilise.
If the pause is not long enough the Column address could be corrupted by voltage remaining from the Row address resulting in the wrong data being read.
Both the Row address and the Column address are "latched" into the memory chip by signals called "strobes", so we have a Row Address Strobe RAS and a Column Address Strobe CAS.
The necessary delay between them is called the RAS-CAS delay or TRCD.
All the delays referred to are measured in clock cycles rather than actual time intervals.
Once the cell data 1010 has been read the next four bits of data required are usually in the same Row but in the next Column along so only the Column address needs to be changed.
Again there must be a delay while the previous address 'evaporates' and the new address voltages stabilise before the address can what is ram slots on motherboard latched.
This delay is called the CAS Latency or CL.
Similarly, once all the required data in a row has been read a different row needs to be addressed.
Since the contents of the cells have to be refreshed and this is done on a Row by Row basis there is another delay required called the RAS Precharge time or TRP.
The memory in your computer is not active all the time and during the tiny intervals of inactivity certain parts of the memory are shut down to help prevent the chips from overheating.
This introduces a delay when they need to be activated again.
This is called the "Active to Precharge" delay or TRAS.
Finally there is another delay that must be allowed for, which is the delay between the computer selecting a particular memory chip as there will be many chips making up your RAM and what is ram slots on motherboard able to issue a command to that chip.
This is called the Command Rate and for some reason seems to be without an acronym.
So coming back to the real world and our examples from Newegg can you guess what the quoted "timing" numbers are?
That's right - they are the delays or latencies we've just discussed.
This value has the what is ram slots on motherboard effect on system performance.
It is usually 2, 2.
Not as critical as CL, it is usually 2,3 or 4 for DDR memory.
This value has similar effects to TRCD.
This value affects stability more than performance.
Typically between 5 and 8 for DDR memory.
For slow RAM it would be 2T.
Strangely some overclockers get very good results by deliberately setting the Command Rate to 2T even with low latency RAM as it allows them more flexibility when tweaking the other latencies and bus speeds.
Note that the numbers are valid only for the rated clock speed and will also be quite different for different types of RAM.
The real life examples were 2-3-3-8 and 2-3-2-6 both of which are good for DDR at 400MHz, but I can now see that the Mushkin 2-3-2-6 RAM may be more stable under heavy load than the OCZ RAM.
So I can check the price differential and consider whether that is likely to be an important factor for my computer usage.
These latencies and timing figures have to be entered in the BIOS when the RAM is installed - the reason you've probably never had to do this is they are programmed into the SPD EEPROM on the RAM module and the BIOS reads the values automatically unless set to manual.
If you have two RAM modules with different timing figures then the BIOS takes the highest figure slowest setting to work with.
The timing figures are manufacturers recommendations for successful operation, there is no law which says the memory module will not work with different timing and this is fertile ground so hot slots app overclockers to experiment.
They switch the BIOS memory settings to Manual so the SPD is ignored and insert their own figures in the BIOS.
I am NOT suggesting anyone attempt to do this, unless you know exactly what you are doing.
You can destroy your RAM with what is ram slots on motherboard settings.
How to Identify your RAM To properly identify your RAM you need to know the total memory size in Megabytes MBhow many memory modules there are, the type of RAM you check this out, its speed and ideally its manufacturer.
There are a number of different ways you can find some or all of this information.
The program takes a few seconds to gather information then settles down at the 'Readings' screen where it shows you fan speeds and component temperatures.
Click on the 'Info' tab and click the 'Read info' button.
This gathers information and displays it in the 'DIMM info' box.
Scroll up and down to see all the information.
As shown below SpeedFan tells me I have only one RAM stick DIMM 0 and it is DDR, it does not store parity information, and the total size is 512MB.
If I had more than one stick there would also be information for DIMM 1, DIMM 2, etc.
The right hand window should change to show CPU, CPUID, Motherboard, Memory, SPD, Chipset and BIOS icons.
Click on the cryptically named 'SPD' icon for an explanation see the SPD entry in the previous section.
As shown below this reveals a wealth of information.
The single entry for 'DIMM1' under device description shows I only have one memory stick.
The details below show a serial number, date of manufacture, size 512MBtype DDR SDRAMspeed PC3200 and other information including the Manufacturer's name Kingston Technology Company Inc.
It incorrectly reports I have four DIMM slots when in fact my motherboard only has two.
Note that Everest Home Edition is no longer under development and some of the information may be out of date.
Everest Memory Module Properties Additional information about the Memory Controller can be found in the 'Motherboard' window by clicking on 'Chipset' and highlighting 'North Bridge'.
This will indicate for example whether the Memory Controller can support Dual Channelling, which you will need to consider if you are upgrading.
If you downloaded this from the address in the "Required Tools" section you will have a zip file somewhere in your computer.
Extract the zip file to a directory called 'CPU-Z' or some name you can remember easily.
That's all you need to do, there is no installation process.
To run CPU-Z navigate to the CPU-Z folder and double click the cpuz.
This will run the program and present you with a report window which looks like this: CPU-Z Opening Screen We're interested in the RAM at present so click the 'Memory' tab.
Here it tells me I have 512MB of DDR SDRAM on a single channel, running at 133MHz.
It tells me the ratio of the FSB to the DRAM clock is 3:2 when I would have expected it to be 1:1 I fixed this later - see under "Look in the BIOS" below.
This tab also tells me the timing figures are 2-2-2-6 133MHz.
See the 'Memory Latency' section for an explanation of these figures.
Now click the 'SPD' tab.
Information for Slot 1 is displayed, a pull down menu lets you select slot 2, slot 3, etc.
The rest of the display looks like this: CPU-Z SPD Screen Which shows me my Kingston Value RAM has some pretty ordinary latencies at 200MHz, but otherwise doesn't tell me anything new.
They often include FAQs and Support pages that will give you information about what memory is compatible and how to upgrade.
Naturally they will usually only suggest their own brand name memory as an upgrade.
I'll take a look at some of these in the "How to Upgrade your RAM" section.
There are many different formats for the BIOS screen so I cannot be accurate about what options you may see available.
On my own system I have American Megatrends Inc.
BIOS AMIBIOS and clicking on 'Standard BIOS Features' showed 'System Memory : 512MB' with no other information.
I changed this setting to 'Auto' so the BIOS would read the SPD for the recommended value.
After booting I ran CPU-Z again and the bus ratios had changed to 1:1 and the memory frequency was now 200MHz.
Notice there is some confusion over what frequencies are which.
Because the RAM is Dual Data Rate the memory bus runs at 200MHz in this example but the equivalent DRAM Frequency would now be 400MHz.
If nothing else will give you concrete information then you can power off the system, observe static handling precautions see below and remove the RAM already in there.
If you are lucky the RAM stick s will have a label giving you appropriate information about the size, speed, manufacturer and go here some warranty information.
Some manufacturers are more cryptic than others and may only give you a part number.
Some will have no label at all in which case you would have to track down information on individual memory chips using the part numbers printed on them.
Following that process is beyond the scope of this tutorial.
How much RAM do you need?
Older operating systems required a lot less RAM then moden system.
Modern operating systems, and their hardware, require quite a bit more to properly operate.
As a standard, most computers these days should have a minimum of 4 GB Gigabytes in order to properly run.
In my opinion, though, the sweet spot is 8GB, which should allow you to run most applications and games in Windows.
For those who are doing heavy video editing, graphics design, hard core gaming, or just like to have a lot of programs running, you cannot go wrong with 16GB.
Anything past 16 GB may not provide much of a speed benefit other than being able to run more programs at the same.
Can you have too much RAM?
In modern operating systems and hardware, having a lot of ram won't hurt the system, but you may not actually benefit from it.
For historical purposes, here are the details for using too much ran in older systems.
For the most part, noone should be using these systems anymore, so it should not matter.
There is however a fix for this detailed in an AumHa article - see the references section.
If you have more than 1GB of RAM though I can't imagine why you would Windows may not start.
This may cause "potential system instability" according to Microsoft.
How to Upgrade your RAM No.
A note on Https://nycwebdesigner.org/slot/slots-paradise-garden.html Channelling I have come across some contradictory information on Dual Channelling of RAM.
Remember this is a function of the motherboard, not the RAM, but the RAM must be symmetrically placed on the two memory channels and it has to have "matching" characteristics.
Exactly how they match is not clear.
RAM manufacturers sell boxed pairs of matched RAM for dual channelling yet according to Intel the memory does not have to be the same brand, have the same latencies or even the same speed to dual channel.
They also say you can dual channel click the following article say two 256MB RAM sticks on channel A and one 512MB stick in channel B.
In the end the motherboard "decides" whether the dual channelling will be implemented or not.
If your computer has like mine one memory module in a dual channel system, then adding another module of the same size, and sensibly the same speed, should enable the system to dual channel, but it may not.
If the modules are not sufficiently "matched" the system will continue to run with single channel access and most of the benefit of the upgrade would be lost.
So you might have a motherboard with four slots, two of them here and two of them green for example.
Unfortunately some manufacturers use the colour to indicate which channel the slot belongs to while others use it to show which is the first slot on each channel.
If you get it wrong you can still use all your RAM but you won't have the speed benefit of Dual Channelling.
Check your motherboard manual for their recommendation for where to install the RAM modules.
After installation use a utility like CPU-Z to check whether Dual Channelling is active or not.
Install the New RAM Once you have purchased and received your new RAM all that remains is to install it, which is probably the simplest part of the whole process.
Do NOT take the new RAM out of its container until you have read the static precautions detailed below.
It's probably best to open the RAM container after you have your computer powered down, the case opened and your static strap attached if available.
Just before inserting or removing any components pull the power cord out of the back of the computer and wait for at least 30 seconds so there is no chance of any voltages left inside the case to cause damage.
Then all that is required is to unplug and remove the old RAM if it is being replaced.
For modern DIMM slots pressing down on the plastic latches at the ends of the RAM slots will eject the RAM module.
Older systems may have less user-friendly mechanisms, but all of them use a ho slot car shops latch at either end of the module.
To remove the module you must disengage the latch, do NOT try to just lever the RAM module out.
Inserting the new RAM is a matter of choosing which slots to use if your are not using Dual Channelling then just use the next available slot.
Hold the module close to and centred on the slot and check the notch in the RAM module lines up with the "key" in the slot to make sure you have the module the right way around.
RAM slots showing rich n wild slot key arrowed Then press down towards the motherboard on the latches at either end what is ram slots on motherboard the vacant slot to put them in the 'open' position.
Insert the module in the slot with the gold contacts towards the slot, double check it's the right way round, then push it firmly down into the slot using firm thumb pressure equally on each end of the module.
If all is well the latches will pop up to lock the module in place.
Do the same thing for any other RAM modules to install and you're done.
Put any removed modules in the RAM container, take off your static strap, close the computer case and reconnect the power.
The system is ready to go.
For a rather simplistic Flash presentation on installing RAM see this link: Reboot and check everything is Okay As you reboot your system you may see POST messages reporting the amount of memory present.
If Windows will not boot you can use the bootable disc made with Memtest-86 to test the memory.
Make a note of any error messages and revert to the original RAM.
Then check the troubleshooting sections of your RAM manufacturer's website.
When Windows has loaded okay run CPU-Z again to check the new memory has all been recognised and is running at the correct speed and in the correct mode.
Static Precautions When handling RAM, as with other computer components, care needs to be taken to avoid damaging the component through the discharge of static electricity that builds up on your body or clothing.
Static is especially a problem during dry weather and if you have synthetic carpets or clothing.
For example a synthetic pullover sweater would be a bad choice of garment to wear while upgrading memory, a short-sleeved cotton shirt would be a much better choice.
The best way to combat static while working inside your computer is to wear a static strap attached to the chassis and worn on your wrist during the whole process.
Alternatively if you can maintain good contact between yourself and the metal chassis for most of the process and try not to move around too much then that may be adequate without a strap.
Professional Static Strap Conclusion I hope this tutorial has informed you of some of the different types of RAM found in computer systems, explained some of the intricacies of RAM timing, just click for source you how to identify the RAM in your own computer and helped you to choose the correct quantity and type of RAM when upgrading.
Have you ever had an experience where you are using a lot of programs in Windows, or a really memory intensive https://nycwebdesigner.org/slot/fast-lane-racing-slot-cars-long-bridge-challenge.html, and notice that your hard drive activity light is going nuts, there is lots of noise from the hard drive, and your computer is crawling?
This is called disk thrashing and it is when you have run out of physical RAM and instead Windows is using a file on your hard drive to act as a.
This is a difficult question to answer and it would help if we had some understanding of what each component does and how they relate to each other.
This article will strive to teach you the fundamental tasks of both memory and the cpu and how they relate to each other.
Many computer faults are caused by components overheating due to poor airflow in the case because of a buildup of dirt and dust over time.
It's worthwhile cleaning your computer annually or even more often if it is in a particularly dusty environment, on carpet or in a.
In fact, many people erroneously look at a computer and call it a CPU or a hard drive, when in fact these are just two parts of a computer.
When these individual components are connected together they create a complete and working device with an all.
You may have followed the advice and defragged your hard drive, and actually noticed a difference.
Have you ever wondered why defragging helps though?
This tutorial will discuss what Disk Fragmentation is and how you can optimize your hard drive's partitions by.

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16.05.2020 in 07:03 Kerg:

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16.05.2020 in 03:42 Kagagrel:

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13.05.2020 in 18:31 Mizil:

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18.05.2020 in 11:40 Dunos:

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20.05.2020 in 12:50 Zushicage:

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12.05.2020 in 19:08 Majind:

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12.05.2020 in 22:26 Tashakar:

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17.05.2020 in 10:41 Gardalkis:

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18.05.2020 in 22:12 Gardahn:

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12.05.2020 in 11:16 Vutilar:

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Total 30 comments.