Category: Computers

  • Lenovo’s 2.8K OLED Screen Mystery in Ryzen AI 9 ThinkPad Laptop

    Lenovo’s 2.8K OLED Screen Mystery in Ryzen AI 9 ThinkPad Laptop

    Key Takeaways

    1. OLED technology is now available in mid-range laptops, like the Lenovo ThinkPad T series, expanding beyond premium models.
    2. The Lenovo ThinkPad P14s Gen 6 AMD presents a choice between an OLED display and a powerful AMD Ryzen 9 processor, but not both.
    3. There seems to be no technical reason for the limitation of not pairing the OLED screen with the Ryzen 9 processor.
    4. The decision between performance (Ryzen 9) and display quality (OLED) creates a dilemma for potential buyers.
    5. The review emphasizes the complexities and trade-offs users face when choosing features in the Lenovo ThinkPad P14s Gen 6 AMD.


    It was once the case that OLED technology, known for its high-resolution displays, was reserved for premium laptops. However, in recent times, this technology has become accessible in mid-range devices. A great example is the ThinkPad line: OLED displays first appeared in the X1 models, but now they are also featured in the more affordable T series.

    Options and Limitations

    Naturally, one might expect that a more advanced model would allow for such options. Yet, the Lenovo ThinkPad P14s Gen 6 AMD tells a different story. We recently examined this mobile workstation and discovered an oddity: when you select the OLED display, the option for the AMD Ryzen 9 HX 370 processor disappears. Conversely, if you opt for the Ryzen 9, the OLED screen is no longer available.

    The Technical Perspective

    We see no justifiable technical reasoning behind this restriction. The ThinkPad P14s Gen 6 AMD (which can be found at lenovo.com) comes with a compact 65 W charger, which already meets the demands of the tested LCD. A larger 100 W charger should not pose any issues. The most plausible explanation seems to be market segmentation, suggesting that Lenovo deliberately chose not to pair the OLED display with the Ryzen 9.

    Customers looking at the Lenovo ThinkPad P14s Gen 6 AMD face a tough dilemma. They can either go for the Ryzen 9 AI HX processor, a standout with its twelve cores, sacrificing display quality, or they can choose the OLED screen, which only works with the less powerful Ryzen 5 AI or Ryzen 7 AI options. Either way, it feels like a lose-lose scenario for potential buyers.

    Final Thoughts

    In conclusion, the Notebookcheck review has highlighted the complexities surrounding the Lenovo ThinkPad P14s Gen 6 AMD, pointing out the limitations in choosing between performance and display quality. This dilemma might make it tough for users to decide which features they value more in their next laptop purchase.

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  • Seenda Foldable Bluetooth Keyboard with Touchpad for Travel

    Seenda Foldable Bluetooth Keyboard with Touchpad for Travel

    Key Takeaways

    1. Seenda has launched a tri-folding wireless keyboard with a built-in touchpad, designed for easy use with smartphones and tablets.
    2. The keyboard features Bluetooth 5.1 connectivity, dual buttons on the touchpad, and 14 function keys for media control.
    3. It has a 140mAh battery that lasts up to 24 days on a single charge and charges via a USB-C port.
    4. The keyboard is available in blue, pink, or dark gray, starting at $34.99, with a promotional price of $27.19 on Prime Day, July 8, 2025.
    5. Seenda’s keyboard includes non-slip feet and a vegan leather backing for added durability and functionality.


    Amazon is filled with wireless keyboards that are perfect for anyone wanting to type on the go, especially when using just a smartphone or tablet.

    Seenda’s New Release

    Seenda has introduced what they call the most excellent version so far. This new design features a third of the keyboard dedicated to a built-in touch input while maintaining a compact tri-folding shape. Interestingly, the touchpad has a separate segment, making it unique compared to others.

    Features and Specifications

    The touchpad is designed to be the same height as the keyboard and takes up about a third of its width. It includes dual buttons and can connect to two devices, although it uses Bluetooth 5.1, which is somewhat outdated. The keyboard is equipped with 14 function keys that control media and has a 140mAh battery that lasts for up to 24 days on a single charge.

    It comes with a charging cable, but users might already have a compatible one since it has a single USB-C port. The keys use scissor switches, which Seenda claims help keep noise to a minimum when typing around others.

    Pricing and Availability

    This updated tri-folding wireless travel keyboard is available in blue, pink, or dark gray, with a starting price of $34.99. However, during the upcoming Prime Day on July 8, 2025, it can be purchased for as low as $27.19 using the promo code DJCZJ7UL.

    Seenda has also added non-slip feet and a vegan leather backing to enhance durability. One can only hope that its many moving parts don’t make it too fragile.

    Seenda’s Announcement

    On June 30, 2025, in London, Seenda, a prominent name in consumer electronics known for its colorful and functional tech accessories, revealed limited-time offers on its Folding Bluetooth Keyboard with Touchpad. This sleek, portable solution aims to provide desktop-level typing ease for anyone on the move.

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  • Engineer Discovers 27-Year-Old Easter Egg in Apple Power Macintosh G3

    Engineer Discovers 27-Year-Old Easter Egg in Apple Power Macintosh G3

    Key Takeaways

    1. Doug Brown discovered a hidden photo of the Power Mac G3 development team that had been locked in the ROM for 27 years.
    2. The photo was first noted by Pierre Dandumont in 2014, but the method to access it was revealed by Brown using a hex editor.
    3. The hidden image is associated with peculiar Pascal strings in the SCSI Manager code, including references to a “secret ROM image.”
    4. To view the photo, users must activate a RAM disk and follow specific steps to erase and access the “The Team” file.
    5. This Easter egg is one of the last remnants from before Steve Jobs returned to Apple and can be accessed on Mac OS versions up to 9.0.4, but was disabled in version 9.1.


    A software engineer has finally cracked a mystery that has puzzled people for 27 years: a hidden photo of the Power Mac G3 development team that was locked away in the ROM. This JPEG image was first noted by Pierre Dandumont back in 2014, but no one knew how to access it until now.

    A Serendipitous Discovery

    Doug Brown stumbled upon the way to reveal the photo while he was digging through the ROM resources of a Power Mac G3. He used a hex editor along with a Mac ROM template to help him out. The ROM version he worked with was found in several G3 models, including desktop, mini-tower, and all-in-one types from 1997 to 1999. While exploring, Brown found a resource labeled “HPOE” that held the team photo, along with some strange Pascal strings in the SCSI Manager 4.3 code, like “.Edisk”, “secret ROM image,” and “The Team.”

    Clues and Code

    These peculiar strings were the key to unlocking the hidden image. After he extracted and analyzed the code, Brown discovered that the SCSI Manager was searching for a RAM disk volume named “secret ROM image.” When this volume was identified, the code created a file called “The Team,” which contained the JPEG data that had been hidden away.

    How to Access the Easter Egg

    To access this Easter egg, users need to first activate the RAM disk in the Storage Control Panel, then reboot the system. Next, they must select the RAM disk icon, choose “Erase volume” from the special menu, and type “secret ROM image” in the formatting dialog. Once the file “The Team” is double-clicked, it opens in SimpleText, allowing the hidden image to be viewed. Doug Brown has shared detailed instructions on his website on how to do this.

    This find is hailed as one of the last hidden Easter eggs from before Steve Jobs returned to Apple. The Easter egg can still be accessed on Mac OS versions up to 9.0.4, but it seems to have been disabled in version 9.1, aligning with Jobs’ notorious ban on Easter eggs after his comeback in 1997. Yet, it’s still uncertain if Jobs was aware of this specific secret. For those interested in getting a new iMac, options are available on Amazon and other retailers.

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  • Honor MagicBook Art 14 2025 Leaks: Performance Insights Before July

    Honor MagicBook Art 14 2025 Leaks: Performance Insights Before July

    Key Takeaways

    1. Honor’s MagicBook Art 14 2025 will launch on July 2, alongside the Magic V5 and MagicPad 3.
    2. The laptop features the Core Ultra 7 255H CPU and 32 GB of RAM, an upgrade from last year’s model.
    3. Benchmark results show mixed performance, with the MagicBook Art 14 2025 not meeting expectations for Arrow Lake-powered laptops.
    4. Compared to its predecessor, the new model is reportedly underperforming in benchmark tests.
    5. There is skepticism regarding the final performance of the MagicBook Art 14 2025 when tested in real-world conditions later this year.


    The upcoming release of Honor’s premium laptop is imminent. Previously mentioned, the MagicBook Art 14 2025 is set to be launched on July 2, alongside the Magic V5 and MagicPad 3. Recently, the latest MagicBook Art 14 has been spotted on Geekbench, showcasing its performance in single-core, multi-core, and OpenCL benchmarks.

    CPU Architecture Revealed

    The well-known benchmarking site has verified the CPU design that Honor is using for its new 14-inch laptop. As indicated by the images provided, the MagicBook Art 14 2025 will include at least the Core Ultra 7 255H from Intel’s Arrow Lake-H series, alongside 32 GB of RAM. This is an upgrade from the Core Ultra 7 155H in last year’s version, and the Core Ultra 7 255H is expected to perform better than the results demonstrated.

    Performance Comparison

    When we compare, the MagicBook Art 14 2025 doesn’t quite reach the expectations set for laptops powered by Arrow Lake in these tests, especially when looking at devices like the Asus Zenbook Duo, which we reviewed a few months back (current price: $1,499.99 on Amazon). Moreover, the results indicate that this laptop is underperforming compared to its earlier model. Therefore, we are skeptical that the MagicBook Art 14 2025 will yield such disappointing results when we finally get to try it out later this year.

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  • New MacBook Air Variant Expected with Unique Apple Chip

    New MacBook Air Variant Expected with Unique Apple Chip

    Key Takeaways

    1. Apple is developing a budget-friendly MacBook model expected to start mass production in late 2025 or early 2026.
    2. The new MacBook may feature a smaller, approximately 13-inch display, possibly reviving the 12-inch MacBook Air.
    3. It is expected to use an A18 Pro chip instead of the M series, marking the first use of mobile silicon in a MacBook.
    4. The choice of chip aims to lower costs but may affect performance; however, Apple could modify the A18 Pro for better performance.
    5. If priced right, the new 12-inch MacBook Air could disrupt the mid-range laptop market and compete with Qualcomm’s offerings.


    Apple analyst Ming-Chi Kuo has shared some intriguing updates regarding a new MacBook model. As he suggested over two years ago, Apple is said to be developing a more budget-friendly MacBook version, together with a variety of new smart glasses. It’s interesting to see how the company is planning to lower its expenses. The less expensive MacBook Air is expected to begin mass production around late 2025 or early 2026.

    Screen Specifications

    For the display, it’s expected to feature an ‘approximately’ 13-inch panel. Kuo’s choice of the word ‘approximately’ hints that it may not utilize the same 13.6-inch screen currently found on the 13-inch MacBook Air. This subtly suggests that a 12-inch MacBook Air could make a comeback, a model that has been out of circulation for quite some time.

    Chip Details

    Rather than adopting an Apple M series chip, the budget-friendly MacBook Pro is believed to come equipped with an A18 Pro, making it Apple’s first laptop to use mobile silicon. While this might help keep costs down, it could also negatively impact performance. Nevertheless, Apple might adjust a standard A18 Pro with a higher power budget to squeeze out additional performance. However, issues with memory and storage could arise, although Apple has the capability to modify the A18 Pro to support higher RAM options.

    Market Impact

    The reason Apple didn’t opt for last-gen M series chips for the rumored 12-inch MacBook Pro is easy to guess. If it did, it could potentially undermine the older 13-inch and 15-inch MacBook Air models. Although Apple doesn’t officially offer those, they can still be found on various e-commerce sites, often at reduced prices.

    If priced appropriately, the 12-inch MacBook Air has the potential to disrupt the mid-range laptop market and compete against Qualcomm’s Snapdragon X Plus laptops, especially when paired with an overclocked A18 Pro. This development also signals the return of compact, 12-inch laptops that have nearly vanished from the current market.

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  • Minisforum N5 Pro Launch Confirmed: Compact NAS Solution Coming Soon

    Minisforum N5 Pro Launch Confirmed: Compact NAS Solution Coming Soon

    Key Takeaways

    1. Pre-sales for the N5 Pro will begin on July 1 at 07:00 UTC, despite earlier indications of a release this month.
    2. The N5 Pro supports up to 96 GB of DDR5 EEC RAM and offers 144 TB of storage, powered by AMD’s Ryzen AI 9 HX 370 APU.
    3. It features 5 Gbps and 10 Gbps LAN connections, and a PCIe x16 slot, providing more flexibility than other Minisforum mini-PCs.
    4. The N5 Pro can function as a mini-PC and will support NAS applications with FreeBSD, TruNas, and Unraid images.
    5. Minisforum will host a live stream with exclusive discounts and giveaways starting at 07:00 UTC, likely coinciding with the pre-sales.


    It appears that Minisforum is getting ready to launch the N5 Pro after showcasing its network-attached storage (NAS) solution earlier this year. To summarize, the company introduced the N5 Pro in January but held off on providing more information until the end of April.

    Pre-Sales Timing

    Minisforum has now announced that pre-sales for the N5 Pro will begin at 07:00 UTC on July 1, even though they had previously mentioned that the device would be released this month. Nonetheless, the N5 Pro is expected to support up to 96 GB of DDR5 EEC RAM and a whopping 144 TB of storage at its launch, along with AMD’s robust Ryzen AI 9 HX 370 APU.

    Connectivity and Versatility

    The N5 Pro will also come equipped with 5 Gbps and 10 Gbps LAN connections, in addition to a PCIe x16 slot. In this regard, the N5 Pro offers more flexibility compared to Minisforum’s other Ryzen AI 9 HX 370 mini-PCs, such as the X1 Pro (currently priced at $999.99 on Amazon). Also, while the N5 Pro can function as a mini-PC, Minisforum plans to provide FreeBSD, TruNas, and Unraid images specifically for NAS applications.

    Live Stream Event

    Interestingly, Minisforum will host a live stream tomorrow featuring ‘exclusive’ discounts and giveaway items. The live stream is expected to start at 07:00 UTC, and it seems likely that pre-sales will follow soon after.

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  • Radio Signal Detected in Space: Evidence of Technology?

    Radio Signal Detected in Space: Evidence of Technology?

    Key Takeaways

    1. The James Webb telescope has made significant observations, including the detection of an exoplanet near Earth.
    2. A radio signal detected by the ASKAP radio telescope in Australia has sparked interest due to its potential link to extraterrestrial life.
    3. The detected signal, lasting only 30 nanoseconds, was initially mistaken for a fast radio burst but was later traced to a non-operational NASA satellite named Relay 2.
    4. Two theories are being explored to explain the signal’s origin: an electrostatic discharge or a possible impact from a small meteorite.
    5. The investigation of this signal may improve future observational methods and reduce interference in space research.


    New discoveries are being made all the time in the realm of space. A notable example is the James Webb telescope, which recently made its first observation of an exoplanet located near Earth. However, what has caught the attention of scientists is a radio signal that has been traced back to a technological source not unfamiliar to them.

    Intriguing Discovery

    This signal was detected in Australia using the ASKAP radio telescope, sparking curiosity among researchers. It’s important to note that such phenomena are often linked to the possibility of extraterrestrial life and could be perceived as communications from advanced civilizations reaching out to our planet.

    An Unexpected Origin

    The specific signal in question falls into the category of ultra-fast radio signals. Initially, scientists suspected it was a fast radio burst, a puzzling flash with an unclear origin. Yet, one detail quickly eliminated this theory:

    The signal lasted a mere 30 nanoseconds, which is significantly shorter than typical observations. Therefore, scientists needed to seek another explanation, which turned out to be rather surprising. Upon tracing the source of this fascinating phenomenon, researchers found out that it originated from a satellite launched by NASA back in the 1960s, which is currently non-operational. This satellite, named Relay 2, is situated about 4,500 kilometers above the Earth’s surface.

    Ongoing Investigations

    Despite identifying the source, the reason behind this signal remains under examination. Two possible explanations have emerged. The first theory posits that an electrostatic discharge occurred due to an overload of electricity. The second theory suggests that a small meteorite may have struck the satellite, generating a spark that could be detected by instruments on Earth.

    In conclusion, even if this signal is not a communication from an advanced civilization, it could still be beneficial for scientists. Learning from this incident can help avoid similar confusions in the future and improve methods for observing space, minimizing interference signals that could distort certain research results.

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  • AMD Zen 6 Leak: Targeting Up to 7 GHz Boost for Gaming Performance

    AMD Zen 6 Leak: Targeting Up to 7 GHz Boost for Gaming Performance

    Key Takeaways

    1. AMD’s upcoming Zen 6 CPUs may reach clock speeds of 7 GHz or more, marking a significant increase over previous Ryzen chipsets.
    2. The Zen 6 architecture will feature a “two to three node jump” from Zen 5, improving architectural efficiency and transistor density.
    3. Zen 6 is expected to have 12 unified cores, while Intel’s Nova Lake may include 16 unified P-cores, raising concerns about high core counts in gaming.
    4. High core counts can lead to trade-offs, such as race conditions and rendering issues, complicating game development despite improvements in parallel workload handling.
    5. Low-power Zen 6 cores under 1 watt could enhance efficiency for devices like the Steam Deck, though there are concerns about compatibility with older games at high clock speeds.


    A recent leak from Moore’s Law Is Dead reveals that AMD’s upcoming Zen 6 CPUs might showcase significantly higher clock speeds than any Ryzen chipsets seen before. Although the precise figures aren’t made public, the leak, discussed by Tom Guinet and guest Jesse Brandon, hints at speeds that could reach or even exceed 7 GHz in certain situations, described as “as crazy as you think it is.”

    Next-Level Technology

    According to Tom, the Zen 6 architecture will represent a “two to three node jump” from Zen 5, indicating not only a remarkable increase in clock speeds but also a notable improvement in architectural efficiency and transistor density. The Zen 6 X3D versions are expected to incorporate extensive 3D V-Cache alongside these high clock speeds, potentially changing the gaming performance landscape, as Tom suggests.

    Core Count Competition

    During their discussion, Jesse pointed out that AMD is aiming for 12 unified cores in Zen 6, while Intel’s upcoming Nova Lake is anticipated to feature 16 unified P-cores.

    Additionally, they brought up worries from various game developers, especially those using Unreal Engine, about the long-term feasibility of very high core counts in consumer CPUs.

    Trade-offs in Performance

    While Unreal Engine 5.6 has improved in handling parallel workloads, Jesse claims this development often brings trade-offs. These trade-offs include more race conditions, rendering issues, and greater complexity, which complicates both development and debugging processes.

    Race conditions happen when multiple threads try to access or change the same data at once, causing unpredictable bugs that are hard to reproduce and resolve. Jesse believes that maintaining strong single-threaded performance and high clock speeds is vital for consistent gaming performance today.

    Low-Power Potential

    Tom also mentioned the exciting possibility of low-power Zen 6 cores that use less than 1 watt. He argues that such efficiency could make these cores suitable for devices like the Steam Deck or future gaming consoles. For context, the PS4 had a dedicated ARM chip for managing sleep mode and background tasks, and while the PS5 is suspected to follow a similar approach, there’s yet to be any official confirmation or teardown proof to confirm the existence of a dedicated ARM processor.

    Concerns were raised about possible compatibility issues with older games when operating at extremely high clock speeds, leading to a wider discussion about the balance between frequency and core counts. For a more detailed look and technical insights, be sure to check out the full video linked below.

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  • Nine Days of Earth Shaking Every 90 Seconds: A Unique Phenomenon

    Nine Days of Earth Shaking Every 90 Seconds: A Unique Phenomenon

    Key Takeaways

    1. Earth experienced seismic vibrations every 90 seconds for nine days in 2023, linked to a peculiar seismic signal detected two years prior.
    2. Investigations revealed that these vibrations were caused by standing waves, known as seiches, in a fjord in Greenland.
    3. Researchers from Oxford University used high-precision satellite data from the SWOT satellite to study the phenomenon.
    4. The seiches caused significant changes in water volume and were influenced by factors like landslides, atmospheric pressure shifts, and tsunamis.
    5. Advanced technologies are crucial for understanding these standing waves and their implications for climate change and its effects on human life and infrastructure.


    Since the beginning of its existence, Earth encountered many dangers linked to its seismic movements, as well as cosmic happenings. Yet, in 2023, our world was rocked every 90 seconds for a duration of nine days, and the reason behind this is quite astonishing.

    Strange Seismic Signals

    Two years back, a peculiar seismic signal was picked up, leading to vibrations all over the Earth’s surface. This event continued for a total of nine days, occurring at 90-second intervals. Following this remarkable finding, investigations were initiated, uncovering waves from a tsunami that was trapped in a fjord located in Greenland.

    High-Precision Studies

    Researchers from Oxford University employed high-precision satellite data to delve deeper into this phenomenon. Their research was facilitated by the SWOT satellite, which was launched in 2022, capturing detailed images of the event.

    Upon closely analyzing these images, they discovered that they were observing standing waves, referred to as seiches. A seiche is a standing wave that develops in enclosed bodies of water like lakes or fjords. In this case, the waves oscillate from one side to the other, leading to significant changes in water volume at different areas within the basin. Various factors can cause this, including landslides, sudden shifts in atmospheric pressure, or tsunamis, as seen in this instance.

    Insights from Advanced Technologies

    By utilizing data from the SWOT satellite alongside its sophisticated interferometric radar, the researchers assessed the height of these waves, which occasionally peaked at two meters. However, even though the source of these vibrations has been identified with some precision, numerous enigmas still linger around these standing waves.

    As a result, the researchers who shared their findings in the journal Nature Communications underline the vital role of new technologies in enhancing our understanding of this phenomenon. Additionally, this advancement will allow us to gain better insight into the climatic changes occurring on Earth’s surface and predict their detrimental impacts on human life and infrastructure.

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  • NanoPi: New Single-Board Computer with Dual Ethernet Ports

    NanoPi: New Single-Board Computer with Dual Ethernet Ports

    Key Takeaways

    1. The NanoPi R3S-LTS is a single-board computer by FriendlyElec, designed for network applications.
    2. It features a Rockchip RK3566 SoC with four Cortex-A55 cores and offers 1 or 2 GB of LPDDR4(X) RAM.
    3. The device includes 32 GB of eMMC storage and supports expansion via a microSD card.
    4. Connectivity options include two Gigabit Ethernet ports, an HDMI port, and a USB-C port for power and data transfer.
    5. The starting price is $25, and it supports various operating systems like FriendlyWrt, OpenMediaVault, and Ubuntu Noble Core.


    The NanoPi R3S-LTS is a newly released single-board computer by FriendlyElec, which is well-suited for many uses, especially in network applications. It is powered by the Rockchip RK3566 system-on-chip (SoC) featuring four Cortex-A55 cores, making it not the most high-performance option out there. Depending on which version you choose, it comes with either 1 or 2 GB of LPDDR4(X) RAM. The device also offers up to 32 GB of eMMC storage, plus users can expand their storage using a microSD card.

    Dimensions and Connectivity

    When housed properly, the NanoPi R3S-LTS has dimensions of 62.5 x 62.5 millimeters and stands 28 millimeters tall. For networking, it includes two Ethernet ports that both support Gigabit speed. Along with the Ethernet ports located at the back, there is also an HDMI port and a USB-C port. The USB-C port not only powers the board but can also connect to a PC, allowing for easy operating system installations through a web browser. According to the company, it supports various operating systems like FriendlyWrt, OpenMediaVault, and Ubuntu Noble Core. The front of the device includes a microSD slot, three LEDs, and a USB 3.2 Gen 1 port.

    Pricing and Availability

    You can order the NanoPi R3S-LTS directly from the manufacturer starting at a price of $25.

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