Category: Computers

  • Machenike Intel Lunar Lake Mini PC Launches with Core Ultra 7 258V

    Machenike Intel Lunar Lake Mini PC Launches with Core Ultra 7 258V

    The Creator 14 mini PC by Machenike has been revealed as the first of its kind using the Lunar Lake technology, joining the ranks of other notable devices like the Asus NUC 14 Pro AI and the Khadas AI PC Dev Kit. This announcement hints at an increasing interest in mini PCs featuring the new Lunar Lake architecture.

    Powerful Specs in a Small Package

    This compact device has a volume of just 0.7 liters and is powered by the Intel Core Ultra 7 258V processor, which is among the highest performing chips in the Lunar Lake series. It comes equipped with four performance cores and four efficiency cores, along with 32 GB of RAM. The integrated Arc 140V GPU means it can handle gaming quite well too.

    Cooling Solutions and Performance

    Machenike has integrated a dual-fan cooling system with the 258V, although they haven’t disclosed the thermal design power (TDP) for the processor within this mini PC. Intel indicates that the maximum turbo power reaches 37W. Benchmarks show that this CPU outperforms the previous generation Core Ultra 7 155H, which operates at 28W, but it still trails behind the Ryzen AI 9 HX 370 in some performance metrics.

    Connectivity and Market Availability

    According to the company, this Lunar Lake mini PC supports up to three displays and includes two 2.5G Ethernet ports, all within a lightweight chassis. While Machenike has yet to announce pricing or availability, their products typically remain within the Chinese market. This likely means that the Creator 14 may not be available internationally. Once it launches in China, other brands like Minisforum, Aoostar, Beelink, and GMKtec (Nucbox K6 currently priced at $483.99 on Amazon) might introduce their own mini PCs featuring the Core Ultra 200 series.

    孤城Hardware on Weibo

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  • Apple iMac with 8-Core and 10-Core M4 Variants Available Now

    Apple iMac with 8-Core and 10-Core M4 Variants Available Now

    Apple has introduced its latest iMac featuring the new Apple Silicon. The device sports a 24-inch 4.5K "Nano-Texture Display," designed to minimize glare. The standout upgrade is the new Apple M4 chip, although it seems to be a lower-tier variant with 8 CPU and GPU cores each. There is also an option for a 10-core CPU/GPU combination, available for an additional cost.

    Performance Enhancements

    According to Apple, the M4 chip is said to be up to 1.7x quicker than the Apple M1. In a positive turn, the new iMac offers at least 16 GB of RAM and 256 GB of storage. Users can upgrade the RAM to a maximum of 32 GB and the storage to 2 TB. This increase in memory is crucial for the functioning of Apple’s Intelligence, which comes pre-installed with macOS Sequoia.

    Additional Features

    Among other features, the iMac is equipped with a 12 MP front camera, four Thunderbolt 4.0 ports that can support two 6K external displays, Wi-Fi 6E, and Bluetooth 5.3. While the absence of Wi-Fi 7 may be seen as a letdown, it doesn’t come as a surprise. The new iMac is available in seven vibrant colors: green, yellow, orange, pink, purple, blue, and silver. Pre-orders start now at a price of $1,299, while the 10-core model costs $1,499. Official sales are set to begin on November 8.

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  • GMK Launches EVO X1 Mini PC with Ryzen AI HX 370 and RTX 2060 iGPU

    GMK Launches EVO X1 Mini PC with Ryzen AI HX 370 and RTX 2060 iGPU

    Multiple brands of mini PCs are hinting at new products that will use AMD’s latest Strix Point APUs. GMK is one of these brands, preparing to launch its EVO X1 mini PC that will take advantage of this new technology.

    Recently, GMK announced that the EVO X1 will feature the Ryzen AI 9 HX 370, with a TDP of 70 W for the APU. This is significantly higher than the usual maximum of 54 W that AMD recommends for this APU model.

    Performance Expectations

    It’s important to note, though, that just because the TDP is higher, it doesn’t mean there will automatically be a big boost in performance. Still, it could allow the Radeon 890M iGPU to perform better, giving the APU the extra room it needs to excel during heavy use.

    Graphics Comparison

    GMK also mentioned that the EVO X1’s graphics performance may be similar to a discrete RTX 2060 GPU, likely due to the increased TDP. But let’s be real; GMK is probably talking about the 65 W Max-Q version, which isn’t as powerful as a standard RTX 2060 Laptop.

    In our tests, the Radeon 890M outperformed laptops with the RTX 2050 Mobile, and the RTX 2060 Max-Q is close in power too. However, GMK’s assertion that it will surpass an RTX 2060 seems a bit of a stretch.

    Future Updates

    As for when we can expect to see pricing or availability, it’s still unclear. More details should come out in the future. We do have a good idea of what the GMK EVO X1 will look like, thanks to a lot of marketing material, and it appears to be as stylish and compact as you would expect from a mini PC.

    Buy the Lenovo Legion Go on Amazon.

    GMK via Bilibili.

    GMK Launches EVO X1 Mini PC with Ryzen AI HX 370 and RTX 2060 iGPU
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  • M4 MacBook Pro Launching with 10-Core CPU; M4 Mini Versions Available

    M4 MacBook Pro Launching with 10-Core CPU; M4 Mini Versions Available

    Last week, Apple announced that it would reveal the complete M4 range, which will include new MacBook Pros, Mac Minis, and iMacs. One significant improvement is the increase to at least 16 GB of RAM across all versions, which is double the RAM available in the previous generation models. This upgrade is essential since on-device AI tasks, such as Apple Intelligence, require a lot of memory. There is also a small enhancement in the CPU area.

    MacBook Pro Enhancements

    According to Bloomberg’s Mark Gurman, each MacBook Pro model will be equipped with a 10-core M4 variant. Previously, this was exclusive to the highest-spec iPad Pro models that had at least 1 TB of storage, while the lower-end versions came with a 9-core CPU. Due to the introduction of 3 GB RAM modules, various memory configurations are now possible, including some unusual options like 28 GB.

    New Mac Mini Design

    Gurman further states that the new Mac Mini will be significantly smaller than the previous generation and will come with several new I/O options. It can be purchased with the base (9-core) M4 chip or the Apple M4 Pro. On the other hand, the 24-inch iMac will have to stick with the 9-core M4 chip as well. Interestingly, this is the only reference to the M4 Pro, and there has been no mention of the M4 Max. Ideally, the upcoming MacBook Pro models should also feature Pro and Max versions, but this has not been clearly confirmed yet.

    Performance Expectations

    In terms of performance, the Apple M4 currently outperforms all other Arm-based chips, although the Snapdragon 8 Elite can surpass it in certain benchmarks. We have seen a preview of a M4-equipped MacBook Pro’s performance through Geekbench results. Apple is expected to continue leading in single-core performance, but the multi-core performance arena is more competitive.

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  • Apple Silicon MacBook Pro Upgrade: Removable M.2 SSD Slot

    Apple Silicon MacBook Pro Upgrade: Removable M.2 SSD Slot

    Apple has been known for soldering the SSDs of its MacBooks directly to the motherboards. This move seemed like a way to create thinner laptops, but since the launch of the M1 Apple silicon SoCs, things have gotten even trickier. Now, not only are the SSDs soldered in place, but they are also linked to the SoC’s storage controller, making it almost impossible to swap them out. However, YouTuber iBoff RCC has reportedly managed to hack an Apple M1 MacBook by adding an M.2 NVMe slot to the board.

    Innovative Techniques in Action

    The YouTuber, who is also an Apple technician, didn’t go into detail about how this upgrade was accomplished. This isn’t the first time iBoff has taken on such a project, as the company has been selling different break-out boards for older MacBooks and iMacs. According to the video description, iBoff intends to turn this upgrade into a product available for sale on its online store. From what can be seen in the video, it appears that the original NAND chip in the MacBook was desoldered from the motherboard, and an M.2 slot was added along with some basic logic components. This alteration seems to trick the MacBook’s SoC into recognizing the new SSD, even though it is larger than the original.

    Upgrade Process and Benefits

    For anyone looking to upgrade their SSD, it’s important to note that this process requires another MacBook to reboot and calibrate the new SSD. Even though the upgrade process is complicated and involves a highly technical installation of the new SSD slot, it achieves two significant outcomes. First, it challenges the notion that Apple couldn’t include slotted storage in its MacBook lineup without making the laptops bulkier. Second, on an individual level, it enhances the reliability of the MacBook that receives this upgrade.

    iBoff has stated that a more detailed explanation of how the M.2 slot upgrade and its custom SSD function will be provided in a future video. You can check out the original proof-of-concept video showcasing the upgrade and its performance, which is embedded below this text.

    If you are in search of a top-notch laptop aimed at creators that doesn’t skimp on performance and allows for storage upgrades, consider the Razer Blade 14 2024, currently priced at $1,992.87 on Amazon.

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  • Anker 5-in-1 USB-C Hub: 4K HDMI & 90W Power Output Features

    Anker 5-in-1 USB-C Hub: 4K HDMI & 90W Power Output Features

    A recent leak on the r/Anker subreddit has shared information about a new 5-in-1 USB-C Hub (Model A8357) that Anker is set to release. This updated hub features a USB 3.2 Gen 1 USB-A port, offering transfer speeds of up to 5Gb/s. In addition, it has two USB 2.0 USB-A ports that can handle speeds of 480Mb/s. For those looking to connect to a display, the hub comes with an HDMI 1.4 port capable of supporting 4K resolution at 30Hz. There’s also a 100W USB-C input that provides 90W of power to connected devices.

    Enhanced Connectivity Options

    This new hub expands on Anker’s previous 321 PowerExpand 3-in-1 USB-C PD Hub, which is priced at $21.99 on Amazon, by adding two extra USB 2.0 ports. This enhancement makes it a great option for users who require a variety of connections for peripherals, charging devices, or linking to an external monitor. Recently, Xiaomi also launched a 4-in-1 USB-C and USB-A splitter, which is worth checking out as well.

    Availability and Pricing

    As for pricing and when the 5-in-1 USB-C Hub will hit the market, those details are still not confirmed, but it’s anticipated to be released in the near future.

    u/joshuadwx via r/Anker subreddit

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  • Samsung Targets 18 Chalcogenide Materials for Next-Gen SOM Memory

    Samsung Targets 18 Chalcogenide Materials for Next-Gen SOM Memory

    With an inventive strategy, Samsung is advancing in the field of Selector-Only Memory (SOM) technology. They’re applying cutting-edge computational modeling to identify the most suitable chalcogenide materials for future memory solutions. Their team has investigated more than 4,000 material combinations, whittling it down to 18 that appear to be strong candidates for practical testing.

    A Major Innovation in Memory Design

    SOM technology represents a significant progression in memory architecture, merging the advantages of non-volatile flash storage with the rapid performance of DRAM. It utilizes chalcogenide materials to function as both memory cells and selectors, eliminating the necessity for separate transistors found in typical phase-change or resistive RAM configurations.

    In-Depth Analysis of Material Properties

    The research team employed intricate simulations to assess various properties such as bonding characteristics, thermal stability, and electrical performance. They concentrated on important factors like the drift in threshold voltage and the stability of the memory window, which indicates how effectively the device maintains distinct on and off states.

    Samsung plans to unveil these results at the International Electron Devices Meeting set for this December in San Francisco. They’re optimistic that this computational method has led them to discover high-performance materials that might have been overlooked by conventional laboratory testing.

    Building on Previous Achievements

    This work builds on Samsung’s previous presentations at IEDM 2023, where they highlighted a 64Gbit OTS-based SOM featuring remarkably small 16nm memory cells.

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  • AMD Ryzen 7 9800X3D Full Specs Leaked Online

    AMD Ryzen 7 9800X3D Full Specs Leaked Online

    Recently, numerous leaks have surfaced, revealing details about AMD’s upcoming Ryzen 7 9800X3D. Although the expected launch date of October 25 did not materialize as hoped, the volume of information suggests it is on the way. Videocardz has now identified the complete spec sheet for the CPU on Geizhals.

    Key Specifications Unveiled

    The spec sheet confirms much of what was already suspected. The Ryzen 7 9800X3D features 1 CCD with 8 Zen 5 cores, a TDP of 120 Watts, and 96 MB of L3 cache, with 64 MB allocated to 3D V-cache. It operates at a base clock speed of 4.7 GHz and can boost up to 5.2 GHz. It is capable of supporting up to 192 GB of DDR5 RAM according to JEDEC standards, and with a suitable kit or motherboard, it can reach speeds of 8,000 MT/s.

    Overclocking Capabilities and Thermal Management

    This chip will also be the first of its kind to allow for significant overclocking due to its unique structure, which places the Cache tile above the CCD. The maximum junction temperature (TJMax) is 95 degrees Celsius, so if you intend to overclock the Ryzen 7 9800X3D, you’ll probably need a strong cooler. It’s important to note that AMD does not include a cooler with the retail package.

    Additional Features and Availability

    Among other features, the Ryzen 7 9800X3D includes a 2 CU RDNA2 integrated GPU running at 2.2 GHz and provides 24 PCIe Gen5 lanes. This CPU is compatible with all previous-generation AM5 motherboards, such as the A620, B650, and X670 series. Furthermore, the listing hints at a potential sale date of November 7, accompanied by what seems to be a placeholder price.

    Source: Geizhals via Videocardz

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  • 2025 Gaming Laptops: GeForce RTX 50 GPUs with Last-Gen CPUs

    2025 Gaming Laptops: GeForce RTX 50 GPUs with Last-Gen CPUs

    So far, the only laptop processors available from Intel are built on the Lunar Lake design. This architecture is not aimed at high-performance tasks, which means we need to wait for Arrow Lake-HX models to come out, probably during CES 2025. Nevertheless, gaming laptop makers are reportedly planning to stick with the previous generation of hardware, according to a leaker known as Golden Pig Upgrade on Weibo.

    Next-Gen Pairings

    It seems that many original equipment manufacturers (OEMs) are looking to combine Nvidia’s upcoming GeForce RTX 50 series laptop GPUs with either Meteor Lake or 14th-gen Raptor Lake processors instead of waiting for Arrow Lake. The leaker highlighted the Core i7-14650HX as a ‘main force,’ suggesting it could be the driving chip for numerous gaming laptops in 2025. Furthermore, there’s a chance we might also see some high-end Meteor Lake models included in this lineup.

    AMD’s Confusing Situation

    The situation gets even more complicated with AMD, as Strix Point has already been around for some time. A lot of laptops are already pairing a Ryzen AI 9 HX 370 with dedicated GeForce RTX 40 series GPUs. However, this may not apply to the new RTX 50 series, as they are likely to work with Zen 4 processors (Ryzen 7000/Ryzen 8000) instead.

    In summary, it looks like we won’t see many (or perhaps any) laptops featuring ‘truly’ next-generation hardware in 2025, forcing consumers to choose between an up-to-date CPU or GPU. This isn’t necessarily a negative situation because the previous generation of laptop chips can still handle gaming tasks effectively and shouldn’t limit the performance of the more advanced GeForce RTX 50 graphics cards.

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  • Apple M5 iPad Pro Launch Expected Late Next Year, Analyst Says

    Apple M5 iPad Pro Launch Expected Late Next Year, Analyst Says

    Right now, everybody is focused on the upcoming launch of the Macs powered by the M4 chip. Apple has just shared that starting Monday, they will begin unveiling a range of announcements related to Macs, which will probably include some details about the M4 models.

    High-End Variants

    The more advanced M4 Pro and M4 Max versions are all set to enhance the MacBook Pro range. The newly designed Mac mini will feature the M4 and M4 Pro chips, while the 24-inch iMac refresh will stick to the regular M4 processor.

    Speculation on the M5 SoC

    However, talk about Apple’s next-generation M5 chip has already started popping up online. Bloomberg’s Mark Gurman suggests that the M5 could make its first appearance in a future iPad Pro, expected to launch toward the end of next year. It’s quite intriguing that Apple might introduce its M-series technology in iPads before Macs, which may highlight the company’s increasing focus on efficiency rather than just performance.

    Performance of the M4

    This isn’t to say that the M4 chip lacks power – it’s an extremely fast chip that excels even in the slim 5.1 mm-thin iPad Pro. The M4 is over 20% quicker in both single-core and multi-core tasks compared to its predecessor, even with the limitations of a passively cooled system. In recently leaked benchmarks for the 14-inch MacBook Pro, the M4 significantly outperformed the Intel Core Ultra 9 288V, boasting a 60% advantage in multi-core tasks.

    Little details are available about what the M5 might offer, as it’s still more than a year away. Additionally, compared to its other products, Apple’s progress in silicon is often kept under wraps. Keeping this in mind, we probably won’t have much insight into the features of the M5 until it’s ready for announcement.

    Mark Gurman, Bloomberg

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