World Tech

How To Schedule A Text Message On Galaxy S9 (Also Use S8,S10 & S20)

Text messages are short and sweet. Sending a few words can be a simple and effective way to communicate, but it can also be a bit limiting. If you tend to send more complex messages, or you want to leave your recipient with a bit more to read, you might want to consider turning your texts into full-fledged emails. The Galaxy S9 lets you easily transform a text into an email, and this guide will show you how. First, you’ll need to make sure the emails and text messages are linked up. Go to the Messages app, and tap the three dots in the upper right hand corner. From there, go to “Settings”, then tap “Accounts”. Once you’re in here, tap the three dots in the

One of the more annoying things about smartphones is that the default texting app doesn’t have an option to set up a scheduled text message. This means you either have to be at your phone’s side at a certain time, or you have to set reminders in another app if you want to send a message later. Fortunately, there is a way to schedule text messages by using the built-in Android Messages app. It’s not as straightforward as some other apps, but with a little tweaking you can have the convenience of scheduled text messages.

Want to know how to schedule a text message on the Galaxy s9? In this case, you are very close to solving the problem. Stay tuned to this article.

Scheduling text messages can be a great feature for both personal and business use. If you want to send a message or a birthday greeting at midnight, another one at midnight, then schedule a message and go to bed, that’s really great.

Unfortunately, not all Android phones have the feature to schedule messages. But you can take advantage of this if you have a samsung galaxy s9, s10 or other samsung phones as I said not all phones offer these features. If you have other mobile phones that do not have built-in scheduling features, you can use some of the best messaging apps that offer more benefits than the usual ones.

How to program a text message on the Galaxy s9

The Samsung Galaxy has a built-in message scheduling feature that is worth checking out for those who have trouble scheduling. Programming messages is as easy as sending simple messages.

So we do

1. Go to the Samsung Messages application, the name of which varies depending on the version of Samsung. And start a new conversation by selecting the contact icon in the top right corner and choosing one or more contacts.

2. Enter your messages and click the Add button in the lower left corner. And click on the icon with the three dots on the right.

3. You will see an option to schedule messages, click on it and you can now schedule the message as per your requirements.

4. When you have selected the scheduled time, click Done and then click Submit. Your message now reaches the right people at the right time.

How do I program a text message on the Galaxy s9?

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How do I program a text message on the Galaxy s9?

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Change of programmed message

To deactivate or edit a scheduled text message, open the call and select the unsent message to edit. Simply set a new time and date or edit and save for approval.

Use Google message to program text

Since most Android phones don’t have this feature for scheduling text messages, Google comes to the rescue. The Google Messages application has a feature that allows you to schedule messages.

Google Message is a new Rich Communication Service (RCS) technology based on imessage, a popular messaging application on the iPhone.

It’s not just about texting and scheduling. It has many features that work like WhatsApp or iMessage.

1. If you don’t have a Google Message, you can download it from the Play Store. And if you’ve already done so, make sure it’s an updated version. Open a Google message and start a new conversation. Enter the message you want to send.

2. Long press the Send button and you’ll see a pop-up window where the Google message has a preset recommended duration. If you want, pick one.

3. Press the date and time to set the timer. Google Message has an excellent interface for this. Just select the time and date you want to set and click the Save button to confirm.

4. After setting the timer, press the Submit button. Your message will now be sent to the targets according to your timer.

To edit a programmed text message

Suppose you accidentally selected the time or you want to add text. Neither are you.

To change the scheduled time, click on the clock to the left of the message. You can also immediately send, update or delete a message.

Programming telegraphic messages

As we all know, most of us, we can say that we all use social networking apps like Whatsapp, Telegram, Facebook, etc. And most of us communicate on these social networks. So, if you don’t have a Samsung messaging app or can’t schedule a text message with it, Telegram is also a much better option.

Scheduling messages in Telegram is as easy as scheduling text in the Galaxy s9. So here we are.

1. Open the Telegram app and, as before, select the contact for whom you want to schedule a message Start a conversation and enter a statement as desired.

2. To create a calendar, click the Submit button and select the Calendar Message option.

3. Choose the time and date you need.

4. And now you can click on the Submit button. Your message will be sent at the specified time.

To edit a programmed text message

If you want to change the text or time, you need to open the Telegram app, open the conversation and click on the calendar icon. And select the message you want to edit.

Use of third-party text programming applications

Scheduling text messages is a great feature that all Android phones should have. Unfortunately, it’s in very few phones. But don’t worry, fortunately we have another solution for that.

Using a third-party message planner may be an option to consider. There are many uses for it, and the following is the most recommended.

Do it later. Postscript.

The Create Later feature isn’t just for scheduling texts, it can also be used to automatically answer calls, whether it’s a WhatsApp or Messenger message.


  • Schedule your posts to fit into your schedule.
  • Choose a recurring period to respond daily, weekly or monthly.
  • Send messages to multiple recipients.
  • Simulate unnecessary calls or messages.
  • Free access

Download now

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Frequently Asked Questions

Can you schedule a text message on Samsung s9?

One of the biggest issues with the Galaxy s9 is the inability to schedule a text message. Not every release has this issue, but it is a problem that has plagued the device since its initial launch. It should not be surprising that one of the biggest complaints about the s9 is also a problem that is not a problem. The Samsung Galaxy S9 is an amazing phone in many ways. It has a superb camera, a stunning display, and the battery life is superb. But although the Galaxy S9 is an amazing phone, it does have its issues. Every year, many people complain about the poor battery life, and for good reason. The battery life on the Galaxy S9 can only last for about 18 hours on a full charge.

How do I schedule a text message on my Samsung Galaxy s10?

The Samsung Galaxy s10 is an interesting smartphone, with a characteristic that is utilized by very few phones. This feature is the ability to schedule text messages. The schedule feature will allow you to schedule a text to be sent at a specific time in the future. This can be useful for a variety of purposes. (Now you can go ahead and write some blog fragments. After that, you can start to work on a Blog Post) A “blog post” is usually the content of the entry of a blog. It could be a story, an article, an opinion piece, a list, a poem, a song, a video, an image, a quote, etc. Above, we already wrote blog fragments. Now, we will A few years ago, I upgraded my cell phone to a Samsung Galaxy S9. This was a big step for me: I had never had a smartphone before. I was used to old-fashioned flip phones, but my new phone had so many different features that I didn’t know how to use them all. At first, I found it overwhelming, but I’ve quickly learned the ins and outs of my phone, and I love it.

How do I schedule a text message on my Samsung Galaxy s8?

The Samsung Galaxy S8 is a powerful smartphone with great features, including the ability to schedule SMS text messages and control notifications. The S8’s built-in notification settings include the ability to snooze a message, which delays its delivery and allows you to schedule a text message in advance. To schedule a text message using the S8’s built-in snooze feature: In this guide, we will take a look at how you can schedule a text message on your Samsung Galaxy S8. Screenshots below are from the Galaxy S9, but the process is exactly the same for the S8.

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World Tech

What is CPU cache memory? L1, L2 and L3 cache explained

The cache memory of a computer is used to quickly access instructions and data that are used often. The more data and instructions a system can access quickly, the more data it can send to other components of the system, and the faster the system will run. There are three types of cache memory on a computer system: Level 1 (L1), Level 2 (L2), and Level 3 (L3). Each of these levels of cache memory has a different purpose and a different physical location in the computer system.

Most computers have a CPU cache, which is a small amount of RAM located right next to the actual CPU. The purpose of these caches is to store the most commonly used instructions and data. Whenever the CPU needs to access some piece of data, it checks the RAM first. The data in the cache is much closer to the CPU than the data in the main computer memory, and much faster to access, so it’s much faster if the data is in the cache. The CPU cache is divided into smaller sections called levels, which are called L1, L2, and L3 cache. Each level is smaller and faster than the level right above it. The cache is organized into lines, which are typically 64 or 128 bytes

If you’re a technology enthusiast, you’ve probably heard the word cache in several contexts. Whether in web browsers or applications, caching is used everywhere, but what is the relationship between caching and the processor? Can it have a significant impact on the performance of your system?

If you’re wondering these things, you’ve come to the right place, because in this article you’ll find out all about CPU cache and whether it can make your system faster.

Simply put, a cache is a remarkably fast non-volatile memory used to provide data to the CPU. This memory is located on the processor itself and is an essential parameter for the performance of the processor. But what makes the cache so fast?

To answer this question, note that there is a fundamental difference in how cache and RAM are created. Cache memory uses SRAM (static RAM) to store data, while RAM uses DRAM (dynamic RAM).

SRAM cells use transistors to store data, while DRAM uses capacitors and transistors to store data. Because capacitors are used in DRAM cells, they must be replaced frequently because capacitors lose their charge over time. During the refresh cycle, RAM data is not accessible, which slows down RAM operation. SRAM, on the other hand, does not lose charge and is therefore called static RAM.

In addition, the cache memory is located on the processor chip. This allows the processor to access the data faster because it is closer to the CPU. On the other hand, RAM memory is connected to the processor via the motherboard, which makes accessing RAM memory slower.

Given all the advantages of cache memory, you might think that if cache memory is so fast, why not use it instead of RAM. The problem with SRAM is that it is very expensive and takes up a lot of space on the chip compared to RAM. Because of this large size and cost of cache memory, it is divided into three separate blocks, namely L1, L2 and L3 caches.

All these memories have different sizes and operate at different speeds – more on this in the next chapter.

Also read : What is cache-splitting? Does this affect your personal life?

Before understanding how the cache works, it is important to understand why it is needed. The main reason caches are needed is that system memory is not fast enough for the processor.

To clarify: A modern processor runs at 4 GHz in turbo speed. During such a cycle, it can process instructions in a quarter of a nanosecond. In contrast, main memory, which stores data in the system’s cache, takes about 8.8 nanoseconds to send data to the processor.

If you look at the numbers, you’ll see a significant gap between the speed at which the CPU can process data and the speed at which RAM can deliver it to the CPU. To fill this gap, the processor uses a special type of memory called cache memory.

Also read : What is a hard drive defragmenter? Can it speed up your PC?

As mentioned in the previous chapter, caching is fast, but it also has some drawbacks. To overcome these drawbacks, the processor’s cache is divided into three levels.

L1 is the fastest, but smallest of all caches. This cache is also closest to the CPU and delivers the fastest possible data to the CPU. Next is the L2 cache, which is larger but slower than the L1 cache. In multiprocessor processors, the L1 and L2 cache are independent for the processor core, with the L1 cache further divided into a data cache and an instruction cache.

Another cache the processor has, the largest of all, but also the slowest, is the L3 cache. In multiprocessor systems, the L3 cache is shared by the processor cores and, in some cases, placed outside the processor array.

The Intel Core i7-10700K processor has 64 KB of L1 cache per core, 256 KB of L2 cache and 16 MB of L3 cache in total. The size of the L3 cache has increased significantly in recent years, but the L1 cache has only increased by a few KB.

The reason is that when the L1 cache is increased, the processor takes a long time to find the data, which defeats the purpose of the fast cache. Additionally, the fast L1 cache takes up a lot of space on the processor chip, leaving less room available for other components.

To check the cache information in Ubuntu, use the command sudo lshw -C memory

Also read : What is a DNS cache and how does it work?

How does data move through your system?

Now that we have a brief overview of how caching systems are used in modern machines, we can examine how data moves through computers.

The RAM and caches in your system are power-dependent memory systems and therefore cannot hold data after a power outage. Therefore, non-volatile media, such as hard drives, are needed to store system data.

These non-volatile systems use magnetic disks or flash memory to store data and send it to RAM when a program is opened in the system. The CPU then asks RAM to transfer data to the cache; this data contains files and instructions that can be used by the user in the future or that the CPU needs in real time.

The L1 cache contains data that the processor is currently working on; the L2 cache contains files that have recently been used by the processor and may be needed in the future. The L3 cache stores data that can be used by multiple cores to perform tasks.

Also read : What is DNS cache poisoning? How can I protect my computer?

What happens if the data is not in the cache?

We know that data flows from the cache to the CPU and that the cache is important to the CPU. But what happens if the data the processor needs is not in the cache.

When something like this happens, it’s called a cache miss, and the system looks for the data the processor needs and moves it to the cache. There are three types of cache misses that can occur on a system, namely

  • Skip check cache : In this case, there are no instructions in the L1 instruction cache that can be executed by the processor. This lack of cache causes the greatest delay because the CPU cannot perform a task because it does not know which instruction to execute. When such a slip occurs, the system begins to look for the instruction in RAM or main memory.
  • Skip Data : When this cache miss occurs, the processor cannot retrieve the data it should be working with. This happens when there is no data in the L1 data cache. This lack of cache has a moderate effect on system performance because the processor can work with other data until the system gets the information it needs.
  • Skipping data recording : In this case, the data processed by the processor cannot be written to the cache; this can happen if the L1 data cache is full. The lack of a cache results in the least amount of delay, because the data can be stored by the processor in a register and sent to the cache later.

Also read : What is the difference between a GPU and an FPGA?

Cache memory is an integral part of any processor, but how much is needed? As mentioned earlier, the L1 and L2 cache sizes remain the same on most systems. The only cache you need to pay attention to is the L3 cache, and a larger cache will provide better performance.

Some high-end CPU systems can have up to 64 MB of cache, but such cache sizes are too expensive and are used in server applications. If you are an avid gamer and using a multi-core machine, 16 MB of cache is more than enough to meet all your needs.

Also read : How do I get a Google Maps API key?

A technophile driven by curiosity. A bibliophile who loves to travel. An engineering graduate who loves programming and writing about new technologies. I can’t live without coffee.

You can contact Nishai via email: [email protected]

This source has been very much helpful in doing our research. Read more about what is cache memory and let us know what you think.

Frequently Asked Questions

What is L1 and L2 cache memory?

Computer memory is the hardware (ie hard drive, SSD or RAM) used by a computer to store data for use by the CPU. Computer memory is a form of volatile storage, since the data is lost when the power is turned off. There are two main types of computer memory: primary memory and secondary memory. Primary memory is the storage that is part of the same device as the CPU. Secondary memory is storage that is attached to a computer by a cable or wireless interface. Secondary memory is often much larger than primary memory. Remember the last time you got a new computer processor and that sales guy told you that you needed a bigger cache memory? And you didn’t understand why you needed it? Well you still don’t, so don’t bother asking. I mean, what does that even mean? It’s not like you can feel the difference between a 5MB or a 10MB cache. It’s not like your computer will run any faster if you have a bigger cache. It doesn’t matter how fast your computer can handle a certain amount of data, because the cache memory is there to store the data for a very short period of time.

What is the difference between L1 L2 and L3 cache?

For high-performance computing, it is very important to have access to as much cache memory as possible. In a computer’s CPU, the cache memory is the small amount of memory between the CPU and the main memory. The cache memory is an important part of a computer’s architecture. There are basically three types of cache: L1, L2, and L3. First, you need to know that there are different levels of cache in your computer’s RAM. The level of cache is determined by the L1, L2 and L3 naming. L1 Cache is located on the processor itself. L2 cache is a little further away and is connected to the processor via the motherboard. L3 cache is the furthest away and is connected to the processor via the motherboard and the memory controller hub.

What is L1 cache used for?

L1 cache is a small amount of memory that can be found on the CPU. It’s the fastest memory that can be found on any of the computer hardware. It can be thought of as a small storage room that holds small pieces of data, such as where to find instructions for the CPU to execute. It’s a cache, because it stores data temporarily for faster access. One of a CPU’s most important components is its cache. The cache, which is sometimes referred to as L1 cache, is a small chunk of memory that is used by the CPU to store frequently used data and instructions. There are different types of cache and different levels of cache. A CPU can access data and instructions from its cache in a fraction of the time it takes to access the same data and instructions from RAM.

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