Why would you breathe easier with a new laptop? Well, in the case of the new line up of Dell Inspirons, it’s cause the line up comes with a smaller carbon footprint than ever. The new line up uses more recycled materials than before and is one of the culminations of Dell’s commitment to creating a circular economy when it comes to their products. Every Inspiron is painted using paints with low volatile organic compound content. Also, the packaging of the Inspirons is comprised of 90% recycled materials with the packaging tray being completely made of recycled materials.
With their carbon footprint in check, Dell took the next step to completely redesign the new line up of Inspiron laptops. The new laptops come with a near-borderless display and a new design language that builds on Dell’s prowess in creating compact, slim, stylish laptops. The new line up comes with larger keycaps which allow you to type faster and more accurately and a larger touchpad. The new line up also comes with an HD webcam equipped with Temporal Noise Reduction (TNR) which reduces pixelation and reduces visual artefacting in low lit conditions.
Dell Inspiron 14 & 15
The Dell Inspiron line up is being spearheaded by the Dell Inspiron 14 & 15. As the name suggests, these Inspirons have pretty much the outlook but come in two form factors – 14-inch and 15-inch. Keeping the ethos of previous Inspirons, the new 14 and 15 keep things minimalistic, simple and functional.
That said, the new design also comes with improved thermals for better cool. The new adaptive thermals also help manage power consumption to ensure your PC is running at maximum performance. The laptops also come with a sensor that detects when the lid is opened and immediately boots the PC. Paired with the optional Windows Hello enabled fingerprint sensor, you’ll be logging into your PC faster than ever. Working on the go shouldn’t be an issue with the Inspiron 14 and 15 with ExpressCharge which gives you 80% of battery life in just 60 minutes of charge.
If adaptability and flexibility is more for you, the Inspiron 14 also comes in a 2-in-1 configuration which brings added versatility. You’ll be able to flip into tablet mode, present in tent mode or even work on the touch enabled screen exclusively in stand mode.
Dell Inspiron 16 Plus
This year, the Inspiron line up gets a creator-focused entry with the Inspiron 16 Plus. The larger, more power-packed edition of the Inspiron brings a larger, 16-inch display for added workspace and visual real estate. It also comes in a cinematic 16:10 aspect ratio. That said, it’s not much larger than its smaller siblings; coming in at only 5% larger. However, it has an active screen area that’s 11% larger.
The Inspiron 16 Plus comes with the latest Intel Core H-series processors for better performance and can be paired with NVIDIA GTX or RTX discreet graphics processors for added umph. It also comes equipped with a more robust thermal solution for better cooling of the power packed specifications. The display on the Inspiron 16 Plus is a 3K display with true to life colours and low blue light emissions.
The latest line up of Inspiron laptops come with the latest, 11th Generation Intel Core processors or AMD’s Ryzen 5000 U series processors. These can be paired with a variety of graphics options to suit any need.
Pricing & Availability
The Inspiron line will be available starting mid-April 2021. The Inspiron 14 and 15 models will be available first. However, the H-series equipped Inspiron 15 and the Inspiron 16 Plus will only be available in early June.
PC gaming is not cheap. That is pretty much know though. Consider this, the latest gaming console like the Sony PlayStation 5 and the Microsoft Xbox Series X will set you back between MYR 2,500 to MYR 3,000. The latest entry level gaming PC with the latest hardware will set you back about the same amount of money to be fair if you get a desktop. The caveat is that you will not get the same 4K 120fps experience on the desktop compared to the console. If you want to talk about portable gaming, the prices are even higher.
Of course, there is more to a PC than just gaming though. When you get a gaming PC, your PC doubles as your productivity machine. It will be something that accompanies you into your work and your life. It browses the internet, it edits word documents, and it checks your emails. In the case of notebook PCs, there is more than productivity. Notebook PCs are about productivity on-the-go. Of course, gaming notebooks are about gaming and productivity on-the-go.
While gaming is not cheap, it does not have to be bank breaking though. You can get an entry level gaming notebook now from as low as MYR 3,699. Yes, we are talking about the AMD powered Acer Nitro 5 gaming notebook. Well, it is in the title.
The Nitro 5 for 2021 was technically announced in CES 2021 and is just making its way to Malaysia. The new gaming notebook comes with its own sets of cosmetic updates, as usual, and a few internal upgrades too from its previous iteration, as expected. Most of the upgrades are not really what we expected from an “entry-level” perspective though.
The base model is still pretty “entry-level” at MYR 3,699 (AN515-4S-R9RJ). You get an AMD Ryzen 5 5600H 7nm processor with Zen 3 architecture which should unlock a lot more performance from its previous generation. You also get a respectable NVIDIA GeForce GTX 1650 GPU for all kinds of gaming needs. If you have a 4K display, this could work too. Just do not expect Ultra graphic settings with super high refresh rates at that kind of resolution.
Still, if you just work with the 15.6-inch display on the notebook, you still get a nice Full HD resolution with 144Hz of refresh rate. With the kind of internals you get, you should hit 144fps easily. You also get 8GB of dual channel RAM too. If you want, you can up that to up to 32GB (16GB x 2). You are not trading off too much storage space either with 512GB of SSD storage. Of course, that is expandable as well.
Thing is, the Acer Nitro 5 is not just an “entry-level” gaming notebook anymore. While you do get the entry-level spec with entry-level pricing, you can spec it up to turn it into a beast too.
You can spec your Acer Nitro 5 (AN515-4S-R49W) with an all-powerful AMD Ryzen 9 5900HX processor. With that processor, you can also get a high-end NVIDIA GeForce RTX 3080 GPU with 8GB of DDR6 memory on board to run games at QHD (2K) resolution at a native 165Hz in refresh rate on the 15.6-inch display. With 16GB of DDR 4 RAM included, the Acer Nitro 5 turns into a beast of a gaming PC. You also get 1TB of storage to ensure that you can keep all your favourite games and still have space to spare for other things as well. All of that for MYR 8,999.
Alongside the Acer Nitro 5 gaming notebook, Acer also launches the Nitro QG1241Y P gaming monitor. The Nitro QG1 is a 24-inch display boasting Full HD resolution at 165Hz refresh rate. The VA panel support up to 1ms of response time as well alongside HDR10 support. Of course, like any modern display, there is a BlueLightShield blue light filter and flicker reduction technology to ensure the display does not strain your eyes.
The Acer Nitro 5 (AN515-4S-R9RJ) is now available for pre-order to 16th April 2021 at Acer’s Official Store on Shopee at MYR 3,699. The other variants of the Acer Nitro 5 will be available for pre-order on a later date from 27th to the 29th April 2021 (AN515-4S-R7QR) and 10th-12th May 2021 (AN515-4S-R4KB, AN515-4S-R5C7, AN515-4SR8XM, AN515-4S-R49W). The Acer Nitro QG1 (QG141Y P) 24-inch Full HD display is now available on pre-order until 16th of April 2021 on Acer’s official store on Shopee and Lazada for MYR 699. It will retail at MYR 749 after the pre-order date. For more information on the Acer Nitro 5 and Nitro QG1 gaming notebook and peripheral, do visit Acer’s website.
It’s been over a decade since Alienware has released an AMD powered gaming laptop. Over a decade since the original Alienware Aurora mALX. In that time, gaming has taken a quantum leap with new experiences being more immersive than ever. That changes today with both Dell and Alienware announcing new AMD powered laptops.
The new laptops marry AMD’s revolutionary, performance and efficiency centered Zen 3 microarchitecture with NVIDIA’s graphics prowess to bring their best gaming experience yet. The Dell G15 Ryzen Edition and the redesigned Alienware m15 Ryzen Edition bring together some of Dell and Alienware’s best design with top of the line performance for gaming.
Alienware m15 Ryzen Edition
Alienware super charges their m15 line up with their signature technological features such as voltage gated cooling with the performance combo of AMD’s Ryzen 5000-H processors and NVIDIA’s RTX30 series graphics. All this power is packed into a slim 15-inch body with options to fit any gamers’ needs. On the display front, users get to choose from options including a QHD with 240Hz refresh rate and an FHD display wiht 360Hz refresh rate.
Smooth visuals and power packed performance is just the tip of the iceberg. The new Alienware m15 is also the first to come with Alienware’s new Legend 2.0 design language which features a sleeker silhouette and a new design feature called Dark Core. This darkens the interior shade of the laptop helping you focus on the game; while the new Silky-smooth High-Endurance paint formula will keep things clean and sleek. It is also the first 15-inch Alienware laptop to come with user upgradable 3200MHz DDR4 RAM. Of course, it will also feature the option for the new mechanical keyboard co-developed with Cherry MX with per key RGB lighting.
Dell G15 Ryzen Edition
Dell’s foray into AMD powered gaming laptops comes in the form of the Dell G15 Ryzen Edition. The new gaming laptop comes with Alienware inspired thermals which maximise airflow and improve cooling. Of course, the laptop comes with Dell Gaming’s signature “Game Shift” button which kicks the laptop into high gear. Similar to the Alienware m15, the Dell G15 Ryzen Edition comes with performance centric combination of AMD Ryzen 5000 series processors, NVIDIA’s RTX 30 Series graphics and user upgradable 3200MHz RAM. On the display front it will be coming with low blue light emitting displays with options for 120Hz or 165Hz refresh rates. Additional options for 360Hz displays will be coming later this spring according to Dell.
Pricing & Availability
Dell and Alienware haven’t announced the pricing for the laptops just yet. However, the Alienware m15 Ryzen Edition will be available in early May 2021. The Dell G15 Ryzen edition is expected to be available at the same time.
Hot off the heels of AMD’s announcement of their new EPYC processors, Dell Technologies has revealed a series of new offerings that put the AMD EPYC front and centre. The new Dell EMC servers come optimised for multiple workloads to help businesses better cater to their needs. They up the ante with up to 64 cores with EPYC’s new Zen 3 architecture.
The new additions add to Dell Technologies’ already robust portfolio of Dell EMC PowerEdge offerings. They bring updated technologies with improved compute capabilities. The expanded portfolio allows for better handling of critical workloads and applications augmented by fast data performance thanks to the integration of PCIe Gen 4 technology. In addition, the new offerings in the Dell EMC PowerEdge portfolio come with up to six accelerators to help with large, challenging, data-intensive workloads. They continue to put data security and redundancy at the core with a well-established Root of Trust and what Dell Technologies refers to as a Cyber resilient architecture.
Of course, running on the Zen 3 augmented EPYC processors, the new PowerEdge servers are more power-efficient than before. Dell Technologies claims that the new racks offer up to 60% power efficiency compared to the previous generation. Adding to its power efficiency, Dell has equipped the new generation PowerEdge with multi-vector cooling. This technology helps direct airflow to the hottest portions of the server; helping maintain lower temperatures and better performance.
The new line up consists of six offerings catered for different workloads and computing environments. From powerful, performance-oriented racks to AI optimised racks to deceivingly powerful, slim racks, Dell’s new offerings have you covered. Their Dell EMC PowerEdge XE8545 marries the performance of AMD’s new EPYC cores with NVIDIA’s A100 GPUs for powerful, AI and machine learning optimised workloads. The PowerEdge R6515 packs a configurable, dual-socket setup in a 1U rack server for compact performance while the R7515 brings a scalable single-socket 2U rack with performance and affordability in mind. They’ve got the C6525 for high performance, dense computing environments while the R7525 and R6525 bring extended flexibility.
Just when we thought AMD is done with being the best at gaming, they proved that one title is never enough. They want to retain their title as the most powerful ever, with a full-stop right after. So, they went ahead and introduced what seems to be the most powerful processing chips in the world, the EPYC 7003 series server processors.
The new EPYC 7003 series is the third-generation server processors by AMD. That also means that it gets the Zen 3 architecture that the AMD Ryzen 5000 series line-up got. That same architecture also means that AMD’s processing core clusters gets to access all of the available cache memory module when necessary, instead of just half of it. Again, if you were doing some research with AMD’s latest Ryzen 5000 with Zen 3 architecture, it might sound like something simple and small. The results are quite significant though.
At least in terms of a server, Zen 3 architecture also allows the cores to process more data at any single time than before. In practical terms, that also means a much faster processor compared to before. Of course, AMD’s implementation also means more efficient power consumption.
The headline figures for EPYC’s flagship is up to 64 cores and 128 threads. With 64 cores, the processor features 256MB of cache, that is the first indication that this is not your regular consumer gaming PC stuff. All cores are clocked at 2.45GHz and can be boosted up to 3.675GHz when necessary.
Of course, these chips are also embedded with extra security measurements and algorithms. In a server, data center, cloud seservice, and virtualisation environment, protecting your data is of utmost importance. Security, in this case, has to start from the processors itself with AMD’s own Infinity Guard suite encryption technologies to keep everything it processes secure.
Of course, you are not going to see the AMD EPYC processors out on the street. These are highly specialised processors made for Artificial Intelligence implementation, data centers, and data backbones for larger organisations. These are the stuff that keeps thigs like Google Cloud, Microsoft Azure, and Amazon Web Services running for you.
The AMD EPYC processors range from 32 cores to 64 cores. The EPYC processors are usually the base for AMD’s Ryzen Threadripper platforms. There are obviously no announcements made yet on the availability of the prosumer processor platforms at this time. If they are launching a Threadripper soon though, the AMD EPYC processors could probably give you an insight to what you can expect.
Dell’s XPS sereis has always represented the top of the line when it comes to their offerings. This stays the same with their XPS desktop. The XPS desktop offerings bring Dell’s signature XPS design queues to their desktop offerings and keeps the focus on content creation and performance.
The new XPS Desktop is coming in a more compact form factor – 19L case compared to the previous 23.7L. However, it keeps most of the XPS desktop’s compelling features including easy expandability. If you need more storage or want to swap out your graphics card, you have easy, toolless access via the backplate. The desktop supports up to four hard disk drives (HDDs), graphics cards up to 10.5-inches long and up to 500W power supplies.
Dell brings its voltage regulated cooling to the new generation of XPS desktops which helps better maintain processor performance even under high loads including VR. This paired with the design to maximise airflow allows better cooling of the components. The chassis of the XPS Desktop is designed to direct cool air from the front to the back allowing it to flow into the nooks and crevices of the components for better cooling. Dell claims that the high RPM fans in the desktop allow them to stay silent while maintaining high workloads.
Dell is taking a keen interest in content creation with the new XPS desktops. They’ve equipped the desktops with top of the line graphics offerings. Users can select from a range which includes the RTX3070 with 8GB GDDR6 RAM or the AMD Radeon RX5700XT. This paired with capable processors from Intel’s 11th generation Core i line up ensures that you’ll have ample performance to meet your needs. Users are able to select configurations with up to an Intel Core i9 to cater to their creative needs. The XPS desktop is also available in Dell’s Creator Editions which certify that the machines are built for creation. This paired with their recognition under NVIDIA’s RTX Studio programme should give you ample peace of mind when it comes to content creation.
Pricing & Availability
The Dell XPS Desktop will be available starting end of March 2021 with prices starting at USD$649.99 (MYR2,673.91). It will also be available in a special edition which comes in white with prices starting at USD$1129.99 (MYR4,648.41).
In Malaysia, the XPS Desktop will be available in a single configuration starting at the end of March 2021 with prices starting from MYR3,699. Specifications start with the 11th Generation Intel Core i5 with 8GB of RAM and 512GB of onboard memory and the NVIDIA GeForce GTX1650 Super.
Just not too long after NVIDIA pushes their latest GeForce RTX 3060, AMD answered with their latest AMD Radeon RX 6700 XT. Before we go on though, we are not going to be doing many comparisons between the two. This is a good one though.
AMD touts the AMD Radeon RX 6700 XT graphics card to be your 1440p gaming buddy. 1440p as in the display resolution, if you did not get it. In that case also, the RX 6700 XT might be the best value for money card AMD can offer with RDNA 2 and Smart Access Memory features out of the box. Considering that Smart Access Memory function is now available for AMD’s Ryzen 3000 series processors, this could be time for you to upgrade your GPU to an RX 6000 series.
Source: AMD
The headline numbers are 7nm process technology, 12GB of RAM, 40 compute units, clock speeds up to 2581 MHz (Boost), 196 bit of memory interface, and 96 MB of infinity cache. All this at a maximum power draw of 230W. You can undervolt the card as well to optimise heat management and reducing power draw.
All this results in supposed gains in 1440p resolution gaming. In that sense, the RX 6700 XT is really made for the most popular gaming segment in the PC gaming industry. The best-selling gaming monitors are 1440p gaming monitors at this point and that has not come with a lot of surprise given the value that 1440p monitors offer for their prices.
Source: AMD
Source: AMD
Source: AMD
AMD claims to boast more than 165fps consistently in selected esports titles. You do need every inch of advantage when it comes to eSports and you can really appreciate the extra fps whenever you get into an intense battle with another player. A few fps could be the difference to winning that battle, or losing your cool. But of course, there is also AMD’s Radeon Anti-Lag feature to really boost your advantage in eSports.
Source: AMD
The AMD Radeon RX 6700 XT will be available 18th March 2021 onward from board partners like ASRock, ASUS, Gigabyte, MSI, PowerColor, SAPPHIRE, and XFX. The card should start at US$ 479 (MYR 1,942*). Of course, prices and stock availability varies from each board manufacturer. There are no official word yet on local availability from the board partners but we assume that they will make some form of announcement closer to the release date later this month. More information on the AMD Radeon RX 6700 XT is available through their website.
*Approximate conversion based on US$ 1 = MYR 4.05 as of 04/03/2020 on xe.com
AMD has recently announced their new Ryzen 5000 series processors and their new Radeon RX 6000 series graphics processors. However, with the components being slightly more expensive and possibly limited during the launch window, we looked to the previous generation to see if it was still viable to build a gaming setup which was a little bit “outdated”.
AMD’s Zen architecture has proven over and over again that they are capable of outdoing their competition in benchmarks. Benchmarks aside, we wanted to do some tests, regular people, like us, would look at to determine whether the setup is worth the investment. We looked at simple things like how the build performed in some of the more popular games and also some of the more recent ones. We also looked at everyday workflow items like video editing and even processing complex excel spreadsheets.
The only thing that remains is to answer the question: Is it still worth investing in a Ryzen 3000 and Radeon 5000 series build. Our frank answer: You could do worse; But we’re not going to leave with such a vague answer. We’ve broken down our experience with the rig with all the details we thought you’d need to make the decision.
When it came to this build, we tried to build a full MSI build while keeping the price as competitive as possible with one caveat – we had to keep to the latest parts available in the Malaysian market. That said, we had another thing on our minds when it came to the build: it needed to be able to do some video processing and play some of the latest games at the highest settings. Of course, we wanted to build a gaming PC, so the our main concern, aside from price, was its gaming performance.
We decided to go with the newer Ryzen 5 3600X for the processor cause the newer 3000 series processor is clocked slightly higher at 3.8 GHz which meant it has marginally better performance. That said, the sub MYR300 (USD$73.32) price difference between the Ryzen 5 3600 and Ryzen 5 3600X is what decided it for us. With that little bit more performance from the hexacore (6-core) processor, we could, in theory, get better performance from intensive programs which meant more gaming prowess. We also decided to invest in an AiO liquid cooling solution to squeeze even more performance from the CPU.
For the GPU, it was a hard decision between an NVIDIA RTX GPU and the RADEON. However, in the interest of being thrifty and also building a full-on AMD rig, we decided to go with the RADEON RX 5600XT which was a little more recent and didn’t have a gigantic price difference. That said, we were also taking into consideration the performance gains over the RX 5500XT and the significant price difference between the RX 5700 and the RX 5600XT.
The motherboard was a tough dilemma. We were tossed between a better full ATX motherboard and a mini-ITX. However, after much deliberation, MSI and AMD challenged us to use their mini-ITX board with built-in WiFi. Little did we know that the board would be on the higher end of the spectrum when it came to price. That said, if it was solely up to us, we would have gone with a more full-featured full ATX motherboard with more expandability.
With our key components decided on, we let pricing decide the rest of the build. Accessories and the monitor were provided courtesy of MSI and we had our Razer Basilisk lying around to complete the build.
Performance
With all the parts put together, we’re finally at the most important part – how did the build perform? To be very honest – it actually did really well. The build was powerful enough to handle pretty much everything we threw at it and running it overnight didn’t seem to affect our electricity bill by much. However, the biggest downside to the Radeon GPUs was the lack of proper ray tracing support which led to slightly less detailed graphics in games such as Horizon Zero Dawn and Monster Hunter.
While the overview is pretty broad, we’re here for the itty-bitty details. We’re breaking down the build’s performance over three main categories – video and graphic work, gaming and high load processing. That said, we won’t be going into detail on 3D rendering work as it’s a niche area which we think doesn’t really reflect what a majority of us will be using the setup for gaming and day to day work.
AMD’s big play when it comes to their processors and graphics is a being made for gaming. We decided that since gaming and work are the mainstays of any computer system, we’d jump into the nitty-gritty when it came to gaming and some of the finer points of our work as well. During our review of the rig, we tested games such as Overwatch, Star Wars: Jedi Fallen Order, Monster Hunter Worlds and Horizon Zero Dawn. We also tested it with Adobe Premiere Pro and some large excel files.
Gaming
Gaming is essential when it comes to us gamers. So we took a gander at how the build performed on some of the more recent titles as a test. Overall, it didn’t do too bad when it came to graphics and it was pretty consistent across the board in hitting around 60fps during gaming – which is sufficient for most games.
The first game we tested on the rig was Blizzard’s Overwatch – not the most graphically challenging game out there. But, when it comes to games like this, chaos can ensue when there’s a throwdown which can affect the game’s frame rate. That said, testing the game on a 55-inch 4K display was pretty amazing. There was little to no tearing or frame rate drops. However, the TV we tested it on didn’t have support for high refresh or frame rate so it maxed out at about 50 to 60 fps. On a monitor with support for 240Hz, the experience was similar with aiming and quick response becoming even easier.
In story-driven games such as Star Wars: Jedi Fallen Order and Horizon Zero Dawn, the graphics quality was pretty commendable. In both the textures were crisp and detailed and the colours were deep and realistic. Battles were smooth with minimal frame drops and response time from the input was pretty good when it came to tense situations; there was hardly any lag between input and response. The same rang true when we tested it with Monster Hunter World.
For all the games we tested, the graphics settings were maxed out. The only thing that was missing compared to the competition was support for Ray Tracing which would have allowed for a more realistic experience when it came to the behaviour of light in the games. That said, the lack of ray tracing didn’t take too much away from the overall experience.
Video Editing
For content creators, video processing and editing would be one of the more important aspects of any build. We tested the setup rendering and editing videos on Adobe’s Premiere Pro. In a nutshell, the setup was able to handle pretty complex rendering with 4K footage – which is a good thing. However, it may be a little more challenging dealing with 8K footage.
Anyone that uses Adobe Premiere Pro will readily attest that, while the program is one of the best on the market, it can be a pain on both the processor and GPU. The program is notorious for sending fans into overdrive as it processes the many frames and effects you utilise to get the perfect video.
In our tests, we used 4K UHD video with multiple tracks for both audio and video as well as multiple overlays. Scrubbing the timeline with the preview set to full resolution was pretty smooth with little lag. Rendering complex effects and overlays in the footage for preview and export didn’t take too much time too. The 10-minute clip took about 25 minutes to render in full.
High Load Processing
To test this one out, we use a complex excel sheet – something a person dealing with large amounts of data would be using on a daily basis. The excel sheet was pretty huge – coming in at about 1GB with tables and charts that contained large, complex formulae. We manipulated the values in the sheet to test how long it would take the system to run the computation.
We were pretty impressed. The updates were done near instantaneously in tables while charts took slightly longer to update. This was one of the tests that actually impressed us when we performed it.
Final Verdict
AMD’s future proofing of their motherboard chipsets weighed pretty heavily in the consideration of whether the build is worth the time. The fact that they’ve promised support until 2020 for their current 400 and 500 series motherboards allows end users to bump up the power when they need it.
That said, you’d expect that system running “outdated” or older hardware had a lot lacking in terms of performance. However, as Dr Lisa Su mentions over and over again, it looks like, unless you’re in dire need of a top of the line system, AMD’s Ryzen and Radeon hardware does stand the test of time or in her words, “..ages like fine wine”. Performance in gaming, video editing and even high load processing was consistent and while it may be slower than newer ones, it didn’t have much to make up.
All in all, the build is a very capable one with at least another two to three years left in the higher levels of performance. Best part, you can create a similar one for about the same budget or you could go cheaper too.
Sony has announced its newest PlayStation 5 and is ready to take on the market this holiday. The company has revealed some specs to give fans a brief look of just how powerful the machine will be. Looking at some of the things we already know, the new PlayStation 5 is shaping up to be one of the most revolutionary consoles in comparison to it’s predecessor, the PS4; and even next generation Xbox Series X and Xbox Series. The PS5 is set to change the playing field for consoles in the next generation.
Source: TechRadar
Powerful Insides with at least 60 fps Gameplay
The PlayStation 5 will be running on a customised build of AMD’s graphics and processing architecture. The GPU is based on AMD’s RDNA 2 architecture while the CPU is based on AMD’s Zen 2 architecture with 8-cores. The new processing unit will allow the PS5 to support ray tracing making it possible to have more realistic light textures and deeper realism built into the graphics. This is complemented by 16GB of GDDR6 RAM.
It will launch with native 4K resolution support which makes sense given the current landscape of TV ownership. However, there is evidence showing the PS5 will be able to support up to 8K resolution in the future. The console is able to reach 120fps in games but most of the game are guaranteed tor run at 60fps with stable gaming performance. We will probably see a few games reaching 120fps as the console generation progresses.
Speedy Internal Storage for Quick Load Times
The console will sport a customised solution when it comes to internal storage. Sony’s customised SSD solution will be its backbone for the lightning-fast loading times the company is promising for the PlayStation 5. It will support extra storage through an easily accessible slot for an M.2 SSD chip which is disabled at launch. However, Sony PS5 architect, Mark Cerny, has stressed that support will be enabled with a firmware update at a later date. The reason behind this staggered activation is to give the team enough time to test and ensure compatibility as not all M.2 SSDs will be able to interface correctly with the PlayStation 5’s I/O controller which can lead to slowdowns or worse. Out of the box, the PS5 comes with 825GB of internal storage, it will also support USB storage.
The PS5 will come in two flavours: a digital-only version and one sporting an optical drive. The latter will come with a 4K Blu-ray drive. This will be able to play actual physical PS5 games which will be released on Blu-ray discs. It will also play movies and DVDs. As the name suggests, this will be omitted in the PS5 Digital Edition.
The hallmark of the PS5 experience is the unique, immersive experience of the new DualSense Controller. It is being lauded as a leap forward in gaming. The resistive triggers are able to convey a different, more immersive textures which bring a depth to the gaming experience that we have yet to experience.
New PSN Experience & Backward Compatibility
The PSN web and mobile store have been overhauled in October. As part of this change, PS3 games, PS vita games, avatar and themes will no longer be purchase. Sony seems to be more focused on newer things. This has entailed the removal of themes and content for the PS3 and, the short-lived, PS Vita.
Sony has also revealed the PS5 UI in an official walkthrough video hosted by the head of Sony Worldwide Studios, Hermen Hulst. The UI drops the spartan approach that it used for the PS4. In its stead, the PS5 will sport a user experience-centric interface which brings games and the PSN community to the forefront. Even the in-game overlay is feature-rich and comes with easy access to the many in-game features that the PS5 has including the ability to get friends to help you in-game.
In addition to an overhauled UI, the PS5 comes with backwards compatibility with games from previous generations of PlayStations. For now, Sony has confirmed that 99% of PS4 titles are supported by the PS5 with more to come. However, compatibility with games from the PS3 and before is still up in the air.
Pricing & Availability
Both Editions of the PlayStation 5 will be available starting on November 12, 2020, in the U.S, UK, Japan, and a few other countries, with a global release starting on November 19. The disc drive touting PS5 will run you USD $499 while the digital only edition will cost $399.
In Malaysia, the PS5 will be laucnhing on 11 December 2020 with pre-orders already underway with e-commerce platforms such as Shopee and Lazada already taking orders. The PS5 Digital Edition will be available for MYR 1,869, and PS5 with an Ultra HD Blu-ray™ disc drive will be available for MYR 2,299.
AMD’s Ryzen 5000 series launched just a few weeks ago wowed the world with not just improved performance. It wowed the world by beating Intel in their own game. With their new Zen 3 architecture, they somehow managed to catch up to Intel’s gaming prowess in their processors and now team Red is an even better CPU choice for creators around the world. Even we want an AMD Ryzen build for our gaming PCs now.
In that launch as well, they teased something else that we all knew was coming along. They teased their new AMD Radeon RX6000 series GPUs. In their demo from the Ryzen launch, the GPUs look to be very promising too running Borderlands 3.
Still, nothing compares to the real thing, and so AMD launches their AMD Radeon RX6000 platform. The internet world calls the new GPU “Big Navi”, as a succession to the Navi based Radeon RX 5700 and RX 5700 XT. AMD also thinks that this new GPUs will take the fight to their biggest GPU competitor, NVIDIA and their new platform, Ampere.
Source: AMD
Here are the headline figures; 80 compute units clocked at a maximum of 2,250MHz (Boost Clock) with 128MB of cache, 16GB of GDDR6 RAM, all at 300W power draw. Welcome to RDNA 2 on AMD’s Radeon RX 6900 XT. Welcome to the new standards in gaming GPU.
AMD Radeon RX 6900 XT
Source: AMD
As mentioned, the headline figures are quite impressive. This is a comparable GPU to NVIDIA’s RTX 3090, if you need the nearest comparison baseline. There are some interesting figures from the headline figures you see above though.
For one, AMD’s Radeon RX 6900 XT is only using GDDR6 technology while the NVIDIA card works with a GDDR6X technology which is, in theory, faster. The AMD card also has less RAM at 16GB compared to 24GB. The AMD card’s GDDR6 RAM also only features a 256-bit memory interface, and its direct competitor uses a 384-bit interface.
The AMD Radeon is clocked faster though at about 2GHz in base clocks and a maximum of about 2.2GHz in maximum clock. Even its base clock is much faster than its direct competitor’s 1.7GHz boost clock. All of that while drawing 300W, 50W less than its competitor.
There are differences in the cards, which are quite expected. Which card might perform better in different situations can be arguable as well thanks to the differences in specs. From the presentation by AMD’s Lisa Su though, the AMD Radeon RX 6900 XT is more powerful that its direct competitors in up to 4K gaming conditions. Oh yes, the NVIDIA RTX 3090 is no longer the most powerful GPU in the world. NVIDIA is no longer the only choice when it comes to high-performance gaming. Did we also mention that the RX 6900 XT is the same size as the RX 6800 XT?
AMD Radeon RX 6800 XT
Source: AMD
To be fair, we should have started with this GPU since AMD started their presentation with this card. It is just one step down from the all-powerful and mighty AMD Radeon RX 6900 XT. It features mostly the same headline figures with 8 less compute units, bringing a total of 72 Compute Units.
That does not mean that the RX 6800 XT is a huge compromise over the almighty RX 6900 XT. It is less powerful thanks to less Compute Units. But it is still more powerful than its closest competitor the NVIDIA RTX 3080.
How do we know? We do not. We can only take the words of AMD as truth for now, until independent reviewers pick up the cards to test out.
AMD Radeon RX 6800
Then they brought out a slightly more budget conscious choice of the AMD RX 6800. This consumes less power than the big RX 6800 XT at 250W, 50W less. But that is also because it is clocked at a lower speed.
The AMD Radeon RX 6800 is clocked at about 1.8GHz at the base and pushes 2.1 GHz at maximum clock. It also has 128MB in Infinity Cache (like the RX 6800 XT and RX 6900 XT), and 16GB GDDR6, also like its bigger brothers. But it has 12 less Compute Units compared to the RX 6800 XT at 60 Compute Units.
RDNA 2
Source: AMD
The new AMD Radeon RX 6000 series cards come with what AMD calls the RDNA 2 architecture technology. What does it mean for you? It means a 65% performance increase from the RX 5000 series of Radeon GPUs (RDNA). But that is still a little general, to be honest. The RX 6800, for example, is more powerful than the NVIDIA RTX 2080Ti, and even more powerful than AMD’s older Radeon RX 5700 XT. The RX 6800 is also a very different GPU compared to the RX 5700 XT. In fact, the RX 6800 XT is twice more powerful than the RX 5700 XT
So the only way to measure this difference is in the performance of other computational capacities. For example, memory access. While the AMD Radeon RX 6900 XT has a smaller memory bandwidth at 256-bit and less memory at 16GB of RAM and 128MB in cache (a very fast cache, if I might add), it could outperform its closest competitor. That is thanks to something they call Infinity Cache.
The Infinity Cache, in an oversimplified form, is basically a memory sharing technology. That is an oversimplification to the technology. To say that the GPU can draw some compute power via accessing a super-fast cache is still oversimplifying it. But that also means that AMD could get up to twice more memory bandwidth from just 128MB cache, 16GB RAM, and a 256-bit interface compared to 384-bit 24GB RAM system while also drawing less power.
Source: AMD
Mind you, you might get even better performances if you are using an AMD Ryzen 5000 CPU paired to the Radeon GPU. This one is called Smart Access Memory, which is also another word for memory access sharing between an AMD Ryzen CPU and an AMD Radeon GPU. This also means that there is an even higher memory throughput from the PC to give workloads more speeds to work with. That might mean a bigger performance boost on games or other workload processes.
But having both AMD’s CPU and GPU does not just add performance on your screen. It helps you improve your competitiveness in games. With AMD’s Radeon latency boost combined with FreeSync, it reduces your input lags up to 40ms. This also means that in games like Counter-Strike, or Dota2, or Valorant, or even Overwatch, your clicks converts to an action even faster and more instantly.
There is more to RDNA 2 as well. It supports DirectX 12 Ultimate, which is quite expected. But more than that, it works with DirectX to enable Ray Tracing and something called Super Resolution. We are guessing that it is AMD and Microsoft’s version of DLSSS technology.
All these are under the surface though. On the surface, there is a new control app for the AMD GPUs. On that new app, there is something called RAGE mode for the GPUs. This is a one-click overclock mode built-into the GPUs. You do not even need to know how to overclock to under-volt GPUs or CPUs to do this. You just needt to hit RAGE mode and let the GPU rip apart every game you play.
Pricing and Availability
The AMD Radeon RX 6800 will be available from 18th November 2020 onward for US$ 579 (MYR2,407.81). The Radeon RX 6800 XT will be available also on the same day onward for US$ 649 (MYR2,698.91). The more powerful and extreme AMD Radeon RX 6900 XT will be available 8th December 2020 onward for US$ 999 (MYR4,154.41). These are extremely attractive prices compared to its competitors. These prices are also for reference cards from AMD and may not reflect the prices of Radeon GPUs from OEMs.
