Targeting the developer on the go, DeepComputing's latest design takes the guts of a DC-ROMA II laptop and puts it in a tablet chassis.
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AI & ML Practitioner | Quantum Computing & HPC Enthusiast | Interested in Research & Development | S.T.E.M Geek | Passionate about contributing to tech communities | Actively Building Projects and Learning in Public |
🛠️ Your 2024 Tech Purchasing Blueprint: Key Features and Recommendations 📊 In this comprehensive guide, I break down essential components to consider when purchasing tech in 2024. From CPUs and RAM to GPUs and battery life, each chapter offers insights and recommendations tailored to current technology trends. Whether you're upgrading your workstation or investing in new devices, this blueprint provides clear, actionable advice to help you make informed decisions. Dive into the details on cores, threads, storage options, display resolutions, and more to ensure you get the best value for your tech investments. Check it out and stay ahead in tech! 💻 https://lnkd.in/dcZCNg5A NOTE: These notes are primarily for my own reference, and I'm also in the process of looking for a new laptop. I've made them public to give you a sense of what I'm working on. #TechGuide #2024Tech #TechRecommendations #CPU #GPU #RAM #TechBuying #Innovation #TechTrends
🛠️ Your 2024 Tech Purchasing Blueprint: Key Features and Recommendations 📊
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Vice President - Chief Technology Officer Invent France | Cloud, Data & (Gen)AI for Enterprise Transformation
In the #semiconductor industry the trend towards more #chiplet based processor architecture may be accelerating… This design reduces development times and costs by integrating pre-developed pieces in an IC package. I let you make your own judgement but horizontal and vertical lines around the R1 packaging suggest that #Apple used a chiplet design, but not everyone is convinced. https://lnkd.in/dNCPEaju
Apple Vision Pro Features LPDDR5 RAM, With A Close-Up Of The Logic Board Revealing A Possible Chiplet Design For The R1 Co-Processor
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New Post: M2 vs. M3 Buyer’s Guide: How Much Better Really Is M3? MacRumors: Mac News and Rumors – All Stories Hartley CharltonMacRumors: Mac News and Rumors – All Stories - Apple’s latest series of custom silicon chips designed for the Mac come just over a year after the introduction of the M2 chip in 2022, so how much better really<a href="" class="more-link">Read More <span class="screen-reader-text"></span></a> https://lnkd.in/eDwKz8YA
M2 vs. M3 Buyer’s Guide: How Much Better Really Is M3? MacRumors: Mac News and Rumors – All Stories Hartley CharltonMacRumors: Mac News and Rumors – All Stories
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New Post: M2 vs. M3 Buyer’s Guide: How Much Better Really Is M3? MacRumors: Mac News and Rumors – All Stories Hartley CharltonMacRumors: Mac News and Rumors – All Stories - Apple’s latest series of custom silicon chips designed for the Mac come just over a year after the introduction of the M2 chip in 2022, so how much better really<a href="" class="more-link">Read More <span class="screen-reader-text"></span></a> https://lnkd.in/exMPKbiJ
M2 vs. M3 Buyer’s Guide: How Much Better Really Is M3? MacRumors: Mac News and Rumors – All Stories Hartley CharltonMacRumors: Mac News and Rumors – All Stories
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🚀 Excited to share some invaluable insights into Computer Hardware! 💻 Dive into the world of circuits, chips, and components with my latest notes. 📝 In today's tech-driven world, understanding computer hardware is like deciphering the language of innovation. Whether you're a seasoned IT professional or an aspiring tech enthusiast, these notes are your gateway to unlocking the mysteries of hardware architecture. From CPUs to GPUs, RAM to ROM, every component plays a crucial role in shaping the performance and capabilities of our devices. With these notes, you'll gain a deeper appreciation for the intricate design and functionality behind your favorite gadgets. But it's not just about knowing the nuts and bolts; it's about harnessing that knowledge to push boundaries and drive innovation. Whether you're designing the next generation of processors or simply upgrading your personal rig, a solid understanding of computer hardware is your foundation for success. So, let's embark on this journey together. Let's explore the fascinating world of computer hardware and empower ourselves to create, innovate, and transform the future. 💡 #ComputerHardware #TechTalk #Innovation #LearningAndDevelopment
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My head is full of ideas for my dream 65C816 system on a Raspberry Pi-sized board. My latest thoughts are that I may not need a second ATtiny 8-bit CPU for emulating Z80 and 8088, because the 65C816 could be fast enough, with the accelerator I'll describe shortly. I also realized that it's feasible to include a 40-pin edge connector with the same pinout as the Raspberry Pi, with 16 of the GPIO pins connected to a genuine 65C22 VIA I/O chip, and the remaining 11 going to my small FPGA where I'm going to put the memory mapper, VGA and sound output logic, SPI and UART interfaces, etc.. Then people could use many of the HATs that are sold with no changes, like Atari/Commodore-style joystick ports, OLED displays, etc., and the SPI, I2C, and UART pins will have FIFO buffers in the FPGA so the CPU won't have to read/write a bit at a time. The VIA and CPU each cost about $7.50, but the VIA has interval timers as well as I/O pins, and seems worthwhile to include for authenticity's sake, since many 6502-based systems and interface cards used a 6522, not just Commodore. I want to free as many LE's as possible on the FPGA for the accelerator I'm going to try to prototype in GSplus this weekend. In the early 1990s, there was an Apple II card that people have recreated that interfaced a Motorola 68881 FPU so you could do floating-point math with it. The 68881/68882 haven't been sold for decades, and it's massive overkill, plus it was never designed to interface with a 6502 (68000 is big-endian, for one). On the other end of the spectrum, the Super NES custom CPU added an 8-bit x 8-bit unsigned integer multiply (16-bit result), and a divider that divides a 16-bit by an 8-bit unsigned int, returning a 16-bit result and 16-bit remainder. The program writes the values to memory locations and reads the results. Yesterday I started to figure out what are the building-block operations missing from the 65C816 that are now calls to library routines in C code (the ORCA/C compiler is very high quality, and the source code is now on GitHub), or are assembly routines in e.g. Apple's SANE math library, that I could identify and patch in the ROM and in existing software, to speed up programs when run on my new design (emulated in GSplus)? I can then patch ORCA/C to add an option to use the coprocessor rather than jumping to subroutines. What I came up with was a short list, with only the max operand sizes unclear to me at this time, due to my inexperience with FPGA logic. What the 65C816 is lacking are unsigned integer multiply, unsigned integer divide and remainder, and bit shift left and right (unsigned and signed values) by an arbitrary number of bits. All of those operations require looping at present. If I could support 64-bit bit shifts and 64-bit multiply and divide, that would be ideal. Other operations, like addition, are fast enough for the CPU to handle. In 2020, I had an idea of emulating an 8088 on a 6502, but a 65C816 w/ multiplier would be much faster.
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Arm’s new CPUs and GPUs will power 2025 phones, and here’s what to know https://lnkd.in/eCUxxX-C 👇🏾👇🏾Even more curated computing news here👇🏾👇🏾 http://SoundsNerdy.News #arm #semiconductor #cpu #gpu #tech #cortexX925 #computing
Arm’s new CPUs and GPUs will power 2025 phones, and here’s what to know
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Experienced IT Solutions Sales Manager @ ASBIS | Hardware Solutions (servers/data storage/networking/components)
Supermicro X13 SuperBlade review. Popular Use Cases: - Data Analytics - Artificial Intelligence and Machine Learning - High-Performance Computing - Cloud Computing - Networking and Communications and not only Ask ASBIS for yours.
"The introduction of the Supermicro X13 SuperBlade chassis and blades opens a new chapter for the technology with GPU-enabled blades and the integration of the latest Emerald Rapids CPUs and NVIDIA H100 GPUs." --StorageReview Read the full review now: https://hubs.la/Q02lJ5Qg0 #Supermicro #StorageReview #SupermicroX13 #AI StorageReview.com
Supermicro X13 SuperBlade Review: The Do-it-All AI Appliance
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🚀 Let’s talk about ARM The article delves into the world of ARM (Advanced RISC Machines), highlighting its benefits such as simplicity, speed, and energy efficiency. It discusses its evolution, why it's revolutionary, and what the future holds for this architecture. Read the full blog post by Devansh Walia at https://lnkd.in/ePRj6DZu #ARM #TechRevolution #AppleM1 #ChipArchitecture #FutureOfComputing #Codedash
Let’s talk about ARM
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As an official Durabook distributor and service center in Israel, we proudly announce that Durabook Z14I, the fully rugged laptop mode, has undergone significant updates. It now has an updated CPU to the latest Intel® Core™ with an integrated NPU AI engine that supports demanding artificial intelligence (AI) applications in the field. The new Durabook Z14I introduces a powerful and performance-packed AI PC. It features Intel® CoreTM Ultra 5/7 processors with an integrated neural processing unit (NPU) and an optional NVIDIA RTXTM A500 professional GPU, ensuring that the device can handle AI-intensive tasks for professionals in the modern era. NTI Electronics offers you the chance to be the first to hold and field-test the latest Durabook models separately and with our exclusive functional developments and custom / tailor-made add-ons based on Durabook rugged tablets and laptops. #Durabook #Z14I #NPU #AI #Intel #NVIDIA #landsolutions #ruggedsolutions #laptop #customization #controlsystem #Defence #Tech #FutureOfTech #FutureOfDefence #DefenceInnovation #LandSolutions
Durabook Z14I Rugged Laptop G3
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