Category: All News

  • Revolutionize Your Cooling Experience with new AZZA Cube Liquid Coolers

    Revolutionize Your Cooling Experience with new AZZA Cube Liquid Coolers

    AZZA has introduced two remarkable models to its all-in-one liquid cooler lineup: the Cube 360 and Cube 240. Boasting a distinctive cubic design, these innovative coolers not only promise efficient temperature management but also add a dash of elegance to your gaming rig.

    Unmatched Design

    At the heart of the AZZA Cube liquid coolers lies a unique radiator design housing a patent-pending pump. This compact yet powerful 4000 RPM pump is adept at moving water at an impressive flow rate of 96L/h and a pressure of 1.5mH2O, ensuring your system remains cool even under demanding conditions​1​​2​. The square fin design, reinforced with edges to avert bending, and folded tabs maximize the surface area for heat dissipation. Moreover, the radiators feature 12 – 2mm wide water channels, catering to the substantial flow requirements of the pump​3​​2​.

    Revolutionize Your Cooling Experience with new AZZA Cube Liquid Coolers

    Spectacular Performance

    AZZA hasn’t compromised on performance. The Cube series showcases 120mm Vortex ARGB PWM fans, with speeds ramping up to 2000 RPM. These fans are engineered to deliver an airflow of 65.2 CFM while keeping the noise levels below 34 dB(A), making them a silent yet potent cooling solution​4​​2​.

    Versatile Compatibility

    The cube-shaped water block, topped with brushed aluminum and embellished with pyramid-shaped ARGB LEDs, is not merely a visual delight but also offers extensive compatibility. It accommodates most AMD and Intel socket designs, including the upcoming Intel LGA 1851 socket, albeit with the exception of HEDT sockets, ensuring a flexible fit for a myriad of setups​2​.

    Pricing and Availability

    Quality comes at a competitive price with the Cube 360 priced at $99.99 and the Cube 240 at $79.99​5​​2​. You can snag one from Amazon or Newegg to elevate your PC cooling game.

    Specifications Snapshot

    Specifications
    Model NameCube 360Cube 240
    FANDimensions120mm x 120 x 25
    Number of fans32
    Speed500-2000 ±10% RPM
    Bearing TypeHydro Bearing
    Rating Voltage (fan)DC 12.0V
    Rating Current (fan)0.28A
    Power Consumption (fan)3.36W
    Rating Voltage (lights)DC 5.0V
    Rating Current (lights)0.36A (max)
    Power Consumption (lights)1.8W
    Airflow65.2 CFM
    Air Pressure18mmH2O
    Noise34 dB(A)
    Lifespan20000 Hours at 25°C
    ARGB Connector3 Pin Female to 3 Pin Male
    Power Connector4 Pin Female to 4 Pin Male
    RadiatorDimensions404mm x 121 x 35284mm x 121 x 35
    MaterialAluminium Alloy
    Water BlockDimensions70mm x 85 x 78.5
    ARGB Connector5V ADD Header Female to ADD Header Male
    Rating Voltage (lights)DC 5.0V
    Rating Current (lights)0.72A (max)
    Power Consumption (lights)3.6W
    PumpTypeRadiator Built-in Pump
    Connector3 pin
    Bearing TypeZirconia Ceramic Bearings
    Rating VoltageDC 12.0V
    Rating Current0.38A
    Power Consumption4.56W
    Speed4000 ± 10% RPM
    Water Pressure1.5mH2O
    Flow Rate96 L/h
    Motor Type3-phase Brushless DC Motor
    Lifespan50000 Hours
    Noise<25 dB(A)
    TubeDimensions400mm
    MaterialsEPDM + Rayon Mesh
    CompatibilityIntel SocketLGA 115X / 1366 / 1200 / 1700 / 1851
    AMD SocketAM5 / AM4 / AM3+ / AM3 / AM2+ / AM2 / FM2+ / FM2 / FM1

    In conclusion, the AZZA Cube liquid coolers are a stellar blend of aesthetics and performance. Whether you’re a hardcore gamer or a PC enthusiast, investing in one of these coolers will undeniably be a game-changer.

    Sources: TechPowerUp, TheGamingStuff, Vortez, Guru3D

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  • NVIDIA Blackwell B100 GPUs: The Future of AI Acceleration Takes Shape

    NVIDIA Blackwell B100 GPUs: The Future of AI Acceleration Takes Shape

    The rapid advancements in Artificial Intelligence (AI) have propelled the necessity for more robust and efficient graphical processing units (GPUs). Coming to the forefront of this evolution is NVIDIA with its upcoming Blackwell B100 GPUs. This new generation of GPUs, slated for a release in Q2 2024, aligns with NVIDIA’s historical biennial rhythm of unveiling novel GPU architectures, promising a significant leap forward​1​​2​.

    Accelerating the Pace

    NVIDIA has reportedly expedited the launch of its Blackwell B100 GPUs from Q4 to Q2 2024, a move catalyzed by the burgeoning demand in AI solutions​1​​3​. This acceleration is expected to fortify NVIDIA’s dominion in the AI GPU market, where it already commands over 90% share. The timely release of B100 GPUs, alongside the enduring demand for its predecessor, the A100 accelerators, underscores NVIDIA’s relentless pursuit of catering to the evolving needs of AI applications.

    NVIDIA Blackwell B100 GPUs: The Future of AI Acceleration Takes Shape
    Blackwell B100

    Harnessing Advanced Memory Technology

    A significant highlight of the Blackwell B100 GPUs is the integration of SK Hynix’s High Bandwidth Memory (HBM3e), earmarked for mass production by SK Hynix. The HBM3e DRAM technology is poised to be a game-changer in bolstering the performance of the GPUs, thereby amplifying the GPUs’ capability in handling complex neural networks​1​​4​​3​. Furthermore, the collaboration between NVIDIA and SK Hynix underscores a strategic alliance aimed at pushing the boundaries of GPU memory technology.

    Innovating for the Future

    The incorporation of the TSMC 3 nm process technology in the Blackwell B100 GPUs is emblematic of NVIDIA’s unyielding commitment to spearhead innovation in the GPU arena​5​. Moreover, speculative assertions suggest that the Blackwell GPUs might feature up to 33% more cores, thereby significantly enhancing the computational power essential for AI and High-Performance Computing (HPC) applications​6​.

    The Blackwell B100 GPUs are part of NVIDIA’s broader endeavor to stay ahead of the curve in delivering cutting-edge GPUs that are in sync with the growing demands of AI and HPC applications. As the AI landscape continues to evolve at a breakneck pace, the Blackwell B100 GPUs are poised to be a pivotal part of this ever-evolving narrative.

    Source Links:

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  • Screen Burn-In Issues Plague the iPhone 15 Pro Max: Apple’s Latest Headache

    Screen Burn-In Issues Plague the iPhone 15 Pro Max: Apple’s Latest Headache

    The iPhone 15 Pro Max has recently been in the spotlight, but not for the reasons Apple would have hoped. Many users have reported screen burn-in issues, a problem that has stirred quite a bit of discussion and concern among the Apple community.

    Unveiling the Screen Burn-In Saga

    Screen burn-in, a common issue with OLED displays, occurs when a static image imprint becomes visible on the screen even after changing the displayed content. This problem seems to be more pronounced when static images are displayed at high brightness levels for extended periods​1​. For the iPhone 15 Pro Max, users have noticed ghost images or discoloration across the entire display panel, which has been particularly noticeable in low-light conditions. Interestingly, the problem seems to manifest as temporary image retention which could evolve into a permanent screen burn-in if not addressed​2​.

    Screen Burn-In Issues Plague the iPhone 15 Pro Max: Apple's Latest Headache
    iPhone 15 Pro Max
    Screen Burn-In Issues Plague the iPhone 15 Pro Max: Apple's Latest Headache
    iPhone 15 Pro Max
    Screen Burn-In Issues Plague the iPhone 15 Pro Max: Apple's Latest Headache
    iPhone 15 Pro Max

    Delving into the Underlying Causes

    The screen burn-in issue on the iPhone 15 Pro Max can be attributed to a couple of factors. Firstly, the OLED displays, known for their ability to retain parts of an image shown on the screen for extended periods, seem to be the root cause. The problem intensifies when static images are displayed at high brightness levels. Secondly, some users and experts speculate that a potential software bug could be contributing to the problem. Although Apple has not officially commented on the issue, experts believe that a software update could potentially address the problem. In the interim, users are advised to activate the Low Power Mode to temporarily limit the display’s refresh rate to 60Hz and reduce brightness, which could alleviate the issue​3​​2​.

    Navigating the Troubled Waters

    For those affected by this issue, there are a few steps that could be taken to mitigate the effects. Utilizing a screen saver regularly can help refresh the pixels, preventing them from displaying the same text or images for a long time. Additionally, reaching out to Apple Support, scheduling an appointment at an Apple Store, or visiting an authorized service center for a thorough diagnosis and evaluation are viable options. Moreover, some users have opted to replace their units to see if the issue persists on the new ones​2​.

    The screen burn-in issue is indeed a substantial concern for users and Apple alike. While there’s no official fix yet, the suggested temporary solutions alongside the hope of a software update might provide some respite to the affected users.

    Sources:

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  • Anticipation Builds: Unveiling the iPad Mini 7, New iPad Air Models, and iPad 11

    Anticipation Builds: Unveiling the iPad Mini 7, New iPad Air Models, and iPad 11

    The tech sphere is buzzing with excitement as Apple gears up to introduce its new lineup of iPads. Among the highly anticipated releases are the iPad Mini 7, new iPad Air models, and the iPad 11. Here’s a deeper dive into what we can expect from these upcoming gadgets.

    iPad Mini 7: Compact Yet Powerful

    The iPad Mini 7 is set to continue Apple’s tradition of compact elegance, blending power with portability. Recent speculations hint at a faster chipset for this model, potentially the A16 chip found in recent iPhone models, ensuring a smooth performance that matches its sleek design​1​​2​. This small-screen tablet is expected to retain the screen size of its predecessor at 8.3 inches, yet might boast enhancements in camera technology facilitated by the Apple Silicon chipset, and possibly transition to Apple Silicon entirely​3​. However, it’s rumored that the new model will not feature a 120Hz ProMotion display, keeping some advanced features exclusive to higher-end models like the iPad Pro​4​.

    Anticipation is high for the iPad Mini 7’s launch, which might hit the markets in late 2023 or early 2024. Some reports even suggest a surprise unveiling by the end of 2023, marking a significant update since the 6th generation was released in 2021​3​​2​.

    New iPad Air Models: Bigger and Better

    Apple is also tinkering with the iPad Air models, potentially showcasing bigger displays or better specs. It’s speculated that there may be two distinct screen sizes for the new iPad Air models, akin to the iPad Pro lineup, possibly presenting an 11 or 12-inch version. The upcoming Air model might incorporate the M2 processor, stepping up from the M1 chip found in the 5th generation iPad Air​3​.

    iPad 11: A Spec Upgrade

    The iPad 11 is slated to receive spec upgrades while retaining its current design. Although detailed specifications remain under wraps, it’s clear that Apple aims to boost the performance of this entry-level iPad, ensuring it continues to be a go-to choice for many users​1​.

    Apple’s tradition of keeping a tight lid on product details continues, but the tech giant’s consistent endeavor to enhance user experience shines through the veil of secrecy. Whether it’s the pocket-sized powerhouse iPad Mini 7, the larger and more capable iPad Air models, or the spec-boosted iPad 11, Apple aficionados have a lot to look forward to in the coming months.

    As the rumor mill churns, Apple enthusiasts and tech savvies await official announcements to plan their next upgrade. The anticipation is a testament to Apple’s enduring appeal and the integral role its devices play in modern-day digital life.

    Sources:

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  • Google Pixel 8 Pro and 8: Benchmark Insights Reveal a Mixed Bag

    Google Pixel 8 Pro and 8: Benchmark Insights Reveal a Mixed Bag

    In the realm of smartphones, performance is a significant factor that influences consumer choices. Recently, the Google Pixel 8 Pro and 8s have come under the spotlight as their Tensor G3 GPU was put to the test in various benchmarks. While the results unveiled a concoction of decent efficiency and underwhelming performance, it paints a broader picture of what consumers might expect from these gadgets. This article delves into the nitty-gritty of the benchmark results and what they mean for potential buyers.

    Benchmark Undertakings

    The benchmarks aimed at gauging the performance and efficiency of the Tensor G3 GPU, which powers the Google Pixel 8 Pro and 8s. Various tests were conducted, evaluating how well the GPU performs under different circumstances. The findings were a mixed bag, with some aspects outshining others.

    Performance Metrics

    The performance of the Tensor G3 GPU did not quite match up to the expectations set by its predecessors. In comparison to competing models, the GPU fell short in delivering a high-performance output. Nonetheless, it was not all gloomy as the GPU showcased decent efficiency metrics, which is a silver lining for users prioritizing battery life and thermal management over raw performance. This balance between efficiency and performance may appeal to a specific demographic of users.

    Google Pixel 8 Pro and 8: Benchmark Insights Reveal a Mixed Bag
    Google Pixel 8 Pro and 8: Benchmark Insights Reveal a Mixed Bag
    Google Pixel 8 Pro and 8: Benchmark Insights Reveal a Mixed Bag

    Efficiency Under the Lens

    The efficiency of the Tensor G3 GPU is a notable highlight. With the growing demand for longer battery life, this feature might resonate well with users. Moreover, efficient thermal management ensures that the device remains cool, thereby contributing to a smoother user experience. This aspect of the Tensor G3 GPU is a welcome advantage, especially for those who engage in moderate smartphone usage and seek a device that harmoniously blends performance with longevity.

    In conclusion, the Google Pixel 8 Pro and 8s, powered by the Tensor G3 GPU, present a narrative of compromise. While they might not satiate the appetite of performance-hungry users, they certainly carve a niche for themselves among those who value a balanced approach towards performance and efficiency. As Google continues to refine its in-house silicon, the future iterations might bridge the performance gap while retaining the efficiency quotient.

    Sources:

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  • Samsung Galaxy S24 Ultra: A Deep Dive Into The 200MP Quad-Camera Marvel

    Samsung Galaxy S24 Ultra: A Deep Dive Into The 200MP Quad-Camera Marvel

    The impending launch of the Samsung Galaxy S24 Ultra is buzzing in the tech realm, primarily for its rumored remarkable camera setup. The buzz centers around a 200MP primary camera complemented by three other lenses, promising a photography experience like no other.

    A Look at the Camera Specifications

    The Galaxy S24 Ultra reportedly features a robust quad-camera setup:

    These specifications if proven true, signify a gigantic leap in smartphone photography, especially with a 200MP sensor at the helm. The 100x zoom capability, despite a 5x optical zoom, hints at a powerful digital zooming technology infused in the device. The Galaxy S24 Ultra is potentially a photographer’s dream, blending high-resolution photography with versatility across different shooting scenarios.

    The Selfie Camera

    The front camera is speculated to remain at 12MP, a consistency carried over from the S23 Ultra. This spec might not be a giant leap, but it’s a tested and trusted configuration that ensures quality selfies and video calls.

    Future Expectations

    Leaks also touch on the Galaxy S25 Ultra, hinting at further camera enhancements like 4x and 6x telephoto lenses and a new Vizion sensor replacing the laser autofocus, indicating Samsung’s forward-thinking in smartphone camera technology.

    In conclusion, if the rumors hold, the Samsung Galaxy S24 Ultra is set to redefine smartphone photography standards. Its quad-camera setup led by a 200MP sensor is nothing short of revolutionary, setting a high bar for competitors. As the tech community awaits official confirmation, the anticipation continues to build, hinting at a promising photographic powerhouse in the Samsung Galaxy S24 Ultra.

    Sources: 1, 2, 3

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  • Spotlight on Best-Selling Smartphones of 2023: A Closer Look at Performance and Affordability

    Spotlight on Best-Selling Smartphones of 2023: A Closer Look at Performance and Affordability

    The smartphone market in 2023 continues to be dominated by Apple and Samsung, reflecting a blend of premium and budget-friendly models. This article delves into the specifications and pricing of the top-selling smartphones from these tech giants, providing a comprehensive guide for potential buyers.

    Spotlight on Best-Selling Smartphones of 2023: A Closer Look at Performance and Affordability

    Apple’s Eminent Offerings

    Apple‘s iPhone models continue to occupy a significant portion of the global market share. The iPhone 14 Pro Max, a premium model, boasts a 6.7-inch OLED display with a resolution of 2796-by-1290 pixels, powered by the Apple A16 Bionic chipset. It comes with a maximum storage capacity of 1024 GB and 6 GB RAM, encapsulated within a Ceramic Shield glass body. The Pro Max model also introduces a pro camera system with a 48MP primary sensor, catering to professional photography needs​​.

    On the pricing frontier, the iPhone 14 Pro Max is a high-end model priced around $1,600, while its counterpart, the iPhone 14 Pro, is slightly cheaper at $1,500. These models represent Apple’s dedication to delivering top-notch performance and cutting-edge features to its user base​.

    Samsung’s Diverse Range

    Samsung, on the other hand, offers a diverse range of models catering to both premium and budget segments. The Samsung Galaxy A14 is a budget-friendly choice with a 6.6-inch display, powered by an Octa-core processor (MT6769 Helio G80 chipset). It offers a 50MP main camera, 128 GB storage, and 6 GB RAM, making it a competent model for everyday use. The Galaxy A14 is priced under $200, and its 5G variant is around $300, providing an affordable gateway to 5G connectivity​.

    For those seeking high-end features, the Samsung Galaxy S23 Ultra is a compelling option. It flaunts a 6.8-inch Dynamic AMOLED display with a resolution of 3088 x 1440 pixels, powered by the Qualcomm Snapdragon 8 Gen 2 chipset. With up to 1TB of storage, 12GB of RAM, and a quad-camera setup with a 200 MP main sensor, the S23 Ultra is a powerhouse of performance. Its pricing starts at $950, reflecting its premium status in Samsung’s lineup​.

    Concluding Thoughts

    The smartphone market in 2023 exemplifies a widening gap between premium and budget-friendly models, predominantly from Apple and Samsung. Whether consumers are swayed by the allure of high-end features or the practicality of budget-friendly models, the choices are abundant and cater to a wide spectrum of preferences and needs.

    Source Links:

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  • Evolving 3D Printing Landscape: October 2023 Update

    Evolving 3D Printing Landscape: October 2023 Update

    The World of 3D Printing: An Evolving Market

    The landscape of 3D printing remains in a constant state of flux as key players continuously vie for dominance. The current month ushers in another shift among major competitors, underscoring the dynamic and unpredictable essence of the industry.

    The Weekly Assessment of Worth

    Market capitalization, a critical metric obtained by multiplying a company’s stock price by its outstanding shares, serves as a key indicator of a company’s present value. This figure plays a pivotal role in asset acquisition and can also be utilized as collateral for financial transactions. Monitoring these valuations on a weekly basis provides valuable insights into the financial stability and growth trajectories of 3D printing firms.

    The Reshuffling of the Top Players

    In the latest evaluation, Xometry has reclaimed its leading position from Stratasys, boasting a valuation of $821 million. Stratasys now trails closely in second place with $787 million, followed by Nano Dimension at $676 million. This change reflects the cutthroat and adaptable nature of the sector. Noteworthy is 3D Systems, previously valued at close to $5 billion, now finding itself in fifth place with a valuation edging towards $500 million, a significant decline attributed to a drop in stock value.

    Ranking of Key 3D Printing Companies

    RANK COMPANY CAP CHG
    1 Xometry 821 -28
    2 Stratasys 787 -66
    3 Nano Dimension 676 -30
    4 Protolabs 668 -11
    5 3D Systems 517 -48
    6 Desktop Metal 388 -26
    7 Materialise 297 -26
    8 Velo3D 273 -39
    9 Markforged 243 -20
    10 Massivit 31 -4
    11 FATHOM 26 -5
    12 Shapeways 19 +0
    13 Steakholder Foods 17 -2
    14 Freemelt 12 -5
    15 AML3D 11 -2
    16 voxeljet 10 +1
    17 Titomic 7 +1
    18 Sygnis 5 +0
    19 Sigma Additive Solutions 4 -7
    20 Aurora Labs 3 -0
    TOTAL 4,816 -344

    Future Market Contenders

    While Essentium had initially planned a SPAC merger to enter the public domain, those intentions have been put on hold. ICON, a 3D printer manufacturer in the construction domain based in Texas, has secured substantial funding, hinting at a potential shift in market dynamics. Vulcan Forms, boasting a private valuation exceeding $1 billion, may also create ripples in the ranking.

    Final Thoughts

    The world of 3D printing continues to mesmerize with technological advancements reflected in its market standings. As companies vie for higher positions, this industry remains an enticing space for investors and technology aficionados alike.

    References

  • Bambu Lab X1E 3D Printer : A Leap Towards Professional-Grade 3D Printing

    Bambu Lab X1E 3D Printer : A Leap Towards Professional-Grade 3D Printing

    In the fast-evolving domain of 3D printing, staying updated with the latest technology is crucial for professionals aiming for the pinnacle of design and production efficiency. Bambu Lab’s latest offering, the X1E 3D Printer, is a testament to this relentless pursuit of innovation, catering precisely to the professional and engineering domains.

    A Gaze at Speed and Precision

    The X1E 3D Printer distinguishes itself with an impressive print speed, which is a vital factor for professionals who are always racing against time. With a maximum tool head speed of 500 mm/s, it’s pegged as a swift performer among desktop 3D printers. This speed is facilitated by a rigid CoreXY gantry constructed with carbon-fiber-reinforced rods, which significantly reduces vibration, ensuring high-quality prints.

    Connectivity and Material Handling

    In an era where seamless connectivity is a boon, the X1E doesn’t fall short. It introduces an optional Ethernet interface ensuring reliable network connectivity, even in complex setups, alongside supporting advanced WLAN security standards. This feature is a nod to the growing necessity for secure and robust networking solutions in professional settings.

    Furthermore, the X1E is capable of operating entirely offline without a cloud connection, providing an added layer of operational flexibility.

    Material handling is another forte of the X1E. It can reach temperatures of up to 320°C, thus capable of processing higher-grade materials like PPA-CF or PPS. The heated pressure chamber, with temperatures up to 60°C, minimizes warpage and enhances layer adhesion, making it a suitable choice for intricate and demanding projects.

    Bambu Lab X1E 3D Printer : A Leap Towards Professional-Grade 3D Printing
    Bambu Lab X1E

    Bambu Lab X1E 3D Printer : A Leap Towards Professional-Grade 3D Printing
    Bambu Lab X1E

    Bambu Lab X1E 3D Printer : A Leap Towards Professional-Grade 3D Printing
    Bambu Lab X1E

    Bambu Lab X1E 3D Printer : A Leap Towards Professional-Grade 3D Printing
    Bambu Lab X1E

    Filament Management and Clean Operation

    With an integrated filament management system, the X1E can connect up to 16 filament spools, enabling multi-material printing with automatic filament change. This feature underscores the printer’s capability to handle complex projects requiring varied materials.

    Moreover, the clean operation of the X1E is ensured by a HEPA filter and activated carbon filter, making it apt for poorly ventilated rooms.

    Build Volume256256256 mm3
    Physical Dimensions 389389457 mm3
    Net Weight16 kg
    Max Speed of Toolhead500 mm/s
    Max Acceleration of Toolhead 20 m/s2
    Max Hot End Flow 32 mm3/s @ABS(Model: 150*150mm single wall; Material: Bambu ABS; Temperature: 280°C)
    Hot End material All Metal
    Extruder Gears Hardened Steel 
    Nozzle material Hardened Steel 
    Maximum Chamber Control Temperature 60℃
    Maximum Hot End Temperature 320℃
    Nozzle Diameter Included: 0.4 mmOptional: 0.2 mm, 0.6 mm, 0.8 mm
    Filament Diameter 1.75 mm
    Supported FilamentOptimal: PLA, PETG, TPU, PVA, BVOHSuperior: ABS, ASA, PC, PA, PETSuperior: Carbon/Glass Fiber Reinforced PLA, PETG, PA, PET, PC, ABS, ASAIdeal: PPA-CF/GF, PPS, PPS-CF/GF
    Max Build Plate Temperature 110℃@220V, 120℃@110V
    Slicer Bambu StudioSupport third party slicers which export standard G-code such as SuperSlicer, PrusaSlicer and Cura, but certain advanced features may not be supported.
    Slicer Supported OS MacOS, Windows 
    Ethernet SocketRJ45
    Ethernet Speed100 Mbps / Full Duplex 

    Pricing and Availability

    The professional-grade features of the X1E come with a price tag of $2499, making it a valuable addition for serious professionals. Bambu Lab has scheduled the shipping of the X1E to commence in November, available for purchase directly or via resellers.

    With the X1E, Bambu Lab has indeed pushed the boundaries, setting a new benchmark for what professional and engineering-grade 3D printers can achieve. The blend of speed, connectivity, material handling, and clean operation, all at a competitive price point, makes the X1E a noteworthy contender in the professional 3D printing market.

    Sources: 3printr

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  • Apple Vision Pro’s Economical Variant: A Friendly Price with Compromised Features

    Apple Vision Pro’s Economical Variant: A Friendly Price with Compromised Features

    In a bid to reach a wider consumer base, Apple is reportedly working on a cost-effective variant of its high-end mixed reality headset, the Apple Vision Pro. The original device, priced at a steep $3,500, is beyond the reach of many consumers, prompting Apple to explore a more budget-friendly version​1​​2​​3​.

    Lowering the Price Tag

    The prime focus in developing this economical variant is to significantly lower the price to a range of $1,500 to $2,500. The strategy to achieve this price cut involves removing certain features and downgrading the chip used in the device​4​​5​.

    Sacrificing the EyeSight Feature

    One of the notable features to be axed in this cost-cutting endeavor is the EyeSight feature. The EyeSight technology in the original Vision Pro uses an external OLED display to project a three-dimensional rendering of the user’s facial expressions to others in the room. While this feature enhances the interactive experience, it doesn’t offer substantial benefits to the wearer of the device. By eliminating this feature, Apple can significantly reduce the bill of materials, thus lowering the price point of the device​6​.

    Reduced Camera and Sensor Array

    Additionally, the number of cameras and sensors will be trimmed down in the budget-friendly variant. This move is another step towards reducing the production costs while maintaining the core functionality of the mixed reality headset​6​.

    Future Expectations

    Although Apple is heading towards a more affordable Vision Pro, there are speculations that the low-cost version might have been shelved for now​7​. On the brighter side, along with the low-cost model, Apple is purportedly also working on a second-generation high-end Vision Pro, focusing on making it lighter, more comfortable, and equipped with a chip spec bump​6​.

    The development of a low-cost Apple Vision Pro is a testament to Apple’s initiative to make mixed reality technology more accessible. While the reduction in price comes with a trade-off in features, it opens the door for a broader consumer base to experience Apple’s mixed reality technology.

    Source Links: appleinsider.com | wccftech.com | 9to5mac.com

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