Trending March 2024 # Acer Ax3200 Desktop Pc And P244W 1080P Lcd Display Now Available # Suggested April 2024 # Top 4 Popular

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Acer is bringing HD compatible products to the masses with two very affordable products released today. The Acer AX3200 Desktop PC and the P244W 1080p LCD display offer top performance and high quality in sleek and stylish packages.

The AX3200 Desktop PC features a 2.1 GHz AMD Phenom X3 8450 processor, 4GB RAM and a 640 GB hard drive. It measures in at just 10″ x 4″ x 14″ and packs in a multi-card reader and a Blu-ray player as well.  

The P244W display on the other hand is 1080p and sports a 1920 x 1080 resolution (16:9) and a 20000:1 contrast ratio. With two HDMI ports, a VGA input and a 2ms response time, this display is equipped for watching movies in Blu-ray format. The Acer AX3200 will set you back $680 and the P244W LCD display costs $340. That comes out to just $1020 for the pair, which isn’t too shabby considering the specs.

ACER’S NEW PHENOM X3 DESKTOP AND 24-INCH LCD – ELEGANT IN FORM AND FUNCTION

AX3200 desktop packs big performance in a small box; Stunning 24-inch widescreen LCD features one-touch convenience

SAN JOSE, CALIF., Oct. 13, 2008 – Acer, the third largest vendor in the PC market,(1) today announced the new Acer® AX3200 desktop PC and Acer P244W 24-inch widescreen LCD display for customers in the United States. Feature-rich, stylish and space-saving, the new desktop and display are ideal for enjoying entertainment from any room in the home.

Outfitted with AMD Phenom(TM) X3 processing power, Blu-ray Disc(TM) technology, NVIDIA® GeForce® graphics and Dolby Home Theater® sound, the AX3200 is a multimedia powerhouse. The Acer P244W display is simple to use and brilliantly showcases high-definition video, games and multimedia with 1080p HD support and 1920×1080 resolution.

“Offering 64-bit Windows, a Blu-ray drive and significant memory, the Acer AX3200 packs plenty of power for tackling the demands of multitasking and the latest digital entertainment,” said Stephanie Eggert, Senior Manager, Retail Desktop Product Planning for Acer America. “The P244W display’s stunning picture quality and user-friendly design make it a must-have for the home. Users choosing to combine the 24-inch display with the compact desktop, will have an excellent system for enjoying productivity, movies, music and games without taking up a lot of space.”

Compact Entertainment Hub

Smaller than standard systems, the handsome black tower measures just 10.4-inches (H) x 4-inches (W) x 14.4-inches (L). For easy access, the chassis was designed with the card reader, audio jacks and ports conveniently on the front of the PC.

An integrated Blu-Ray Disc(TM) optical drive takes high-definition entertainment to the max with full support for realistic and dynamic high-definition viewing. Integrated NVIDIA® GeForce® graphics enhance multimedia performance with support for the latest DirectX games.

Dolby Home Theater® provides theater-like surround sound with up to 5.1 separate channels of crystal-clear digital audio. An HDMI port delivers crisp high-quality visuals and high-fidelity audio using only one cable.

With nine USB 2.0 ports, an IEEE 1394 port, eSATA port and a Multi-in-One card reader, users can easily bring multimedia devices together (used this phase in processor graph). The huge 640GB SATA II hard drive (2) provides enough room to store a vast library of music, movies and games.

Intuitive 24-inch High-Definition LCD

The new Acer P244W 24-inch widescreen high-definition LCD display combines superior usability with sleek styling. It boasts a polished black bezel and base with silver accents for an elegant design that will enhance any home or office. The large 24-inch screen size is perfect for evaluating multiple documents at one time.

The Acer P244W also features SensorTouch technology, a touch-sensing solution with effortless settings for one-touch convenience. The LED illuminated controls replace the buttons that are standard on many displays. These intuitive controls maintain the product’s streamlined look, while automatically sensing contact with the lightest touch.

Featuring excellent resolution, a high contrast ratio and fast response time, the display emits superb visual quality. It delivers 1080p HD support and a 1920×1080 resolution, including full HD support for the hottest HD-DVD or Blu-ray Disc movies and console games.

To further improve the picture quality, this new display offers a 20,000:1 contrast ratio and 300 cd/m2 brightness. The new Acer P244W features a 2ms response time, reducing the deviations in transition time. The Acer Overdrive (OD) technology enables the display to improve the gray-to-gray level in images and amplify the moving picture viewing experience. Additionally, 170-degree horizontal and 160-degree vertical viewing angles offer extended viewing of entertainment and productivity applications.

Acer’s unique software solutions boost usability. The eColor Management on-screen interface allows users to tailor the performance characteristics of the display, such as brightness, saturation and contrast. The Empowering Key enables users to switch between viewing scenarios and create their own to compensate for application and environmental constraints.

Specifications, Pricing and Availability

The Aspire AX3200-U3630A desktop PC is available at Fry’s with a manufacturer’s suggested retail price (MSRP) of $679.99. The Acer P244W 24-inch LCD display is available at technology and electronics retailers with a manufacturer’s suggested retail price of $339.

Acer® AX3200-U3630A: Available now for a MSRP of $679.99

• AMD Phenom(TM) X3 Triple-Core 8450 Processor (2.1GHz, 512KB X 3 L2 Cache)

• 4096MB DDR2 Memory, Dual Channel

• NVIDIA® GeForce® 8200 Chipset

• Integrated NVIDIA® GeForce® 8200 Graphics Solution

• 640GB SATA II (7200RPM, 8MB Cache) (2)

• Blu-ray Disc(TM)/DVD-Super Multi Double-Layer Drive

• Multi-in-One Digital Media Card Reader

• 56K ITU v.92 Ready Fax/Modem (RJ-11 Port)

• Optimized Dolby Home Theater®

• Windows Vista® Home Premium 64-Bit with SP1

• 9 USB 2.0 Ports (5 Front, 4 Rear)

• IEEE 1394 Port

• HDMI Port

• eSATA Port

• Amplified Stereo Speakers (USB Powered)

• Acer USB Keyboard

• USB Optical Mouse

Acer® P244W 24-inch LCD display: Available now for a MSRP of $339

• 24-inch Widescreen

• 0.276mm Pixel Pitch

• 1920×1080 (native and maximum) Resolution

• 1080p High-Def Support

• 75Hz (Maximum) Refresh Rate

• 2ms (Gray to Gray) Response Time

• 20000:1 (ACM) Contrast Ratio

• 300cd/m2 Brightness

• 170° (H)/160° (V) Viewing Angles

• 16.7 Million Colors

• 6 + Hi-FRC Bits

• 2x HDMI, 1x VGA Inputs

• Vesa 100MM Wall Mount

• Internal Power Supply

• Energy Star Compliant

Practical Software

The Acer AX3200 desktop comes with Genuine Windows Vista® Home Premium 64-Bit with Service Pack 1, which provides performance for video, large database searches, or games and other programs that require complex calculations and a lot of memory.

The new AMD LIVE!(TM) Explorer, available for download, offers an immersive way to manage and interact with the user’s entertainment library. It provides the ability to explore complete digital collections of music, photos, and videos in a single window, in full 3D.

In addition, the system comes with Adobe® Reader®, McAfee® Internet Security Suite 2008, eSobi(TM) online search efficiency software, NTI Media Maker(TM) for multimedia fun and back-up as well as Acer Arcade(TM) Live, a powerful software package for editing, viewing, burning and managing media content.

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Mac Pro And Pro Display Xdr Now Available To Order From Apple Online Store

Six years since the computer was last updated, and more than two years since the modular high-end revamp of the Mac Pro was promised, Apple today released the Mac Pro and accompanying Apple Pro Display XDR, which start at $5999 and $4999 respectively. First configurations ship December 18th.

The Mac Pro base starts at a rather measly 8-core 32 GB RAM and 256 GB SSD config but can be specced to up to insanely high-end internals, accompanied by an insanely high price, aimed at true professional environments like video editing bays.

One of the issues with the previous trashcan Mac Pro design was that it offered little opportunity for internal upgradability, and the cylindrical design hampered how much heat the components could generate, which meant Apple could never give it more powerful GPUs. The new Mac Pro is a direct answer to those complaints, harkening back to the old ‘cheesegrater’ design, with a new case that has a swathe of internal space and bays, combined with great heat dissipation and airflow.

This means the Mac Pro can support a 28-Core Xeon CPU, up to 1.5 terabytes of RAM, up to 4 beefy graphics cards running at once, and an 8 TB internal SSD. The Mac Pro motherboard features a total of 8 PCI Express card slots. Apple’s ‘MPX cards’ take up two of these slots for maximum performance but an MPX enclosure is not mandatory.

Apple also developed a special Afterburner accelerator card that is squarely aimed at video professionals. The card speeds up ProRes and ProRes video codecs which converts into direct performance gains in workflows like Final Cut Pro when working on projects in those formats.

All of this power is contained in a custom chassis, with an aluminium metal cover that can be removed for easy access to the components. The chassis features handles so it can be easily picked up and moved around, and Apple is even offering wheels as an additional purchase. A rack-mountable Mac Pro configuration is also being made available.

The Pro Display XDR costs $5000 to start with a matte nano-texture screen finish available for an extra $1000. The 1600 nit peak brightness and 1000 nit sustained brightness make this 32-inch 6K display rival reference monitors which usually sell for in excess of $20,000. The Pro Display XDR offers 10-bit color depth and P3 wide color gamut, wide viewing angles, with a 1,000,000:1 contrast ratio. The ‘eXtreme Dynamic Range’ comes from a sophisticated backlighting system made up of 576 individual LEDs, which can be locally turned on or off, rather than one large backlight found in typical desktop displays.

The pro price tag doesn’t stop with the monitor itself; Apple’s display is sold without a stand. The adjustable and rotatable Pro Stand from Apple costs an extra $999 and if you already have a stand that you want to use with the Pro Display XDR, the Vesa mount is still an additional $200.

You can order the Mac Pro and Pro Display from the Apple Online Store right now.

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Is Led Better Than Lcd? The Difference Between Display Types

Sometimes the distance between good and great seems like hardly any distance at all — such as liquid crystal displays (LCDs) versus light-emitting diode (LED) displays. Both are suitable for retail window signage, campus wayfinding or large video walls. But LCD and LED have significant differences, and their specific benefits are worth understanding so you can choose the best displays for your business needs.

Defining LCD displays

LCD is the broader category; LED is a subset. In other words, all LED displays are LCDs, but not all LCDs are LED. LCDs are made up of hundreds of thousands — even millions — of individual pixels built from liquid crystals. Each pixel is capable of displaying a color when it receives an electrical charge. Like a mosaic, the displayed image is built from tiny elements that combine to form the overall picture.

But the liquid crystals don’t produce any light of their own, so in order for the image to be illuminated, the liquid crystals need to be backlit. LCDs are illuminated by cold cathode fluorescent lamps (CCFLs), evenly positioned behind the pixels so that, at least in theory, every part of the screen is evenly lit and at consistent brightness.

Refining the tech with LEDs

Up to a point, LED displays are much the same. An LED screen also uses liquid crystals to generate color — or pure black (no color), by not charging a specific pixel. So LED displays have the same need for backlighting. But rather than CCFL, tiny individual lights (light-emitting diodes) illuminate the liquid crystals.

The individual LEDs can be arranged one of two ways: full-array or edge-lit. For edge lighting, the LEDs are arranged around the edges of the back of the screen. Full-array, on the other hand, calls for many LEDs to be lined up evenly across the back of the screen, where they can be arranged into zones (usually called “dimming zones” or “local dimming”).

LED vs. LCD: Which is better?

No matter the arrangement of the backlighting, LED has a greater nit value than LCD, which means it’s brighter (“nit” comes from the Latin “nitere,” meaning “to shine”). The average nit value for LCDs is between 500 and 700 nits, while LEDs are typically between 1,200 and 2,400 nits. With greater brightness comes greater contrast, and all-day visibility on outdoor displays.

How to plan and deploy direct view LED signage

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Despite the energy output, higher brightness doesn’t necessarily mean a shorter lifespan. In fact, LED displays have an average lifespan of 10 years — double the average five-year lifespan of LCDs. Factoring longevity into the cost of your signage, LED’s longer lifespan can make it cheaper than LCD in the long run.

Even with edge lighting, LED produces more vividly lifelike images than CCFL-backlit LCDs — and with sleeker hardware, thanks to their minimalist design. And while LCD bezels have drastically reduced over time, they’re still greater than zero. LED has no bezels at all.

Full-array backlighting requires a little more depth to the screen, but with discrete dimming zones, LEDs can be illuminated far more precisely — which, in turn, means more accurate and engaging visuals.

Next generation: microLED

LED isn’t the first technology to realize miniaturization is the way forward. Even as screens get bigger, the next big step is made of smaller parts: microLEDs.

Up to 40 times smaller than regular LEDs, microLEDs allow backlighting to be even more precisely targeted, with many times more diodes. This, in turn, delivers a more accurate picture, with greater contrast and highly focused areas of brightness. Samsung’s The Wall is a spectacular example of what microLED is capable of.

Whether you need your digital signage to entertain, inform or simply impress, understanding the differences between LCD and LED will allow you to make a better-informed decision.

With best-in-class picture quality and exceptional durability, Samsung LED displays can help your business deliver content that engages, informs and entertains. Samsung’s trade-in program makes it easy for businesses to upgrade their video wall with LED technology. Once you’ve chosen your displays, learn how you can configure and tailor their real-time messaging using an integrated CMS in this free guide.

Windows 11 Is Now Available For Eligible Pcs – Download It Now

Microsoft officially releases Windows 11.

Windows 11 is now available for download on compatible PCs.

You can get it from Windows Update or using the Media Creation Tool or Installation Assistant.

It’s a free upgrade for Windows 10 PCs as long as they meet the minimum system requirements.

Windows 11 (version 21H2) is officially available as a free upgrade for computers that meet the minimum system requirements starting October 5, 2023. This rollout marks the first release of a new version of the OS for laptops, desktop computers, and tablets with a new set of features, changes, and improvements to enhance productivity, security, and user experience.

The new version of Windows represents the most significant update of the past decade, but it’s not entirely new. Windows 11 is based on Windows 10 but with a new interface, tools, sounds, and applications.

Furthermore, Windows 11 is updating many experiences like the new out-of-box experience (OOBE), Settings, Notification Center, and Quick Settings. And there are updates for many inbox apps, such as File Explorer, Calculator, Photos, Snipping Tool, Microsoft Store, Tips, and many others.

Rollout and system requirements

Windows 11 is a free upgrade available as an optional update for devices that meet the minimum requirements. This means that your computer will need at least an Intel 8th Gen or newer or Ryzen 2000 or more recent processor, 4GB of RAM, 64GB of storage, and more importantly, Trusted Platform Module (TPM) version 2.0 and Secure Boot.

If you are not sure your computer meets the minimum requirements, you can use the Microsoft PC Health Check app to determine if your device has the required hardware to upgrade to Windows 11. For more requirements information, you can check this guide.

However, even if the machine meets the new requirements, it’s not likely to get it on day one. On October 5, Microsoft will begin the gradual rollout that will take months. Initially, Windows 11 will be available for computers with newer hardware known to have a smooth upgrade experience. Over time, it will expand to more devices based on hardware eligibility, reliability metrics, age of the hardware, and other factors. Then sometime during the second half of 2023, Microsoft will make Windows 11 fully available for compatible devices.

Upgrade to Windows 11

If you want to upgrade to Windows 11, the best way is to use the Windows Update settings. However, you can still perform an in-place upgrade with the Installation Assistant.

Also, you can use the Media Creation Tool to a bootable USB flash drive to do a clean install. (The tool can no longer be used to do an in-place upgrade. It’s only available to create a bootable media or download the ISO file.)

Furthermore, you can download the Windows 11 ISO file to install the new OS in a virtual machine or create a bootable media manually with Command Prompt or third-party tools like Rufus.

The upgrade process will require a complete reinstallation, but when using the Windows Update settings or in-place upgrade option with one of the available tools coming from Windows 10, settings, apps, and files will be preserved. However, it’s always recommended to create a full backup before proceeding.

On the other hand, if you choose to perform a clean installation of Windows 11, then your files, apps, and settings won’t be preserved.

Whether you choose to install the new version using the upgrade or clean install process, the download size of Windows 11 will be around 4 to 5GB.

Windows 11 activation

If the device was previously activated version of Windows 7, 8.1, or Windows 10, then the Windows 11 will activate automatically without needing a new product key. However, if this is a brand new installation, you will need to purchase a new license.

Unsupported devices

Although this new version of Windows 11 has new hardware requirements, you will still be able to upgrade an incompatible computer. However, this won’t be possible through the Windows Update setting. Instead, you will need to use the Media Creation Tool or ISO file to perform a clean installation. The only caveat is that you will need to acknowledge that your computer will be in an unsupported state during the process, which means that Microsoft won’t support the installation, nor will it offer updates or drivers. And you may come across crashes, errors, and other problems.

As a result, it’s not recommended to force the Windows 11 installation on a device that doesn’t meet the official system requirements.

If you still want to upgrade at your own risk, the computer will still need to meet other minimum requirements, including a 64-bit processor with at least two cores, 4GB of RAM, 64GB of storage, and an enabled TPM 1.2 chip.

In the case that your computer doesn’t meet one or more of the requirements, you can use this workaround to bypass all the requirements.

Insider information

If you are a participant of the Windows Insider Program with a computer enrolled in the Beta or Release Preview channel, the final version of Windows 11 (build 22000.194) is already installed on your computer.

The only thing you need to do to stay on the stable version and stop preview builds is to turn on the “Unenroll this device when the next version of Windows releases” option in the Windows Insider Program settings page from Windows Update.

If you currently have a computer in the Dev Channel, you will need to reinstall the OS to stay in the stable version.

Get started with Windows 11

Although if you have been using Windows 10, you won’t find it difficult to get around Windows 11, you will still find a lot of new stuff in this new version. You can check the ultimate field guide, highlighting all the new features and changes on Windows 11. Or you can check out this guide, which explains the biggest changes with the new OS.

You can also check these guides to get started with Windows 11:

For more tutorials, you can always check the Windows 11 help page.

Acer Swift Go 14 Review: Beautiful Display, Disappointing Battery Life

Pros

Gorgeous OLED display

Thin and light

1440p webcam

Good processor performance

Cons

Drab design and material quality 

Small touchpad

Doesn’t have discrete graphics

Battery life is a bit behind the curve

Our Verdict

Acer’s Swift Go 14 goes all-in on Intel’s Core i7-13700H, and it doesn’t pay off.

Best Prices Today: Acer Swift Go 14

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Acer’s Swift line is often a go-to for shoppers looking to buy a portable laptop with solid performance at a low price. The new Acer Swift Go 14 doesn’t entirely spoil that formula, but the decision to stick with Intel’s disappointing integrated graphics is a problem.

Looking for more options? Check out PCWorld’s roundup of the best laptops available today.

Acer Swift Go 14: Specs and features

The Acer Swift Go 14 leans heavily on Intels’ Core i7-13700H processor. This 14-core chip is common in a variety of laptops but rarely seen in a 14-inch laptop that’s priced at just $1,100. 

CPU: Intel Core i7-13700H

Memory: 16GB LPDDR5

Graphics/GPU: Intel Iris Xe

Display: 14-inch 2880 x 1800 OLED 90Hz

Storage: 512GB PCIe Gen4 SSD

Webcam: 1440p 

Connectivity:  2x Thunderbolt 4/USB-C, 2x USB-A, MicroSD card reader, 3.5mm combo audio jack

Networking: WiFi 6E, Bluetooth

Biometrics: None

Battery capacity: 65 watt-hours

Dimensions: 12.32 x 8.6 x .59

Weight: 2.87 pounds

MSRP: $1,099.99

Unfortunately, choosing this speedy processor leaves no room to provide discrete graphics, so Intel Iris Xe integrated graphics is the only choice. 

Acer Swift Go 14: Design and build quality

IDG / Matthew Smith

Acer’s Swift Go 14 doesn’t stand out at a glance. Its metal and plastic enclosure is clad in what’s quite possibly the most generic shade of silver known to exist, and the chassis otherwise lacks design traits that might help it stand out. There’s no functional problems with this design, but those who care at all about the look of their laptop will find little excitement here.

The laptop’s material quality is mundane. Acer opts to use metal along the display lid and interior but plastic on the undercarriage, which cheapens the feel of the laptop when it’s carried. It also allows minor chassis flex when the laptop is open. The metal display lid is rather rigid, at least, and allows minimal flex while opening or closing the laptop. Still, this is an area the Acer Swift Go 14 falls way behind more luxurious competitors like the Apple MacBook Pro 14 and Microsoft Surface Laptop 5.

Acer’s use of inexpensive materials seems to pay off in weight, though, as the Swift Go 14 tips the scales at a feathery 2.87 pounds. It’s also a mere .59 inches thick and measures only 12.32 inches wide. True to its name, this laptop is easy to throw in a bag for travel and is light enough to feel almost unnoticeable in a backpack. 

Acer Swift Go 14: Keyboard, trackpad

IDG / Matthew Smith

The Acer Swift Go 14 has a spacious keyboard without a numpad—unsurprising, as a 14-inch display generally doesn’t provide enough room to add one. It’s a comfortable and familiar layout with large keys. Key feel is adequate: keys seem to have good travel but bottom with a mushy feel that doesn’t provide a great tactile sensation. Still, I used the keyboard to type several thousand words without issue.

A basic white LED keyboard backlight is standard. When I say basic, I mean it—it has two brightness settings and that’s it. I would prefer a larger number of brightness settings and a higher brightness at maximum.

Acer makes do with a surprisingly small touchpad that measures roughly four inches across and 2.5 inches deep. The touchpad’s surface is responsive but the limited space can make multi-touch gestures feel awkward. I also had a few problems with unintended inputs, an inconvenience I wouldn’t expect from a touchpad this small.

Acer Swift Go 14: Display, audio

IDG / Matthew Smith

The Acer Swift Go 14 has a 14-inch OLED display with 2880×1800 resolution and a maximum refresh rate of 90Hz. It’s a crisp, sharp, fluid display that looks beautiful in every situation. It offers an effectively infinite contrast ratio thanks to its ability to deliver a perfect lack of luminance in extremely dark scenes, yet pairs that with a maximum brightness of up to 440 nits, which is bright enough for use in a sunlit room.

Color performance is excellent, as well. The display spans the entire sRGB and DCI-P3 color gamuts and provides strong color accuracy. This translates to a vivid, saturated look in movies and games. It also provides benefits to content creators who want to work in a wide color gamut.

HDR is supported and content looks attractive, but the upgrade over SDR is often marginal. This is due to the laptop’s brightness which, although excellent for an OLED laptop, is not high enough to really deliver a wallop in HDR movies and games. Mini-LED laptop displays are a superior choice for HDR, but they’re only found in a handful of much more expensive laptops, such as the Razer Blade 16.

Motion clarity is a highlight. The display’s 90Hz refresh rate isn’t impressive on paper but benefits from OLED’s low pixel response times. This in turn reduces motion blur and provides good detail in fast-moving scenes. This is most noticeable in PC games, but I also found the improvement noticeable while scrolling through web pages or documents. 

The speakers aren’t as alluring as the display. They provide good volume but are easily overwhelmed in music, movies, and games. Distortion creeps in from the low end and muddies the mid-range which, at times, sounds harsh and metallic. The speakers are fine for video calls or podcasts but otherwise fail to impress. 

Acer Swift Go 14: Webcam, microphone, biometrics

Acer delivers a surprise in the Swift Go 14’s webcam. It has a maximum resolution of 2560×1440 and provides remarkable video quality for a laptop webcam. Recorded video looks sharp and offers rich, realistic color. The image will still be grainy in low light, but no more so than any other webcam.

Microphone quality is strong, too, thanks to a dual-array microphone with noise cancellation. Recorded audio sounds tinny and hollow but remains crisp and delivers good volume. It’s a good match for video meetings. 

Biometric login is absent from the Swift Go 14. That’s a bit disappointing, but not surprising at this price point.

Acer Swift Go 14: Connectivity

IDG / Matthew Smith

The laptop’s physical connectivity includes two Thunderbolt 4 / USB-C 3.2 Gen 2 ports. Both support Power Delivery, so both can be used to charge the laptop or connect with either the included 100 watt power adapter or a third-party power brick.

A pair of USB-A ports, a MicroSD card reader, and 3.5mm combo audio jack round out the physical connectivity. It’s a good array of options that covers both modern and legacy devices.

Wireless connectivity is provided by Intel Killer Wi-Fi AX1675 with support for Wi-Fi 6E and Bluetooth 5.2. This is good wireless connectivity that covers the latest standards (technically, Bluetooth 5.3 is now available, but it’s a very modest update). Wi-Fi performance was strong in testing, as the laptop can make full use of Gigabit Internet speeds when near a high performance router. 

Acer Swift Go 14: Performance

IDG / Matthew Smith

PCMark 10, a general system performance benchmark, reports a respectable score of 6,118. This is technically the third-best score in this benchmark, but the range of results is fairly tight, making it hard to report any firm results from this benchmark alone (except, perhaps, that the Microsoft Surface Laptop 5’s older 12th-gen Intel hardware shows its age).

IDG / Matthew Smith

Next up is Cinebench R15, a benchmark that focuses entirely on CPU performance. It reports a very strong score of 1,994, which is the best of any laptop in this competitive set. The range of results remains tight but, in this benchmark, both Microsoft Surface Laptop 5 and Lenovo Yoga 9i start to lag the pack. 

IDG / Matthew Smith

The results are more even than Handbrake, a video encoding test, but here the Acer Swift Go 14 begins to break away from the pack. It’s roughly 15 percent quicker than the Lenovo Slim 7 Pro, the next-quickest laptop in this competitive set. 

IDG / Matthew Smith

The benchmarks now turn towards the GPU, which is a problem for Acer’s Swift Go 14. It neglects discrete graphics and instead relies on Intel Iris Xe integrated graphics. 

3DMark Time Spy shows the results, and they’re not pretty. The Acer falls way behind the Lenovo Slim 7 Pro, a laptop that includes Nvidia RTX 3050 graphics. It also fails to match the HP Dragonfly Pro, which relies on Radeon integrated graphics provided by the Ryzen 7736U processor. 

I still gave the Swift 14 Go a shot with Shadows of the Tomb Raider, a game that represents  the best visuals from cross-platform games in the PlayStation 4 and Xbox One X generation. It delivered an average of just 22 frames per second at 1080p detail and Highest settings. The game is playable at Low settings, but only just, averaging 31 frames per second—and the framerate can still dip below 30 FPS in gameplay. 

Acer clearly leans into processor performance with the Swift Go 14. I don’t think that bet pays off. The problem is simple: AMD’s new Ryzen 7000-series processors are often extremely competitive with Intel processors yet also, in their best incarnations, also provide superior integrated graphics. The Intel Core i7-13700H retains a slight edge in strictly CPU-reliant tasks, but the margin of its victor is not enough to offset the relatively lackluster performance of Intel Iris Xe. 

Acer Swift Go 14: Battery life

The Acer Swift 14 Go packs a modest 65 watt-hour battery. That’s not large for a modern laptop with an Intel Core i7-13700H processor, and it shows.

IDG / Matthew Smith

I recorded eight hours and 40 minutes of battery life in a standard test loop through a 4K file of the short film Tears of Steel. That’s a usable result, to be sure, but one that falls behind many competitive laptops. The Lenovo Slim 7 Pro is a particular standout, as it managed to achieve superior battery life in tests despite the inclusion of Nvidia RTX 3050 graphics.

Acer Swift Go 14: Should you buy it?

The new Acer Swift Go 14 bets everything on the performance of Intel’s Core i7-13700H. That bet doesn’t pay off.

It’s true that Intel’s Core i7-13700H can deliver superior performance in CPU-intensive tasks. This, however, requires a sacrifice in graphics performance most potential owners won’t find appealing. The Swift Go 14 also struggles to deliver on battery life despite the lack of discrete graphics, which is a problem for a thin, light laptop. Acer’s inexpensive base MSRP of $1,099.99 helps to forgive these flaws, but it’s ultimately not enough to make the Swift Go 14 stand out from a crowded field of similar laptops. 

Make S’mores Inside Your Desktop Pc

Your desktop PC’s CPU can run pretty hot. That’s why you have a heat sink, a few fans, maybe even a liquid cooling setup. But why not use that heat for something? Something like making delicious s’mores.

The Ingredients

A traditional s’more consists of marshmallows and milk chocolate sandwiched between two graham crackers. In the interests of speed, precision, and covering my butt for this experiment, I purchased a bag of miniature marshmallows, instead of their full-size cousins, because they’re easy to cook through. Grab some aluminum foil for a makeshift pan, and you’re ready to go on the ingredients-and-cookware side.

For the desktop, I used an old HP system that was lying around in the PCWorld Labs. The experiment calls for running a CPU with no cooling elements attached to it whatsoever, which is a great way to put your chip at risk of frying or, at the very least, having a shorter lifespan. In addition, the experiment involves melting food items near important electrical components, and using electrically conductive aluminum foil as a cooking pan on the CPU. One short and the motherboard could bite the dust.

The Trial

Before going for the full food-on-CPU experiment, I decided to conduct a test trial on my system’s exposed Southbridge chip, the IXP 400. Though I couldn’t identify a temperature reading for the chip, I did confirm that it got too hot to touch for longer than a second or two once the system had been idling for a while. Ouch. The chip seemed to be the perfect place to test out my aluminum foil “pan,” which I would use as both a heating tray and a protective device to keep the food away from important chips.

Unfortunately, careful or not, either I left a wee bit too much overhang on the foil pan or I jostled the foil at a critical moment, because the HP system soon fizzled to a complete stop. This time I decided to set the foil on top of the Southbridge chip before turning the power on. When the system was up and running again, I gave a quick sigh of relief at still having a functioning motherboard and carried forward with the cooking. For the next 15 minutes!

The Test

Once the fan and heatsink were out of the way, I figured that I might as well unplug the entire contraption from the motherboard itself–it was a bit iof an obstruction, and I didn’t need cool air blowing over my snack. So I cleaned off the filthy, thermal-paste-covered processor with a two-step ArtiClean solution from Arctic Silver (see “How to Clean Your PC, Inside and Out” for additional internal system cleaning tips), and then I carefully mounted my little foil pan, added two marshmallows, and fired up the system.

I fired up the HP system once again. This time it lasted about a minute before shutting off again–this time with an unpleasant beeping noise. Most CPUs run too darn hot, and in the absence of a cooling system the CPU will quickly overheat to an unsafe level that forces the entire system to shut down before the CPU can reach a PC-damaging temperature.

So if you think of my CPU as a stovetop burner, RightMark CPU Clock Utility was my brand-new temperature knob. (Readers who are willing to put their Windows 7 PC at risk for the sake of s’mores might use ALCPU’s Core Temp instead.)

I cranked down the voltage and multiplier of my AMD chip until I reached a specific setting (1.050 volts) and a multiplier that generated a 1.0GHz clock speed, yielding a stable CPU temperature of around 95 degrees. That’s a higher temperature than I’d want my CPU to run at for standard desktop use, but a chef must do what a chef must do.

I let a miniature marshmallow sit on the makeshift pan for around 15 minutes at the stable CPU heat, and it gradually became far mushier and malleable than a standard, out-of-the-bag confection. Then I turned my attention to the chocolate, dropping a Hershey’s Mini bar directly onto the foil pan.

For my final setup, I put a miniature chocolate bar on top of two miniature marshmallows. At its greater distance from the pan, the chocolate took about 10 minutes to heat up, but it eventually started running and dripping over the semisquishy marshmallows. Good enough for me!

I lifted chocolate-covered marshmallows out of the pan, set them down on a graham cracker, and topped off my creation with another graham cracker. The gooey s’more tasted pretty good–not campfire good, but not cold-ingredients-off-a-shelf lame, either.

The Culinary Conclusion

If you’d like to replicate my experiments in the kitchen of your computer, here are a few key tips: Make sure you have a solid contact between your heating pan (in my case, an aluminum foil holder) and the CPU to maximize the heat transfer between the two surfaces.Carefully watch your CPU’s temperature to ensure that it’s not marching into shutdown territory; you’ll probably have to underclock your chip to get it to work without a cooling system. Above all, pick ingredients that cook at relatively low temperatures–you’ll have a lot more success with scrambled eggs than with a steak. Be patient and don’t be afraid to think outside the box if your initial plans don’t work out. You can even try carefully cranking up the heat, but don’t say we didn’t warn you.

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