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How to Fix Windows Error Code 0x8007025D?

How to Fix Windows Error Code 0x8007025D?

How to Fix Windows Error Code 0x8007025D?

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Error Code : 0x8007025D shown while trying to clean install windows 10

The Windows Error code 0x8007025D is usually prompted during clean install of Windows 10 on a new HDD or SSD. 

The installation of the Windows fails right after it starts to copying the files and a window prompts that Windows cannot install required files. 

Solution for Windows Error Code 0x8007025D

  • Connect your HDD or SSD externally to another PC
  • Open a command prompt and use the command DISKPART
  • In DISKPART use the command CLEAN for the assigned HDD/SSD to remove  any and all partitions or volumes off the drive
  • Use the command CONVERT MBR to convert the assigned disk in DISKPART window to MBR partition (You can change a disk from a GPT to an MBR partition style as long as the disk is empty and contains no volumes.)
  • Now you can install the HDD/SSD in your computer and boot from the latest Windows 10 ISO to complete the installation without any errors.

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Please use the picture below as a referrence. You might need to assign your own disk # which could be different from the disk # in the picture below.

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Warning

Be very cautious with the command CLEAN!!! Make sure that you have selected the correct disk. There is NO coming back from CLEAN. All your data will be erased after the command CLEAN has been executed!!!!!! 

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Top Reasons to have your repair done by PC Expert Services in Irvine

  • We use grade A+ parts
  • Free Diagnostics
  • Quick turnaround time
  • Local Repair done by Certified Tech
  • 1 Year Limited Warranty on all repairs

What are the Benefits of Cloud Computing?

What are the Benefits of Cloud Computing?

What are the Benefits of Cloud Computing?

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Benefits of cloud computing

Cloud computing isn’t an all-or-nothing service approach. Companies can choose to use the cloud to store their data and execute logic as much, or as little, as necessary to fulfill their business requirements. Existing businesses might choose a gradual movement to save money on infrastructure and administration costs (referred to as “lift and shift”), while a new company might start in the cloud.

Let’s learn some of the top benefits of cloud computing.

It's cost-effective

Cloud computing provides a pay-as-you-go or consumption-based pricing model.

This consumption-based model brings with it many benefits, including:

  • No upfront infrastructure costs
  • No need to purchase and manage costly infrastructure that you may not use to its fullest
  • The ability to pay for additional resources only when they are needed
  • The ability to stop paying for resources that are no longer needed
This also allows for better cost prediction. Prices for individual resources and services are provided so you can predict how much you will spend in a given billing period based on your expected usage. You can also perform analysis based on future growth using historical usage data tracked by your cloud provider.

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It's scalable

You can increase or decrease the resources and services used based on the demand or workload at any given time. Cloud computing supports both vertical and horizontal scaling depending on your needs.

Vertical scaling, also known as “scaling up”, is the process of adding resources to increase the power of an existing server. Some examples of vertical scaling are: adding more CPUs, or adding more memory.

Horizontal scaling, also known as “scaling out”, is the process of adding more servers that function together as one unit. For example, you have more than one server processing incoming requests.

Scaling can be done manually or automatically based on specific triggers such as CPU utilization or the number of requests and resources that can be allocated or de-allocated in minutes.

It's elastic

As your workload changes due to a spike or drop in demand, a cloud computing system can compensate by automatically adding or removing resources.

For example, imagine your website is featured in a news article, leading to a spike in traffic overnight. Since the cloud is elastic, it automatically allocates more computing resources to handle the increased traffic. When the traffic begins to normalize, the cloud automatically de-allocates the additional resources to minimize cost.

Another example is if you are running an application used by employees, you can have the cloud automatically add resources for the peak operating hours during which most people access the application, and remove the resources at the usual end of the day.

It's current

When you use the cloud, you’re able to focus on what matters: building and deploying applications. Cloud usage eliminates the burdens of maintaining software patches, hardware setup, upgrades, and other IT management tasks. All of this is automatically done for you to ensure you’re using the latest and greatest tools to run your business.

Additionally, the computer hardware is maintained and upgraded by the cloud provider. For example, if a disk fails, the disk will be replaced by the cloud provider. If a new hardware update becomes available, you don’t have to go through the process of replacing your hardware. The cloud provider will ensure that the hardware updates are made available to you automatically.

It's reliable

When you’re running a business, you want to be confident your data is always going to be there. Cloud computing providers offer data backup, disaster recovery, and data replication services to make sure your data is always safe. In addition, redundancy is often built into cloud services architecture so if one component fails, a backup component takes its place. This is referred to as fault tolerance and it ensures that your customers aren’t impacted when a disaster occurs.

It's global

Cloud providers have fully redundant datacenters located in various regions all over the globe. This gives you a local presence close to your customers to give them the best response time possible no matter where in the world they are.

You can replicate your services into multiple regions for redundancy and locality, or select a specific region to ensure you meet data-residency and compliance laws for your customers.

It's secure

Think about how you secure your datacenter. You have physical security – who can access the building, who can operate the server racks, and so on. You also have digital security – who can connect to your systems and data over the network.

Cloud providers offer a broad set of policies, technologies, controls, and expert technical skills that can provide better security than most organizations can otherwise achieve. The result is strengthened security, which helps to protect data, apps, and infrastructure from potential threats.

When it comes to physical security – threats to cloud infrastructure, cloud providers invest heavily in walls, cameras, gates, security personnel, and so on, to protect physical assets. They also have strict procedures in place to ensure employees have access only to those resources that they’ve been authorized to manage.

Let us talk about digital security. You want only authorized users to be able to log into virtual machines or storage systems running in the cloud. Cloud providers offer tools that help you mitigate security threats, and you must use these tools to protect the resources you use.

Summary

Cloud computing makes running a business easier. It’s cost-effective, scalable, elastic, current, reliable, and secure. This means you’re able to spend more time on what matters and less time managing the underlying details.

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Top Reasons to have your repair done by PC Expert Services in Irvine

  • We use grade A+ parts
  • Free Diagnostics
  • Quick turnaround time
  • Local Repair done by Certified Tech
  • 1 Year Limited Warranty on all repairs

What is Cloud Computing?

What is Cloud Computing?

What is Cloud Computing?

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Compute power

The goal of cloud computing is to make running a business easier and more efficient, whether it’s a small start-up or a large enterprise. Every business is unique and has different needs. To meet those needs, cloud computing providers offer a wide range of services.

You need to have a basic understanding of some of the services it provides. Let’s briefly discuss the two most common services that all cloud providers offer – compute power and storage.

Cloud computing is renting resources, like storage space or CPU cycles, on another company’s computers. You only pay for what you use. The company providing these services is referred to as a cloud provider. Some example providers are Microsoft, Amazon, and Google.

The cloud provider is responsible for the physical hardware required to execute your work, and for keeping it up-to-date. The computing services offered tend to vary by cloud provider. However, typically they include:

 

  • Compute power – such as Linux servers or web applications used for computation and processing tasks
  • Storage – such as files and databases
  • Networking – such as secure connections between the cloud provider and your company
  • Analytics – such as visualizing telemetry and performance data

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Cloud computing services

The goal of cloud computing is to make running a business easier and more efficient, whether it’s a small start-up or a large enterprise. Every business is unique and has different needs. To meet those needs, cloud computing providers offer a wide range of services.

You need to have a basic understanding of some of the services it provides. Let’s briefly discuss the two most common services that all cloud providers offer – compute power and storage.

Compute power

When you send an email, book a reservation on the Internet, pay a bill online, or even take this Microsoft Learn module you’re interacting with cloud-based servers that are processing each request and returning a response. As a consumer, we’re all dependent on the computing services provided by the various cloud providers that make up the Internet.

When you build solutions using cloud computing, you can choose how you want work to be done based on your resources and needs. For example, if you want to have more control and responsibility over maintenance, you could create a virtual machine (VM). A VM is an emulation of a computer – just like your desktop or laptop you’re using now. Each VM includes an operating system and hardware that appears to the user like a physical computer running Windows or Linux. You can then install whatever software you need to do the tasks you want to run in the cloud.

The difference is that you don’t have to buy any of the hardware or install the OS. The cloud provider runs your virtual machine on a physical server in one of their datacenters – often sharing that server with other VMs (isolated and secure). With the cloud, you can have a VM ready to go in minutes at less cost than a physical computer.

VMs aren’t the only computing choice – there are two other popular options: containers and serverless computing.

What are containers?

Containers provide a consistent, isolated execution environment for applications. They’re similar to VMs except they don’t require a guest operating system. Instead, the application and all its dependencies is packaged into a “container” and then a standard runtime environment is used to execute the app. This allows the container to start up in just a few seconds, because there’s no OS to boot and initialize. You only need the app to launch.

The open-source project, Docker, is one of the leading platforms for managing containers. Docker containers provide an efficient, lightweight approach to application deployment because they allow different components of the application to be deployed independently into different containers. Multiple containers can be run on a single machine, and containers can be moved between machines. The portability of the container makes it easy for applications to be deployed in multiple environments, either on-premises or in the cloud, often with no changes to the application.

What is serverless computing?

Serverless computing lets you run application code without creating, configuring, or maintaining a server. The core idea is that your application is broken into separate functions that run when triggered by some action. This is ideal for automated tasks – for example, you can build a serverless process that automatically sends an email confirmation after a customer makes an online purchase.

The serverless model differs from VMs and containers in that you only pay for the processing time used by each function as it executes. VMs and containers are charged while they’re running – even if the applications on them are idle. This architecture doesn’t work for every app – but when the app logic can be separated to independent units, you can test them separately, update them separately, and launch them in microseconds, making this approach the fastest option for deployment.

 

Here’s a diagram comparing the three compute approaches we’ve covered.

Storage

Most devices and applications read and/or write data. Here are some examples:

  • Buying a movie ticket online
  • Looking up the price of an online item
  • Taking a picture
  • Sending an email
  • Leaving a voicemail

In all of these cases, data is either read (looking up a price) or written (taking a picture). The type of data and how it’s stored can be different in each of these cases.

Cloud providers typically offer services that can handle all of these types of data. For example, if you wanted to store text or a movie clip, you could use a file on disk. If you had a set of relationships such as an address book, you could take a more structured approach like using a database.

The advantage to using cloud-based data storage is you can scale to meet your needs. If you find that you need more space to store your movie clips, you can pay a little more and add to your available space. In some cases, the storage can even expand and contract automatically – so you pay for exactly what you need at any given point in time.

Summary

Every business has different needs and requirements. Cloud computing is flexible and cost-efficient, which can be beneficial to every business, whether it’s a small start-up or a large enterprise.

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Top Reasons to have your repair done by PC Expert Services in Irvine

  • We use grade A+ parts
  • Free Diagnostics
  • Quick turnaround time
  • Local Repair done by Certified Tech
  • 1 Year Limited Warranty on all repairs

What Are The Best Graphic Cards for 4K Gaming?

What Are The Best Graphic Cards for 4K Gaming?

What Are The Best Graphics Cards For 4K Gaming?

You’ll need a powerful graphics card (or two) to run cutting-edge PC games at 4K resolution. These high-end GPUs are the top performers.

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4K Gaming: High-End Cards and Dual-GPU

At the moment, to deliver smooth frame rates at high settings at 4K resolution on a PC (that’s 3,840 by 2,160 pixels, for the record) with the most-demanding games, you’ll need to opt for one of the most powerful consumer-grade graphics cards available. These days, those cards include Nvidia’s “Turing”-architecture GeForce RTX 2080 Ti , the one-step-down Nvidia GeForce RTX 2080 Founders Edition and GeForce RTX 2080 Super, or one of the many custom-cooled and/or overclocked models based on these cards’ GeForce RTX 2080 or RTX 2080 Ti graphics processors (GPUs).

The GeForce RTX 2080 Ti is the card you’ll want to opt for, though, if you want butter-smooth frame rates at or above 60 frames per second (fps) in anything above high settings. Alternatively, you could pick up two GeForce RTX 2080 cards and use them in a paired NVLink arrangement, or scrape the bare minimum with a single GeForce RTX 2080 Super. In some games, that setup should deliver significantly better gaming performance than a single RTX 2080 Ti card. Note, though, that if you do go this route, multi-graphics setups can introduce side issues. Most games don’t ship on launch day with the optimizations to take advantage of multiple-card graphics, and some games never deliver multi-graphics support at all.

And then there’s Nvidia’s aptly named Titan line of cards. The pricey Nvidia Titan RTX is the beast of beasts, the crème de la crème, the absolute beefiest consumer-level graphics card you can buy today. And while technically the card is more powerful than anything that’s come before it, much of that power would be wasted on games alone.

nvidia-titan-graphic-card-for-4k-gaming-pcexpertservices-irvine
These cards are made for much more than gaming, deployed more often in creative fields that do a lot of 4K and 8K video editing, 3D rendering, or 3D modeling. In a price-for-performance sense, they’re way, way overkill for games, and they are often not optimized to take advantage of top titles as well as the gaming-centric GeForce RTX 2080 Ti cards (and its lessers) are.

If your budget can’t quite bear laying out $600 or more for a graphics card, you can find some less-expensive cards that can handle 4K gaming at lower settings. You won’t get the absolute best visuals possible, but 4K gaming is technically attainable.

If you don’t mind running games closer to medium detail settings at 4K, but you still want to experience the pixel-dense glory of games running at 3,840 by 2,160, the AMD Radeon RX 5700 XT, Nvidia GeForce RTX 2070 Super, and GeForce RTX 2060 Super are all capable engines. Just remember that you won’t be able to play many games at the highest detail settings.

GeForce RTX 2060 Super
Speaking of the RTX 2070 Super, GeForce RTX 2070 Super cards start at around the $499 mark, challenging cards like the older GeForce GTX 1080 Ti on performance. The RTX 2070 Super will even beat the AMD Radeon VII, or at least tussle with it, in some games.

Overall, we can’t recommend going much lower than $400 on your card today if you’re serious about 4K gaming, though. One of the biggest concerns that any cost-conscious PC gamer should have when choosing new hardware is how “future-proof” a card is, and given that these options barely scratch the surface of pushing 60 frames per second (fps) on most current titles at middling settings, that viability will only continue to drop for new games released later this year.

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Top Reasons to have your repair done by PC Expert Services in Irvine

  • We use grade A+ parts
  • Free Diagnostics
  • Quick turnaround time
  • Local Repair done by Certified Tech
  • 1 Year Limited Warranty on all repairs

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Saturday 9 AM – 1 PM

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Revive Your PC with an SSD Hard Drive

Revive Your PC with an SSD Hard Drive

Revive Your PC with an SSD Hard Drive

Upgrade Your LAPTOP with a fast SSD Hard Drive

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Get Your Laptop to next level with an SSD Hard Drive

What is an SSD?

A solid-state drive (SSD) is a new generation of storage device used in computers. SSDs replace traditional mechanical hard disks by using flash-based memory, which is significantly faster. Older hard-disk storage technologies run slower, which often makes your computer run slower than it should. SSDs speed up computers significantly due to their low read-access times and fast throughputs.

Why use a solid-state drive?

There are a number of reasons why you might want to opt for an SSD in place of a standard HDD.

Laptops can take a beating while they travel with you — having a storage device that isn’t disrupted by bumps is a huge boon. HDDs with their moving parts can be damaged if they’re spinning when the drop or impact happens. SSDs are far less likely to be affected by impacts.

Mobility is a huge part of laptops; SSDs are both smaller and lighter than HDDs. This saves space to include other hardware in the laptop and reduces weight and thickness. SSDs also require less power, so your laptop battery should last longer.

Most people who’ve been using Windows for years know how long boot times can be when using an HDD. Differences in speed loading apps on your PC might be minimal — you probably won’t notice if Office apps load in two seconds rather than four — but using an SSD to boot Windows 10 will significantly cut time spent twiddling your thumbs.

How much does an SSD cost?

The Solid State Drives come in different sizes, interfaces and brand. The price for an SSD can range from $60 to $700 based on your computer specifications and your needed capacity.

Here are the most popular interfaces in the market:
SATA III, PCIe, M.2 and NVMe

PC Expert Services SSD Upgrade Pakage

If you are ready to take your PC to next level, PC Expert Services offers a Package for your PC SSD upgrade.

PC Expert Services will provide:

  1. New SSD Hard Drive
  2. Installing the new SSD Hard Drive
  3. Cloning* your old HDD to the new SSD

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Top Reasons to have your repair done by PC Expert Services in Irvine

  • We use grade A+ parts
  • Free Diagnostics
  • Quick turnaround time
  • Local Repair done by Certified Tech
  • 1 Year Limited Warranty on all repairs

Call or Visit Us

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Irvine, CA 92618

SSD Upgrade Benefits:

  • Faster Response Time
  • Better Battery Performance
  • No Mechanical Parts
  • Less Affected by Impacts
  • Requires Less Power
  • Faster Boot Time
  • Faster Read and Write Times
  • Safe from Magnetism
  • No vibration

How to Boost Your Wi-Fi Signal

How to Boost Your Wi-Fi Signal

How to to Boost Your Wi-Fi Signal

Check out these quick tips to boost your wireless signal from your router, extend and optimize your Wi-Fi coverage, and speed up your surfing.
How to to Boost Your Wi-Fi Signal

Browsing slowing to a crawl, the inability to stream, dropped Wi-Fi signals, wireless dead zones—every one of these problems is maddening in a world where getting online has become, for some, as necessary as breathing. (Well, maybe not that critical…but important.)

If you feel like your Wi-Fi has gotten sluggish, there are many tools you can use to test the speed of your internet. However, if the only way you can get decent reception is by standing next to your wireless router, these simple tips can help optimize your network.

Update Your Router Firmware
Update Your Router Firmware

Perhaps your router just needs an update. Router manufacturers are always tweaking software to eke out a bit more speed. How easy—or how hard—it is to upgrade your firmware depends entirely on your device manufacturer and model.

Most current routers have the update process built right into the administration interface, so it’s just a matter of hitting a firmware upgrade button. Other models, particularly if they’re older, still require you to go to the manufacturer’s website, download a firmware file from your router’s support page, and upload it to the administration interface. It’s tedious, but still a good thing to do since it would be such a simple fix.

In fact, even if your wireless network isn’t ailing, you should make it a point to update your firmware on a regular basis for performance improvements, better features, and security updates.

Achieve Optimal Router Placement
Achieve Optimal Router Placement
Not all rooms and spaces are created equal. The fact is, where you place the router can affect your wireless coverage. It may seem logical to have the router inside a cabinet and out of the way, or right by the window where the cable comes in, but that’s not always the case. Rather than relegating it to a far end of your home, the router should be in the center of your house, if possible, so its signal can reach as far as possible.

In addition, wireless routers need open spaces, away from walls and obstructions. So while it’s tempting to put that ugly black box in a cabinet or behind a bunch of books, you’ll get better signal if it’s surrounded by open air (which should prevent the router from overheating, too). Keep it away from heavy-duty appliances or electronics as well, since running those in close proximity can impact Wi-Fi performance.

If your router has external antennas, orient them vertically to bump up coverage. If you can, it even helps to elevate the router—mount it high on the wall or on the top shelf to get a better signal. There are plenty of tools to help you visualize your network coverage. Personally, I like Heatmapper or our Editors’ Choice inSSIDer, which shows you both the weak and strong spots in your Wi-Fi network. There are plenty of mobile apps, too, such as Netgear’s WiFi Analytics.

What’s Your Frequency?
Take a look at your network's administrator interface, and make sure you have it configured for optimum performance. If you have a dual-band router, you'll likely get better throughput by switching to the 5GHz band instead of using the more common 2.4GHz band.
Take a look at your network’s administrator interface, and make sure you have it configured for optimum performance. If you have a dual-band router, you’ll likely get better throughput by switching to the 5GHz band instead of using the more common 2.4GHz band.

Not only does 5GHz offer faster speeds, but you’ll likely encounter less interference from other wireless networks and devices, because the 5GHz frequency is not as commonly used. (It doesn’t handle obstructions and distances quite as well, though, so it won’t necessarily reach as far as a 2.4GHz signal does.)

Most modern dual-band routers should offer you the option to use the same network name, or SSID, on both bands. Check your router’s administration interface, look for the 5GHz network option, and give it the same SSID and password as your 2.4GHz network. That way, your devices will automatically choose the best signal whenever they can. (If your router doesn’t offer you the option to use the same SSID, just give it another name—like SmithHouse-5GHz—and try to connect to that one manually whenever possible.)

Change That Channel
Interference is a big issue, especially for those who live in densely populated areas. Signals from other wireless networks can impact speeds, not to mention some cordless phone systems, microwaves, and other electronic devices.

Ever play with walkie-talkies as a kid? You may remember how the units needed to be on the same “channel” in order for you to hear each other. And if you happened to be on the same channel as your neighbors, you could listen in on someone else’s conversation, even if they were using a completely different set.

In the same vein, all modern routers can switch across different channels when communicating with your devices. Most routers will choose the channel for you, but if neighboring wireless networks are also using the same channel, then you are going to encounter signal congestion. A good router set to Automatic will try to choose the least congested channel, but many cheaper routers will just choose a predefined channel, even if it isn’t the best one. That could be a problem.

Don’t Rely on Obsolete Hardware
Don't Rely on Obsolete Hardware
It’s a good idea to get the most out of your existing equipment, but if you are running old hardware you can’t expect the best performance. We have a tendency to subscribe to the “if it ain’t broke, don’t fix it” mentality with back-end devices, especially networking gear. However, if you bought your router years ago, you might still be using the older, slower 802.11n standard (or God forbid, 802.11g).

These wireless standards cap at fairly low bandwidths. Thus, all the tweaking we’ve outlined above will only get you so far—the maximum throughput for 802.11g is 54Mbps, while 802.11n caps out at 300Mbps. The latest 802.11ac supports 1Gbps, while next-gen Wi-Fi 6 routers can theoretically hit 10Gbps, but it’s early days. Our list of the best wireless routers is a good place to start the search for a faster router.

Even if your router is new, you might have some ancient devices that are falling back to older, slower standards. If you bought a PC within the last couple of years, you likely have an 802.11ac wireless adapter, or at least 802.11n. But the older your devices, the less likely they are to have modern tech built in. (You might be able to buy a USB Wi-Fi adapter that makes things a bit better on those old machines, though.)

Remember, a higher-quality router won’t just support those faster standards—it’ll also do all the things we’ve outlined above better. It’ll perform better channel selection, band steering for 5GHz devices, and have better QoS features.

Others may have features like Multi User-Multiple Input Multiple Output (MU-MIMO), like the Netgear Nighthawk X10 AD7200 Smart WiFi Router. MU-MIMO routers can send and receive multiple data streams simultaneously to multiple devices without bandwidth degradation and require specialized testing with multiple clients, but the clients need to be MU-MIMO compatible.

Set Up a Wireless Range Extender
Set Up a Wireless Range Extender
Distance is one of the more obvious problems—there is a certain optimal range that the wireless signal can travel. If the network has to cover an area larger than the router is capable of transmitting to, or if there are lots of corners to go around and walls to penetrate, performance will take a hit.

If all of the above fail, it’s possible that your house is just too big for a single router to send a good signal everywhere. All routers are only capable of broadcasting reliably up to a certain distance before the signal gets weak. If you want to extend your signal beyond that, you’ll need a range extender of some sort.

Range extenders looks similar to standard routers, but work differently. For starters, they pick up the existing Wi-Fi signal from your wireless router and simply rebroadcast it. As far as your network router is concerned, the range extender is just another client with an IP address, much like a laptop.

Even though it’s not a router, you should still use the same rules for figuring out placement; the extender should be close enough to your main network router to pick up a solid signal, but close enough to the weak spot so it can do its job of, well, extending that signal.

The extended signal will almost never be as good as the original, but it’s better than nothing—though if you can connect the extender with Ethernet or Powerline instead of wirelessly, it’ll be much better.

You don’t need an extender that is the same brand or model as your existing router, though in some cases, extenders of the same brand may offer extra features (like Linksys’ MaxStream routers and their “seamless roaming”).

Above all else, make sure you pick one that can broadcast an equivalent signal: don’t buy an 802.11n extender if your router is on 802.11ac.

Upgrade to a Mesh-Based Wi-Fi System
Upgrade to a Mesh-Based Wi-Fi System
Range extenders help bring connectivity to dead zones, but wireless range extenders usually provide about half the bandwidth you’ll get from your primary router. Plus, they often require separate management from two different administration pages, and can even force you to use two different SSIDs, which is a huge pain. If you want seamless connectivity everywhere in your home, manageable from a simple smartphone app, consider upgrading your whole network a mesh Wi-Fi system instead.
Designed to cover every corner of your home, mesh Wi-Fi systems aim to replace your router rather than just extend it. You’ll connect one node directly to your modem, then place one or more satellite nodes around your house. The included app will walk you through the setup, ensuring each node is placed in the ideal spot for the best signal.

The resulting setup blankets your house with a single wireless network, which uses a single administration interface (in the form of a friendly mobile app), and often dedicates at least one wireless band to network backhaul, offering better performance than many extenders. Lots of mesh systems will even update your firmware automatically, so you always have the latest performance and security enhancements—no more downloading firmware from the manufacturer website.

The downside: mesh Wi-Fi Systems aren’t cheap, especially if you have a large home, which will require multiple nodes. But if you’re in the market for a new router anyway, they might be worth considering as an alternative.