The first USB4 products are here: What to know, what to buy

The first USB4 products have begun to ship, almost a year after the specification was released. The initial products will include external storage devices, USB docks, and more, executives at the USB Implementers Forum (USB-IF) told PCWorld.

Although the USB-IF has taken some steps to reduce the confusion around USB4, it’s still going to be a little tricky to distinguish it from Thunderbolt 4—though it may not matter. Here’s what you need to know.

USB4: What you need to know

USB4 represents the closest merge to date of two I/O technologies, USB and Thunderbolt. USB has been around since 1995, providing a port for peripherals as small as a thumb drive or a mouse, or as big as a consumer printer. With USB4, however, the venerable rectangular USB-A port is finally giving way entirely to the ovular USB-C port. 

Thunderbolt is a technology designed by Intel with help from Apple, with the intent of supporting a new generation of faster external storage, more sophisticated monitor technology, and more. It’s younger than USB—Intel celebrated Thunderbolt’s 10th anniversary on February 24—and is still found mostly on Macs, plus some higher-end displays, storage, and Windows PCs. The Thunderbolt 4 standard was ratified at the end of August, 2019, and has slowly worked its way from a paper specification to finished products.

Both Thunderbolt and USB4 share the same USB-C physical connector. They also overlap in terms of throughput: USB4 can operate at peak speeds of 40 gigabits per second (Gbps), the same as Thunderbolt 3 and the new Thunderbolt 4. The USB4 specification is backward-compatible, so you can connect an older USB-C device to a USB4 port. Any older device will run at its native USB speed—it can’t upgrade itself on the fly to USB4 speeds.

Here’s where it gets a little confusing. The USB4 spec doesn’t require Thunderbolt support, so you may find laptops and other devices with a simple USB4 port. The Thunderbolt 4 spec mandates the use of USB4, however, including its optional features. Laptops that include Thunderbolt 4 capability will therefore support USB4 by default. “We know that Thunderbolt 4.0 is basically USB4,” according to Jeff Ravencraft, the president and chief operating officer of the USB-IF, in an interview. Look for Windows models built around Intel’s 11th-gen “Tiger Lake” Core processors, as well as the new Apple MacBook Air and MacBook Pro 13, a USB-IF representative noted. 

With USB4, the USB-IF is making great strides in cleaning up the I/O chaos of yesteryear, as expected when the USB4 specification was announced. Gone is the horrible USB 3 naming scheme. USB4 isn’t defined by the specification, but by how fast data moves. The USB4 spec provides for two different flavors of USB4, both 20Gbps and 40Gps, each of which should be properly labeled on the product packaging.

usb4 branding summary
A summary of the two different speeds at which USB4 can run at, as indicated by the USB Implementers Forum. Interestingly, “USB4” isn’t called out in the spec—just the available bandwidth.

What USB4 devices can you buy?

Ravencraft said it’s typical that a USB specification requires 12 to 18 months to implement, from a document to shipping product. The first cables began shipping at the end of 2020, he said, and the first USB4 docking stations have hit the market as well. “We anticipate seeing the ramp begin to happen this year,” he said, even with the pandemic.

Here’s a short, non-comprehensive list of the first products to ship, as suggested by a USB-IF representative. As you shop, pay close attention to the product names, which more often than not will include “Thunderbolt 4” or “USB4” as handy cues. However, it will never hurt to skim the specs to confirm their compatibility. For example, we received an early sample of the OWC Thunderbolt 4 dock. The USB4 brand label appears nowhere on the packaging. Instead, OWC includes this note in the specifications: “Compatible with USB3, USB4, and Thunderbolt 3 and later devices.”

Original article by PC World.

The confusing state of USB-C

Universal Serial Bus or USB was introduced 25 years ago as an industry standard that established specifications for cables and connectors and protocols for the connection, communication, and power supply between computers and peripherals. 

Over time there have been 11 different types of connectors. Most will be familiar with USB-A. The most recent connector introduced is the extremely powerful USB-C. 

USB-C handles a wide gamut of specifications, including USB 4.0. So it may be confusing to know what the USB-C port on your computer is capable of running. The industry standards can help sift through the different types to help you, but usually, these are buried in the specification pages of the manual of your computer or motherboard.

On your device manager, you will have controller information that should let you know what USB specification each controller is responsible for but this information does not shed light on what connectors the controllers are responsible for.

Usually, USB-C is connected to the highest controller type your system has and it is a simple matter of connecting the same type of cable and peripheral specification as the controller to get the features of that controller.

An example is USB 3.0 vs 3.1. The speed rate of 3.0 is 5 Gbit/s. 3.1 has a speed rate of 10Gbit/s however it also has DisplayPort Alternate Mode. This enables, as long as a user has this controller connected to USB-C and a compatible hub that has an HDMI output, the user is able to stream an additional display at 1080p if their GPU has not exceeded the number of displays it can run simultaneously.

Unfortunately, this has led to confusion with computer owners who have seen a USB-C Port and incorrectly identified it as a USB 3.1 or better controller. They then have purchased hubs some up to $800 and found it does not give them the functionality they are after. 

The best practice is to do your research when looking at a motherboard or system you are purchasing. The specifications page will give the type of controller the USB-C port is connected to. This is vitally more important to look out for on a laptop as upgrading is not possible.

Once you are able to understand what each specification is capable of, you are able to better match the functions you are after and the system capable of providing them. If there is no clear information provided and you know you need a certain feature, continue your search.

If you are looking at laptops and trying to find what USB-C port you need, we can help. 

Intel NUCs – a great small factor PC for budget conscience consumers.

The world of PCs is changing. Due to the ever-popular tablet and mobile platforms, PC manufacturers have had to learn to make more scalar products to suit a smaller, low power product line such as the newer notebooks available.

This shift into lower power cost-effective platforms has also been made its way into the desktop environment.

Intel has developed and matured a line of NUC mini-PCs. These are intended for many applications where a full-sized tower with its added cooling solutions is not necessary.

Intel lists a few user case scenarios such as photo editing and content creation, and these are true for the higher-tiered products. However, the more popular sellers are the lower-spec models. These are designed for internet browsing, office package utilisation and streaming of content.

Their small form factor makes them a discreet option for media streaming and lounge room computer that can be connected to your current PC via HDMI.

The NUC mini-PC comes in a few set configurations, but upgrading the unit is a simple process, so the NUC can grow as your needs do. 

The NUC is not limited to simple residential applications. The NUC sees robust business applications such as point of sales and digital signage. It is likely you walk by this small form factor solution when at a shopping centre and searching the map.

Again, the lower-tiered NUCs are not intended to replace high-end PCs designed for gaming and graphic intensive content creation. But for a user who sees their computer usage to be a simple email, office, and internet; this is an ideal solution. If you are interested in grabbing a NUC, this is a great deal currently available for an Intel NUC 7 Essential Complete Mini Computer including a 21.5″ Monitor. Stocks are limited.

Computer upgrades you DON’T need.

Apple Mac Pro Wheels Kit – $1,049.00

“Put your Mac Pro on wheels with the Mac Pro Wheels Kit. The custom-designed stainless steel and rubber wheels make it easy to move your Mac Pro around, whether sliding it out from under your desk or across your studio.

Installation required. A 4-mm (1/4-inch) hex bit is included, but additional tools are necessary. Replacing the Mac Pro feet with wheels adds approximately 25mm to the height of the frame.”

-Apple product page.

While putting your desktop on wheels can be a smarter idea for heavy liquid-cooled setups, wheels priced at over $1000 are definitely not required. You can find multiple types of caddies that will fit a typical ATX Tower that has wheels on them. You can also get rollerblade style rubber  wheels for office chairs and retrofit that to your chassis, as a much cheaper solution ~$50 $150.

RGB

Your computer does not perform better with RGB. In fact, RGB software takes away resources from the tasks you are trying to do, consumes more power and generates more heat, not that it is easily detectable. It may look cool but it does not make you a better gamer.

Wireless Peripherals

A wireless mouse and keyboard is not required for your computing experience, Wired is cheaper, longer lasting, has better performance envelopes, and is better supported. Wireless is sensible in many user scenarios, like with laptops that you use in multiple locations, or a family room streaming computer setup.

Laptops

A laptop being purchased for a permanent office setup makes little sense to me. They are more expensive and thus have a much lower performance per $ ratio compared to desktop setups. As they are in a smaller form factor components in a laptop have smaller thermal design power (TDP) compared to their desktop equivalents. Therefore a RTX 3080 desktop GPU runs with a better performance envelope compared to its laptop namesakes. 

Laptops are best as mobile computing solutions where flexibility in location is required. Desktops will always win out as flexibility in i/o  out classes laptops.

Any component with “Gaming” in its name.

This is not a hard and fast rule, but, in most cases an item with “gaming” in its title is akin to a license to charge more, similar to the phenomena you find with any wedding products or services. And you can find “gaming” on anything computer related. Examples include gaming chairs, chassis, desk and mouse pads, 

There are exceptions like mice and keyboards, they have extra buttons and functions to better facilitate certain playstyles. Gaming monitors also will typically feature better response times and refresh rates that are sought after by people like FPS gamers.

Smart choices to improve your PC.

  • External Drive for back-ups.
  • Universal Power Supplies
  • RAM Upgrades.
  • Second Monitor
  • SSD primary drive upgrade

Curved vs Flat Monitors

What are the benefits of a curved monitor? Check out this great little article to learn more.

Curved monitors are relatively new technology, but they are quickly overtaking flat monitors among discerning users. Why make the upgrade? There are a number of benefits to curved monitors unique to their design, including reduced eyes strain and better field of view.

Do you remember comparing the difference between CRT and LCD monitors?

Well, that’s in the past! Today, those shopping for monitors must decide between curved monitors and flat monitors

Do you know which is best for your needs?

If you don’t, then let’s take a step back.

Long story short, curved monitors are the new flat! At least that’s what it seems like based on the number of curved monitor options entering the market for applications spanning from gaming to work, and even to general entertainment.

With a curved monitor, your eyes are immediately drawn to their flowing curved screen and sleek look – but how do they perform? Below, we’ve set out to compare curved monitors and flat-screen monitors to find out for ourselves. What are the benefits of curved monitors? What are the benefits of flat monitors? Read on below to see our list of curved monitor advantages and full breakdown between curved monitors and flat monitors. Moreover, we will provide some info regarding the ultrawide variants of curved and flat monitors.

Curved vs. Flat Monitors Compared

Curved Monitors Are Immersive

In the world of viewable media, immersion is a golden standard to work towards. If a product can make you forget, so to speak, that you’re staring at a screen, then you’re much more likely to enjoy the experience.

To create this sense of immersion, products must be engineered in a way that replicates real life. The monitor technology specifically used in this case is called ocular perception. This is something everyone learns from an early age.

We see the world in three dimensions – length, width, and height. If our collective reality was based only in two dimensions, then everything would appear to be flat. This is where the battle of curved vs. flat monitors come into play.

Curved monitors take advantage of all three dimensions. Further, they expand on peripheral vision. In contrast, flat monitors, which live up to their namesake and don’t require the use of peripheral vision, offer a weaker immersive experience. 

Curved monitor benefit #1:

  • A more immersive experience

Curved Monitors Eliminate Distortion

Imagine how annoying it is when you experience a blurry picture. Next, consider how you feel when that blurriness is not due to a poor internet connection, but instead a hardware issue. In another example, consider how when you enlarge a video or picture, the quality ends up suffering a fair amount of distortion, particularly at the edges.

When it comes to the debate between curved vs. flat monitors, the situations above are almost exclusively associated with flat monitors. Although examples of distortion can occur on screens of any size, they become more prevalent as monitor size increases. Less distortion is one of the advantages of curved monitors over flat monitors as distortion issues are minimized on curved monitors.

There is a simple explanation for this.

The difference between curved and flat screen distortion comes down to the physics of light projection. Put simply, flat screens blast their images in a straight line, both at the viewers and past their sides. Curved screens, on the other hand, take advantage of their shape, and aim everything at the viewer, thus limiting distortion. 

Curved monitor benefit #2:

  • Less distortion on a curved monitor

Curved Monitors Are More Comfortable for Your Eyes

The same physics that limit curved-screen distortion also make their use more comfortable. Essentially, the curvature of the monitors allows our eyes to take in everything at once, without strain.

This comes in opposition to flat screens, which, depending on the size, may cause eyestrain if the screen exceeds a viewer’s natural field of view. The ability to take in a scene without strain is something that occurs naturally in everyday life.

By being able to take in the entirety of a curved screen, even at its largest sizes, your eyes will take advantage of that natural feeling to remain comfortable. All in all, when considering curved vs. flat monitors, bear in mind that your eyes will be able to do their job more comfortably when viewing the former.

Curved monitor benefit #3:

  • Curved monitors are comfortable for your eyes

Curved Monitors Cover a Wider Field of View

When researching curved vs. flat monitors, it’s common for the specs of curved screens to correlate greater immersion with superior field of view. Frankly, this is true for the same reasons that curved screens are also more comfortable than their flat counterparts.

Since a curved screen directs light from all angles towards the viewer’s eye, the idea is that you will be able to take everything in without much ocular exertion. Therefore, if your eyes are more easily covering a larger field of view, as compared to flat screens, then curved monitors will thus feel larger

An additional benefit of a wider field of view is that it also attributes to your perceived level of immersion.

Curved monitor benefit #4:

  • Curved monitors offer a larger perceived field of view.
Curved vs. flat monitors FOV

Things That Will Take Some Getting Used to with Curved Monitors

Nothing is ever 100% perfect; there’s always a catch. Although that certainly goes for claims that appear too good to be true, it, unfortunately, goes for curved screens as well

Thankfully, the drawbacks of curved screens are very minor and will probably not be sending any buyers running for the hills to purchase flat screens instead. 

Wall mounting

First and foremost, as a result of its eponymous shape, curved screens face difficulty when it comes to wall mounting. Unlike flat screens, which are typically flush with the adjacent wall, curved screens require specific mounts and positioning in order to be mounted.

Broadly speaking, curved screens necessitate a situation where they are kept from being too close to the wall. Although they don’t resolve the fact curved screens will jut out, tilt & swivel brackets and adjustable arm mounts are great options to overcome the hurdle of mounting in general.

The good news here that this is mostly a superficial issue and has no impact on performance. 

Glare

Due to the geometry involved in its curvature, a curved screen will regrettably be prone to glare, when viewed at certain angles. As compared to a flat screen, which projects light at a single uniform angle, curved screens will do so at a countless number.

With that in mind, while it is easy to keep light sources away from a single angle, it may become nigh impossible when dealing with many.

The best way to mitigate this issue is to place the screen away from as many light sources as possible. Or, simply using your monitor with most lights turned off.

Christmas Computer wish lists.

Local-Computer-help-AMD-Nvidia-Intel-Shop-xmas-gifts

If you are looking to gift yourself a new pc for christmas this year, you will be happy with the huge influx of products which have become available for the holiday season. Every major component supplier has released or are about to release  new products to vie for your xmas dollars. Here are some examples to look out for when shopping.

AMD

AMD will be giving a 1-2 punch to its competitors this season with the release of its Ryzen 5000 series CPUs and its RX 6000 series GPU. It is a timely offering as people have been waiting for AMD to deliver some sort of enthusiast level GPU and on the CPU side the new SKUs will help consolidate AMD’s market share majority for consumer CPUs.

Coupled with the how AMD is suggesting that there are performance advantages for coupling a Ryzen 5000 series CPU with a 500 series chipset motherboard and a rx 6000 series GPUs. 

Nvidia

Nvidia released its RTX 3000 series GPUs in October. This soft launch has been difficult for Nvidia, but if you can get your hands on one of these GPUs, you will not be disappointed. With models to choose from, enthusiast consumers can find something to suit their budget with these.

Intel

Intel 10th gen CPUs are out and are on a new 8nm architecture and needs a new 400 chipset series motherboard which accommodates the 1200 pin socket. The 10th gen offers better security features over the last iterations and stronger performance as Intel tries to fight back against AMDs recent successes.

Big news is, whatever you choose, you are always the winner. As these companies are starting to compete in earnest, they are bringing out their A game in terms of innovations, development improvements and stability.

Monitors

With the new generation of GPUs available a new standard of HDMI has been included and is featured in not just the GPUs but also 2020 monitors and TVs. 

ASUS is introducing a new monitor capable of 360hz. This is an excellent choice for die hard fps shooters where framerates means life or death.

Chief among  the A list titles is Cyberpunk 2077, which will demand a good system to make it an enjoyable viewing experience. Entering a gritty world of a neon dystopia will require great visual fidelity and decent frame rates in order to keep up with the high intense action the FPRPG is set to deliver.

If resolution is more important HDMI2.1 allows for up to 8k at 60 frames per second. For a GPU and game title capable of running this, you can enjoy playing on a big screen of up to 92 inches in all the television flavors including OLED.

Games

Building and using PCs with these components are going to be a joy, and with the usual flurry of games coming out for xmas, there will be plenty to test with your new build and great variety. Cause, lets face it, there is no point building a great new computer if you have nothing to use it for. 

Another game that is praised for its visuals is Ghosts of Tsushima which was released July 2020. Set during the first mongol invasion of  japan, the title has a rich open world of beautiful vistas, along with mood setting weather systems, that adjust according to your playstyle.

Of course there is the typical fast paced FPS title Call of Duty: BLack Ops – Cold War set to release November 13. 

This holiday season is ripe with great options for your computer building or upgrading endeavors. If you are looking to building a new computer, we can help. We can also assist on computer repairs and upgrades.

Do not be an early adopter of the RTX 30 series GPU.

Nvidia’s new RTX 30 series GPU announced at the beginning of September drew much excitement for the company. Now that the line up has started the release of products, it has met with a lacklustre launch and an inaccurate and baffling marketing blitz.

However, that is not the most massive issue with the product line up. The lucky few that had managed to get their hands on the GPUs soon found themselves to be anything but. Individual partner cards were inexplicitly crashing when the GPU was at load. Due to the low number of products out. The claims were down in volume at first, but as more people are getting their hands on the devices, the more consistent the complaints have become.

After some investigations by some reviewers with access to the devices, it was found that Nvidia’s drivers, along with the partner’s inconsistent adherence to the design specifications of the reference card has lead to some manufacturers using cheaper components to crash when Nvidia’s turbo boost software is enabled.

The software works by determining the current workload, power consumption and temperature of the GPU, and if there is headroom in the temperature, wattage and GPU frequency, it will allow as much as a 200 Mhz increase to the GPU frequency over its 1710Mhz max before any manual overclock offset is established.

At these higher frequencies, the GPU is sensitive to electronic noise which will begin to trigger computational errors, eventually leading to crashes. Partner cards had a choice from reference design a selection of 2 types of capacitors to utilise, the POSCAPs (Conductive Polymer Tantalum Solid Capacitors) or MLCC (Multilayer Ceramic Chip Capacitor) with at least ten of the MLCC variety in place of a single POSCAP.

However, some partner cards have been shipped with an array of only the 6 POSCAPs and no MLCCs which would have filtered out the high-frequency noise and on cards which feature it, show no issue.

For reference, Nvidia’s Founder’s Edition card features 20 MLCCs and 4 POSCAPs on its board. In comparison, partner manufacture ASUS features 60 MLCCs on its TUF series card.

As of this time, it is unknown how the partner will handle this issue, though it is a good sign that some are acknowledging that there is an issue. Some may consider recalls. However, as the cards still function as intended at the listed frequencies on the specifications, some manufactures may just release a vBIOS throttle the frequencies to the max of 1710Mhz, negating any turbo boost and customer manual overclocking.

At this time, it is unknown how Nvidia or partner manufactures are planning to respond to already released cards. However, some companies had claimed that cards post-release are now featuring  at least 10 MLCCs

If your plan to purchase a new GPU  and the RTX 30 series is on the shortlist, waiting for confirmation that the card you intend to purchase has been rectified. Also, soon to come is AMD’s new line of GPUs that may be worth considering.

Intel VS AMD

So you are on the hunt for a new computer and you are trying to decide on the components that you want to put together for you build. One of the first fundamental questions is what CPU to get?

This leads to an inevitable question of “should I buy ‘Intel’ or ‘AMD’. For the most part, unless you are looking at certain features or support, it does not matter. Low budget builds do not get influenced much in terms of the performance you would expect on thing like emailing and web browsing.

However at high-end or specific build considerations it can matter and there are some features that do give more bang for your buck.

PCIe 3.0  vs PCIe4.0

This is a little contentious at the moment, as current gen AIC do not use up all the bandwidth in PCIe 3.0 lanes. However there is a case scenario where 4.0 can give a larger performance increase. And that is in crossfire or SLI configurations. At the moment Intel CPU supports up to 16 PCIe lanes of consumer level CPUs. A single GPU utilises the maximum 16 lanes available. So when adding and additional GPU the bandwidth is split between the two devices. This can happen on other AIC cards as well. Such as a sound card which may use 1 PCIe Lane however if paired with the GPU, the GPU would be limited to 8 PCIe lanes to use.

The drop down to 8 lanes on a GPU can lead to bottlenecking as communication between the CPU and GPU becomes more congested.

With PCIE 4.0 the throughput is doubled per lane in comparison to PCIe 3.0. This can enable little more flexibility. As a dual PCIe 4.0 compatible GPU setup can still make use of the throughput each would enjoy if it was a single card utilising the full 16 PCIe 3.0 lanes.

Winner AMD

PCIe lanes

A simpler consideration is the number of lanes made available by the CPU and how many can be used by AICs. As mentioned Intel has 16 PCIe 3.0 Lanes. Their competitor AMD, offers 24 Lanes. Simple Math, more lanes means more devices can be added without risking bottleneck any of the components added.

On an note, it is quite odd that Intel chose this route, as their product line up offers one unique feature. That is native support for their Optane SSD AICs.

Winner AMD

Core count

For multithreaded applications, the more cores you have the faster the computer can complete tasks that are assigned to it. Intel’s consumer level CPU the 10990K comes with a 10 core configuration. AMD offers 3 CPUs the 3900X and 3900XT which feature 12 cores and the 3950XT with a 16 core count.

Winner AMD

Cost

With the example of the 10990k from Intel, the RRP currently stands at $999 AUD it was released Q2/2020 while the AMD offerings are slightly older they have the 3900XT available at around the $850 mark and the 3900X around $100 less. These are serious value propositions. Especially considering that they out class the Intel counterpart at every key point.

Winner AMD

In the current market AMD has an edge in performance and value for money in the consumer market.

I offer no opinions; this is just a stats comparison to simply to help guide you to what you look for. this should also just be the beginning of your discussion into a CPU and which would be best for your needs. For Further discussions on builds using either an Intel or AMD CPU visit us and we can help you narrow down choices for your user scenario.

Why Computer Fans Are Important.

Computer fans may not be the coolest (no pun intended) part of a computer. However, they are essential for the daily function of your computer and helps ensure its longevity.

What do fans do exactly?

The computer fan is there to do one job. Push air around, ideally, hot air from inside the case out to allow for cooler to replace it. As electrical items are powered on and used, they create heat. The higher the workload, the more heat generated. This heat, if allowed to build, can severely damage your computer components, shortening their life span or even instantaneous death of a component.

So we have established that fans are a good thing. However, when looking at branded made desktops, typical loadout is two fans, one exhaust and one intake fan. This setup can get you through primary minimum workloads, such as checking emails or watching YouTube. For things like gaming, CAD, and rendering, you may find the two fan load out falling short.

A common symptom is a loss of a graphic process unit GPU. One of the most expensive outlays and biggest workhorses in a computer. They are responsible for the display information that is output onto your screen. A CPU can also suffer from overheating. Both would require a replacement to rectify.

While the GPU and CPU are costly to replace, they are not the worst victim.

NVME m.2 SSDs are a new form factor for SSDs they are about the size of a USB drive, and the thickness of a few credit cards. When they are working, they get pretty warm. But the placement of these SSDs is usually right under the GPU. As there are two sources of heat nearby, this is a real potential for catastrophic damage due to heat soak. The SSD will be your primary storage device in most cases, so the Loss of your m.2 SSD is a loss of your data.

So is there a solution? Luckily yes. Most cases have provisions for up to 5 fans in the case. So the easy solution is to add more fans. Next, you want to have the fans positioned so you can draw cold air in from the low while pushing hot air up and out the back.

If configured correctly, the fans can keep your computer cooler while also running quieter as they can run at a lower RPM. But that is dependent on the fans and Motherboard on the computer.

Clean your computer

Also, as you clean your house and rooms clean your computer. Dust impedes airflow, stopping heat from escaping your computer. So clean the case to reduce dust build-up. Using the brush accessory from your vacuum cleaner or compressed air around the vents can help loosen some of the dust to assist with clean up.

If you need help with installing fans or any other component in your computer, we can help. Call us on 1300 883 831 to book a time or come in with your pc and parts for us to install.

Best Laptops of 2020

Working from home and need some new hardware – check out this great article from TechRadar for some ideas on what might be your next best (technological) friend.

Doesn’t fit your budget and just need to get your computer running better? We can help. Bring it in to us or we can come to you (social distancing and all) and help you with cleaning and speeding up the laptop of yours. Give Local Computer Help a call on 1300 883 831.

If you’re looking at getting yourself a new laptop but don’t really know where to start, you’re in luck – that’s the entire point of this very page!

Here at TechRadar, we get to review the full breadth and width of currently-available laptops, so we’re well and truly across what’s worth the dosh and what’s not.

Whether it’s Apple’s freshest MacBook Pro, the newly-arrived Huawei MateBook 13, or the latest winner in the Dell XPS range, we’ve painstakingly compared and contrasted each one in order to give you a rundown on the laptop with the best value.

Best laptops in Australia at a glance

  1. Dell XPS 13
  2. Huawei MateBook 13
  3. HP Spectre x360 (2020)
  4. Gigabyte Aero 15 OLED
  5. Apple MacBook Pro (16-inch, 2019)
  6. MSI GS65 Stealth
  7. Dell XPS 15 2-in-1
  8. Dell G5 15 5590 Gaming
  9. Microsoft Surface Book 2 (13.5-inch)
  10. Alienware Area-51m

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