Trending February 2024 # Biostar Reveals Tz77Xe4 Z77 Motherboard For Intel Ivy Bridge Cpus # Suggested March 2024 # Top 3 Popular

You are reading the article Biostar Reveals Tz77Xe4 Z77 Motherboard For Intel Ivy Bridge Cpus updated in February 2024 on the website Flu.edu.vn. We hope that the information we have shared is helpful to you. If you find the content interesting and meaningful, please share it with your friends and continue to follow and support us for the latest updates. Suggested March 2024 Biostar Reveals Tz77Xe4 Z77 Motherboard For Intel Ivy Bridge Cpus

Since the Ivy Bridge collection of Intel CPUs is almost upon us, Biostar has decided to introduce a motherboard that supports all their features, and more. Called TZ77XE4, the new platform from Biostar has not been given a price, and probably won’t get one before CeBIT 2012. For those who don’t know, the trade show will take place in Hannover, Germany, next month, from 6 to 10 March, 2012. That said, the company went to significant lengths to turn the new board into a flagship product of sorts, and the Z77 chipset (socket LGA 1155) is just the cornerstone. Speaking of the chipset, it comes with native support for the USB 3.0 interface and SSD caching (Intel Smart Response technology), though its most relevant asset is support for the Ivy Bridge series of central processing units. Built on the 22nm process technology, Ivy Bridge will succeed Sandy Bridge CPUs and, among other things, have their own support for PCI Express (three x16 slots in this case, with SLI and CrossFireX), DirectX 11 graphics and HDMI 3D Visual interface. Going back to the motherboard, TZ77XE4 has four DDR3 memory slots (dual-channel, DDR3-2400), four USB 3.0 ports, support for up to four SATA2 drives and just as many SATA III ports, plus RAID 0, 1, 5 or 10 mode compatibility. Furthermore, Biostar tossed in the UEFI BIOS (Unified Extensible Firmware Interface BIOS), eight USB 2.0 connectors, Gigabit Ethernet and an 8+2 HD codec, plus THX TruStudio Pro audio from Creative. Finally, thanks to the Virtu Universal MVP software suite (based on Luci Virtu GPU software), video and media content can be quickly processed with the Hyperformance function, reducing the load on most system components. As for overclocking, the universal T-overclocker Windows utility is included in the offer, while BIO-Remote2 technology lets Android and Apple mobile gadgets handle clocks over wireless.

Since the Ivy Bridge collection of Intel CPUs is almost upon us, Biostar has decided to introduce a motherboard that supports all their features, and more. Called TZ77XE4, the new platform from Biostar has not been given a price, and probably won’t get one before CeBIT 2012. For those who don’t know, the trade show will take place in Hannover, Germany, next month, from 6 to 10 March, 2012. That said, the company went to significant lengths to turn the new board into a flagship product of sorts, and the Z77 chipset (socket LGA 1155) is just the cornerstone. Speaking of the chipset, it comes with native support for the USB 3.0 interface and SSD caching (Intel Smart Response technology), though its most relevant asset is support for the Ivy Bridge series of central processing units. Built on the 22nm process technology, Ivy Bridge will succeed Sandy Bridge CPUs and, among other things, have their own support for PCI Express (three x16 slots in this case, with SLI and CrossFireX), DirectX 11 graphics and HDMI 3D Visual interface. Going back to the motherboard, TZ77XE4 has four DDR3 memory slots (dual-channel, DDR3-2400), four USB 3.0 ports, support for up to four SATA2 drives and just as many SATA III ports, plus RAID 0, 1, 5 or 10 mode compatibility. Furthermore, Biostar tossed in the UEFI BIOS (Unified Extensible Firmware Interface BIOS), eight USB 2.0 connectors, Gigabit Ethernet and an 8+2 HD codec, plus THX TruStudio Pro audio from Creative. Finally, thanks to the Virtu Universal MVP software suite (based on Luci Virtu GPU software), video and media content can be quickly processed with the Hyperformance function, reducing the load on most system components. As for overclocking, the universal T-overclocker Windows utility is included in the offer, while BIO-Remote2 technology lets Android and Apple mobile gadgets handle clocks over wireless.

You're reading Biostar Reveals Tz77Xe4 Z77 Motherboard For Intel Ivy Bridge Cpus

Microsoft, Intel: The Time For 64

SAN FRANCISCO — Two of the biggest forces in the IT industry called on developers to begin porting their applications to x86-based 64-bit architectures.

Microsoft and Intel said hardware and software pieces are in place to convert the computing industry away from a 32-bit Wintel ecosystem to a world where all platforms, from servers and workstations through desktop and mobile, can run at nearly twice the speed with a larger address space.

“The message is: Develop for 64-bits now. The transition is underway,” Pat Gelsinger, a former CTO at Intel, said during his keynote at the Intel Developer Forum here. Gelsinger also said by the end of the year, about 100 percent of servers Intel ships will come with Intel’s EM64T 64-bit addressing.

Jim Allchin, Microsoft vice president, joined Gelsinger on stage with a message to developers that Microsoft would release its first Windows x64 Editions in a month. Microsoft also said it would stand by Intel’s latest virtualization technology as well as its I/O Acceleration Technology (I/OAT) in a future version of Windows Longhorn Server.

I/OAT is expected to debut in 2006, starting with Intel’s Blackford chipset for its two-socket Xeon processors, code-named Bensley. The two companies first teamed on 64-bit architectures when Microsoft debuted Windows Server 2003 and SQL Server 2000 running on Intel Itanium-based systems.

“We are locked on 64-bit,” Allchin said. “We like multithreading, we like virtualization and we like [multiple processor] technology.” Allchin warned that developers would still need to convert the drivers under the new architecture. A lengthy process to be sure, but one that Microsoft said it would begin addressing during its WinHEC conference next month in Seattle.

The prospect of Microsoft and Intel talking up 64-bit chips, dual-core architectures and virtualization may seem abrupt, given that six months ago, Intel executives were telling customers the time was not yet ripe to begin porting applications to 64-bit. So what’s changed?

According to IDC analyst Roger Kay, it’s a combination of Microsoft getting closer to finishing its Longhorn operating system, the completion of technologies like Intel’s I/OAT and Virtualization, and AMD .

Kay, who is also a member of the Longhorn beta process, said Microsoft must be closer than people give them credit for, based on the amount of activity discussed between mailing list servers.

“It used to be more sporadic when I’d get these requests to download a build and try it out. Now they are coming two or three at a time,” Kay said.

While PC gamers cry out for 64-bit systems and help drive more adoption, Kay said another possible driving force in the transition is digital photography. The amount of computing power it takes nowadays to edit video or layer effects for photography is staggering, he said. Kay recounted a personal experience where he could not transfer or even play a video he uploaded to his PC because the 4GB of memory was not enough.

Even though Microsoft has abandoned its plans to develop separate versions of Windows XP for workstations, the No. 1 software vendor said it will continue supporting licensing policies that are based on processors and not on cores.

Gelsinger said even though Intel is focused on Windows this week, the company would not be exclusive with its 64-bit development and would continue to add support to non-Windows operating systems like Linux distributions from Novell and Red Hat.

How To Buy A Motherboard

Motherboard Shopping Tips You’ll want to consider the price, performance, and priority of several features before you look for a new motherboard. Our tips help you find the best value. more

The Specs Explained Is the fastest processor always the best choice? What type of memory should you look for? We explain which specs are most important, and why. more

The Big Picture What factors are most important when comparing motherboards? The processor? The chip set? Storage? Find out how these and other features will affect your system’s performance. more

As with cooking a meal, preparation is crucial. The most important decision you’ll make for your custom PC is which motherboard to buy. Motherboard prices and specifications vary tremendously. And this isn’t a choice that you can make in a vacuum, either, since it has an impact on almost every aspect of the system, from the CPU to the storage .

Creating a custom PC is much easier than trying to guess which computer maker offers the right combination of features to satisfy your needs. Putting a system together yourself is pretty straightforward, and the job should take less than a single afternoon so long as you have a number of key ingredients.

The Big Picture

In many ways, the motherboard is the heart of the modern computer system, as it affects almost every other component. Choosing a motherboard is a fairly complicated task since you have seven to nine different factors to consider, of varying importance.

Take some time to think about how you’ll use your system. Someone with a power meter that requires a serial port will care a lot more about the peripheral features than the average user will, while the hard-core gamer will probably focus on the GPU, CPU, and chip set while ignoring peripherals and form-factor issues.

Key Features

CPU: The CPU, commonly referred to as the brains of a PC, is one of the key components (if not the key component) of a modern system. You have several mainstream options for your CPU. Intel currently has the highest-performing processor lineup, with the Core 2 Duo and the Core 2 Quad (which use the LGA775 socket). As the names imply, the Core 2 Duo is a dual-core CPU, while the Core 2 Quad is a four-core processor. AMD uses the AM2 and AM2+ socket and offers the Phenom (quad- or triple-core) and Athlon 64 (dual-core) CPUs. AMD’s products are solid, but they generally provide lower performance. A lesser-known third player, Via Technologies, produces the low-power C7 processor; the C7 is a much less common option since it offers dramatically less performance than mainstream processors from Intel or AMD do.

Chip set: If the CPU is the brains of the PC, then the chip set is the spinal cord, responsible for tying together all of the different devices in the computer, and moving data among them. The chip set determines which CPUs, memory, and other devices can be used, and it can strongly influence performance.

The chip set is the single most important component of a motherboard. Since motherboards using the same chip set will usually have identical performance (barring serious design mistakes), they’re differentiated by other features, such as the expansion slots, storage options, and other discrete chips that may be included.

Chip sets typically employ two different chips referred to as the northbridge and southbridge. Generally speaking, the northbridge is responsible for dealing with high-performance devices, while less-sensitive devices tend to cluster around the southbridge.

The northbridge traditionally includes the memory controller, plus integrated graphics or an interface for discrete graphics. (Note that AMD has the memory controller integrated into the CPU, rather than the chip set.) The southbridge includes networking, storage, audio, general peripherals, and other devices. The image here shows an example, the Intel X48 chip set with partitioning between the northbridge (or MCH) and southbridge (or ICH).

The major options for chip sets consist of Intel, AMD, and nVidia, though SiS and Via have alternatives.

Memory: Selecting memory for your PC is usually a simple decision: You just pick a reliable brand that’s as cheap as possible (unless you like overclocking, but that’s a whole different story). Every so often, however, memory types undergo a transition–and one happens to be going on right now. Most chip sets use DDR2 memory at up to 800 MHz (PC2 6400), but newer chip sets from Intel may also use DDR3. DDR3 offers more bandwidth (1066 to 1600 MHz), consumes less power, and will be mainstream in a year, but for the moment it is more expensive. DDR3 is more likely to be useful for later upgrades, but it will carry a price premium until sometime in 2009.

Telling a DDR3 board from a DDR2 board without the manual or box isn’t particularly easy, since both slots use 240 pins. The difference is that the key (a small gap between the pins) is closer to the center of the DIMM (the memory module) for DDR2, while it is closer to the edge of the DDR3 DIMM. Remember: If the memory module doesn’t fit into the slot, don’t force it!

Graphics hardware: The graphics hardware (the graphics processing unit, or the GPU) is the third-most-important component of a system, right after the CPU and chip set. The main considerations for graphics are cost, performance, and upgradability.

Integrated graphics will work fine for about 60 percent of the world, but the technology almost always lacks the performance necessary for gaming. For users who want to play on their PC, the next step up is a motherboard with a single PCI Express x16 slot, which accommodates a discrete graphics card from ATI/AMD or nVidia.

PCI Express comes in two flavors, Gen 1 and Gen 2. The difference is that Gen 2 PCI Express slots run at 5 GHz, twice the speed of the previous generation. That distinction doesn’t particularly matter for current GPUs (or most other peripherals), but it will be an issue for upgrading in the future. For a motherboard that you expect to outlast the GPU you pair it with, springing for a faster PCI-E slot makes the most sense.

If price is no object and maximum gaming performance is your goal, your selection is a bit different. True multi-GPU support is a very high-end feature and is priced accordingly. The only options for multiple GPUs are SLI (for nVidia cards) or CrossFire (for ATI cards). Given that nVidia is the clear performance leader, SLI is the superior choice for now; note, though, that SLI works only with nVidia chip sets and Intel’s Skulltrail motherboard.

A separate but related concern is the graphics interface. You have three major alternatives: VGA, DVI, and HDMI. VGA is the traditional 15-pin analog monitor connector, designed for CRT displays. DVI is a digital connector specifically intended for use with LCD monitors, and HDMI is a variant of DVI with the DRM (digital rights management) technology required to play Blu-ray and other high-definition media.

Sound: Integrated sound, which comes in two major flavors, will meet the needs of all but the most selective users and audio enthusiasts. AC97 is an older audio standard that has been superseded by HD Audio (or “Azalia”). You really have no reason to settle for the older standard, although the newer tech might carry a modest premium. For the dedicated enthusiasts who would benefit from a discrete sound card, an extra PCI-E slot is easy enough to find.

Most hard drives use SATA, while some older DVD+/-RW drives use Parallel ATA. Most motherboards support four or more SATA ports (even as many as ten), which is sufficient for most users.

eSATA is a relatively new standard for connecting external drives via SATA instead of FireWire or USB. eSATA offers higher performance than the other two, and also supports reliability and manageability features such as SMART (Self Monitoring And Reporting Technology). eSATA is not nearly as common as USB 2.0, but going forward it is likely to be more widely adopted, and it is certainly a better interface.

The other real storage issue concerns RAID, which is standard with many modern motherboards. You can use RAID 0 or 1 with two hard drives; the former increases read and write performance, while the latter increases reliability and read performance. RAID 5 requires at least three drives, and RAID 6 (which is really for businesses only) needs at least four; both are oriented around increased reliability and read performance, with acceptable write performance and less overhead than RAID 1. Most systems simply don’t need that many drives, so in many ways 6 is a nice option but hardly a requirement. For video editing and other multimedia-rich tasks, basic RAID 0, 1, or 5 will do the trick and should be a requirement.

Networking: Wired networking is dead simple, as any worthwhile chip set will have at least one integrated gigabit ethernet port. For the most part, Wi-Fi is not necessary for desktops, and most motherboards tend to avoid it simply to cut down costs; it’s an optional feature.

Assorted peripherals: On a motherboard, the peripherals can include USB 2.0, FireWire, PS/2, serial and parallel ports, and a floppy drive. Of those options, USB 2.0 is an absolute necessity and FireWire can be nice, but the rest are pretty much obsolete unless you need a a specific peripheral device.

Form factor: The last aspect of the motherboard to consider is the form factor. This is ultimately an aesthetic choice that the chassis for the system determines. Most motherboards use the ATX form factor, with the microATX design meeting the needs of space-conscious users. Quite a few other variants (which are beyond the scope of this article) are available for users with particular requirements, however.

Best Graphics Cards For Intel Core I9 12900K In 2023

54℃

As we can see, the RX 7900XTX can easily outperform the more expensive RTX 4080 in native 4K when the ray tracing is disabled. But it quickly falls behind as soon as you turn on RT.

Another noteworthy aspect of this GPU is the large 24GB VRAM amount, which is not only future-proof for next-gen titles but will also provide a significant boost in content creation. 7900 XTX also supports AV1 codec for video encoding and live streaming.

This GPU also has double ball bearing fans which managed to keep the GPU temperature well below 65 degrees while remaining quiet throughout the whole testing session.

What We Didn’t Like

As I have mentioned before, AMD has neither perfected the ray tracing performance nor provided an equivalent solution to the AI-powered DLSS technology. This can be a big letdown for people like me who want to experience the full graphical glory at 4K.

The fans were also a bit loud under heavy load after switching to the Max Power BIOS.

Who Is It For?

If you’re looking for a GPU under 1000 dollars that is great for both 4K gaming and productivity, then the XFX Speedster MERC310 7900 XTX should be at the top of your list.

Verdict

The 7900 XTX can be a great alternative for a high-end GPU without breaking the thousand-dollar mark. It has a better price-to-performance ratio than the RTX 4080 when you don’t think about ray tracing and stuff.

Hence we can easily recommend the XFX Speedster MERC310 7900XTX as the best AMD GPU that can sit alongside an i9 12900K.

View the XFX Speedster MERC310 RX 7900XTX →

How We Chose These GPUs

From the vast amount of GPU models and SKUs, it’s really hard to choose any one of the GPUs, especially for recommendations. Similar to our other product reviews, we have followed the same method to shortlist the best GPUs for a specific demographic, in this case, the i9 12900K users.

Thanks to our GPU hierarchy article, which consists of up to 70 graphics cards, we already know the best-performing cards on the market. From that list, we picked the best ones that are most suitable for an i9 12900K PC.

After that, from my decade-long PC expertise, I chose the best AIB cards from well-reputed brands based on current market price, performance, compatibility, and user experience.

Then we put those GPUs in our i9 12900K build and tested each card one by one. Based on the results, I categorized and shortlisted the best GPUs that managed to stand out in various facets.

Things You Need to Consider Before Buying a GPU

Before making a purchase decision, you need to consider some aspects which are crucial for hardware consideration.

Budget and Usecase

The first thing you need to keep in mind is your budget and what you are going to do with the GPU. GPUs come in a wide range of price tags, anywhere from 100$ to 2000$+. Determine a budget and your intent of use before you make a choice.

For example, if you have 600$ and want to live stream and experience ray tracing, then go for RTX 4070. But if you don’t care about ray tracing but want a gaming and productivity-based GPU, then go for AMD RX 6950XT.

Compatibility

The next crucial factor you should consider is overall compatibility. I’m not just talking about whether or not the GPU fits perfectly inside your PC case; I’m also talking about selecting a GPU that won’t create any bottleneck throughout the system’s performance.

Make sure the graphics card isn’t too overkill or too weak compared to other components on your PC and check the slot design & power consumption of the GPU.

Price-to-performance ratio

You also need to check the cost per frame of your shortlisted GPUs. Hardware Unboxed and TechPowerUp are very useful in this regard.

If you notice that a certain GPU model offers tremendous value and features at a slightly increased price compared to your budget, consider going for that GPU. Trust me, spending 15-20 bucks for a huge performance jump will serve you greatly in the long term.

You should also keep an eye on the warranty period and read its user reviews before purchasing a graphics card.

Frequently Asked Questions

Is an i9-12900K overkill for gaming?

In some cases, the CPU performance of an i9 12900K can be overkill. But it’s ideal to stay ahead of the hardware requirement curve for future-proofing.

Can an RTX 4070 cause bottleneck with an i9 12900K?

No, an RTX 4070 won’t be bottlenecking when it’s paired with an i9 12900K.

What is the overclocking potential of RTX 4080 when coupled with an Intel i9 12900K?

In an RTX 4080+i9 12900K PC build, you’ll get around 12% more performance out of your GPU after overclocking it.

How To Update Motherboard Bios Without Cpu

If you’re building a new PC and your motherboard won’t boot, you might need to update the BIOS. Most motherboards offer USB BIOS flashback, thus updating motherboard BIOS without a CPU takes only a few minutes.

Although there is no need for a CPU, you must have the EPS power connector and a formatted FAT32 USB drive of at least 8GB to achieve these results. 

To update motherboard BIOS without CPU, go to your motherboard manufacturer’s website and download the latest BIOS version.  Extract the bios file to the formatted FAT32 USB stick and rename it as instructed by the manufacturer; as a .bin / .cap  bios file. Insert the flash drive to the EZ Flash Utility inside the BIOS, connect to the power and press the BIOS button. 

When the BIOS Flashback Button is pressed, the LED light blinks until the BIOS is fully updated. This works well for motherboards with the USB BIOS Flashback feature. Once the light stops, the motherboard BIOS is updated without a CPU. At this point, you can remove the flash drive and turn off the power.

I will take you through the step-by-step process of updating motherboard BIOS without CPU, including how to check your BIOS version. Also, stick around for the dos and donts. You don’t want to brick your motherboard while updating the BIOS.

The Do’s and Dont’s When Updating Your Motherboard

Although USB BIOS Flashback seems easy, there are things to consider when updating a motherboard BIOS without a CPU.  Here are the do’s and don’ts.

DoDon’tCheck your BIOS model and versionDo not interrupt the updating process until the LED stops blinkingFormat the USB flash drive to FAT32Do not update the motherboard BIOS using an unreliable power chúng tôi should make every connection to the motherboard on a flat chúng tôi not update your motherboard BIOS just for the sake of it. Do it when you want your system to support a new processor or hardware.Connect the motherboard BIOS to an uninterrupted power supply

Why Should You Update a Motherboard BIOS?

Note that BIOS updates do not add any new features to your PC. Improper handling can result in additional problems. Thus, it is essential to know when and how to do it safely. 

Several reasons may compel you to update a motherboard BIOS. 

If the mobo does not support a new processor

If new hardware is not adequately supported

To fix bugs

To correct a corrupted UEFI environment

To improve your PCs stability

The steps for updating BIOS without a CPU will work for popular motherboards, including Asus, Gigabyte, MSI, or ASRock. 

Note that the different manufacturers have various names for the usb BIOS flashback port used to update the motherboard. Gigabyte calls it Q-Flash Plus; Asus calls it USB BIOS Flashback; MSI refers to it as Flash BIOS Button. In ASRock motherboards, the feature is referred to as BIOS Flashback Button.

How to Check Your Current BIOS Version

Before any updates, checking the version of your motherboard BIOS is critical. Using the wrong BIOS can render your motherboard partially or entirely useless.

To check your BIOS version on Windows 8 or 10

Alternatively, you can find the motherboard version by restarting your computer and pressing the F2, F10, F12, or Del buttons until the BIOS menu appears. From the menu, navigate to BIOS Revision or BIOS Version or Firmware Version. This largely depends on your system configuration.

However, since our motherboard is not connected to a CPU, the simplest way to check for the BIOS version is by looking at the motherboard hardware. Written on it are your motherboard model, version, and manufacturer.

With that information, you can now go ahead and update the motherboard.

How to Update Motherboard

When you buy a new B550 or X570 motherboard, there is probably a more recent BIOS version available than the one installed. Although this is not a problem, it is easier to update your motherboard BIOS if you choose to. 

Remember that interrupting the BIOS update process can brick your motherboard and render it useless.

Let’s look at how to update the motherboard without a CPU installed   

Installing BIOS Without Display

if you finish building your PC and fail to get video output, you should update the BIOS to support the processor without the display. It should be pretty much the same as updating BIOS without a CPU or RAM. 

Installing BIOS without display will depend squarely on the type of processor in your build. For example, you need the 8th or 9th generation Intel CPU if you are running Intel i5-9600k. 

If you are not on an Intel processor, consider the following steps;

Copy the BIOS to a cd using a separate system.

Place the cd on your PC

Turn on the PC

If you had an incompatible CPU, updating the motherboard BIOS using a cd should work for you.  

If that fails to work, consider visiting a local PC shop. Similarly, you can order a BIOS chip from Amazon or eBay and replace the one in your motherboard.

Conclusion

Unless you have a good reason to update your motherboard BIOS, refrain from it. If care is not taken, the updates can go wrong. For instance, interfering with the power when the update is ongoing will probably brick your motherboard. 

All in all, you can use the BIOS flashback feature to update the motherboard without a CPU. The process is not only easy but also quick. 

Crypto Guru Reveals Top Token Competing Head

Back to four decades ago, if you told someone they could invest a small amount into some digital currency and wake up the next morning a millionaire, chances are high they’d think you were delusional. 

The crypto market has made being a millionaire as easy as buying meme coins like Shiba Inu or Pepecoin one day and becoming a millionaire the next day. While Shiba Inu may not be the knight in shining armor it used to be, experts believe there is a new hybrid meme coin that is every bit as good as industry greats like Dogecoin and Pepe. 

In this article, we’ll dive deep into Shiba Inu’s price prediction for the rest of the years and why analysts think this new hybrid meme coin is the best bet for investors who want to make massive profits in 2023. 

Shiba Inu Price Prediction For June

Shiba Inu has dropped over 90% from its all-time high price of $0.000088. This was preceded by a bull run that minted a record number of crypto millionaires in the industry. Shiba Inu had dropped over 6% in the last 7 days and over 11% in the last 30 days. This continuous fall in price confirms that Shiba Inu is in a serious downtrend. 

Reports show that 86% of Shiba Inu investors are holding their portfolios at a loss, and only a small 11% are making a profit. The percentage of investors making profit is dropping quickly as the price of Shiba Inu’s token keeps dropping by the day. 

Technical analysis shows that there is a high probability that Shiba Inu’s price will drop to an all-time low if the price of the token breaks below and rests at the $0.0000079 support level. In the event price recovers and rallies, a break and retest above the $0.000014 resistance level will guarantee bullish momentum that may drive price as high as $0.00003.

Nonetheless, experts believe Shiba Inu will require a strong catalyst for its price to recover and rally to its former all-time high again. This is why the majority of Shiba Inu investors are making a quick transition to Pikamoon to secure massive profits before the end of 2023. 

What is Pikamoon?

Pikamoon is a unique P2E game that is built on the best gaming engine in the industry, Unreal Engine 5. From immersive visuals that will transform your gaming experience to unreal HD graphics that will make gaming more fun than you ever thought, the Pikaverse is every bit as much of a wonder as your mind can imagine.

To better put things in perspective, the popular Fortnite game is also built on Unreal Engine 5. So now you know exactly what’s awaiting you in the Pikaverse. If you ever thought you had an amazing time playing Fortnite with your friends, you’re about to have one hell of a Pikamoon awakening. 

In terms of unique gameplay, an awe-inspiring storyline, and unmatched display quality, Pikamoon is lightyears ahead of other games in the P2E niche. Pikamoon adopts its style of gameplay from industry greats like Fortnite, Pokemon, and FIFA. This is why you’ll notice a mix of styles that gives the Pikamoon game its irresistible appeal. 

Experts believe a crypto project is only as successful as the level of engagement and support it receives from its community. Pikamoon is definitely on the highway to success as it receives massive support and engagement from its community. This is the interesting part: the Pikamoon community consists of expert investors and crypto veterans with a track record of backing only the most successful projects in the industry. 

This is bragging rights for Pikamoon, and it shows that the team is definitely doing something right. This is why investors are trooping to the Pikamoon presale to secure massive profits for 2023.

Pikamoon Presale: The Easiest Way To Make Massive Profit In 2023

If there’s anywhere to be right now in the crypto industry, it’s at the Pikamoon presale. Tokens are selling out fast, and investors are wasting no time dumping other meme coins in their portfolios to bag extra $PIKA tokens for massive profits.

Pikamoon is in the second stage of its presale, and tokens are selling out for as little as $0.0004. The third and last round of the presale will drive the token price as high as $0.0006. 

Investors are capitalizing on the price jump to recover losses on their portfolios and make profits even before the coin launches. Don’t be left behind, get on the Pikamoon presale now!

Find out more about Pikamoon (PIKA):

Update the detailed information about Biostar Reveals Tz77Xe4 Z77 Motherboard For Intel Ivy Bridge Cpus on the Flu.edu.vn website. We hope the article's content will meet your needs, and we will regularly update the information to provide you with the fastest and most accurate information. Have a great day!