ReNu Technologies on LinkedIn: #renu #renu_tech #renu_technologies #history #computing_history #sgi… (2024)

How the Raspberry Pi Works is a colourful guide packed with stunning graphics that brings to life the inside of a Raspberry Pi.How the Raspberry Pi Works introduces the main processes of a working Raspberry Pi. The book is a great introduction to the inner workings of a Raspberry Pi. Students or hobbyists can see what is going on inside a Raspberry Pi.This book delves into the operation of the computers key components. The computers processes are described in short form.Great for understanding the Raspberry Pi computer architecture, in easy to understand, step by step descriptions.This book covers the Raspberry PiSoC, CPU ,Ports, Local Memory,SDIO MemoryGPIO, Graphics and Memory Ports, RCA and HDMI (Video), CSI, DSI, USB and Ethernet.#raspberrypi #Computerscience #computing #edtech #k12 #ks3#Books

Last week, I visited #EW24 and got my hand on ADLINK Technology's new ultra-compact SMARC module, the LEC-IMX95, which also received an embedded world 2024 Best in Show Honorable Mention.This bootable SMARC module is ideal for #Edge computing and Edge #AI applications with an efficient six-core #NXP i.MX95 CPU, powerful Arm Mali G310 3D graphics, integrated ISP, VPU, and eIQ NPU. And all of it under just 10 watt power envelope. The LEC-IMX95 is perfect for any 24/7 industrial deployment with longevity until 2040 and with optional extended temperature (-40..+85'C), and Data Respons Solutions already foresee many applications where we can design custom systems around this new SMARC. The Smart Mobility ARChitecture (SMARC) is a versatile small form factor managed by the Standardization Group for Embedded Technologies e.V. (SGET e.V.)

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IMO, #AMD seems to step aside from the competitive dynamics in IoT, mini robotics, and edge computing, where #Qualcomm, with its impending RB6 platform, and #MediaTek, are the reigning contenders. Instead, AMD focuses more on narrower sectors requiring heavier SoC integration and processing power, like industrial AI automation and visual machine processing, with its Ryzen 8000 series: powerful processors rather than lower-power efficient ones.

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First AMD Embedded SoC to integrate high-performance Zen4 CPU, Radeon Graphics and XDNA NPU for AI.#AMD #Embedded #AI

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Get ready for a leap in CPU technology! AMD's upcoming Zen6 client CPUs, codenamed 'Medusa,' are rumored to integrate RDNA5 graphics for groundbreaking performance. While Zen5 sets the stage with its RDNA2 iGPU, Zen6 is expected to skip RDNA4 entirely, jumping straight to RDNA5.This could mean one of the chiplets will feature an RDNA5 tile, hinting at a significant boost in integrated GPU capabilities. Plus, with the innovative 2.5D interconnects, we're looking at a potential increase in bandwidth speed between chiplets.Stay tuned for more on this game-changing architecture that might arrive with a smaller process node around 2025/2026.#AMD #Zen6 #AMDZen6 #CPU #CPURevolution #NextGenGraphics

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In our most recent Aryabhatta lecture, we learned about how computer components communicate at lightning speed. PCIe is the magic behind it! PCIe facilitates high-speed data transfer between the CPU, GPU, and other peripherals, powering seamless gaming, video editing, and more.PCIe offers blazing-fast data transfer rates, crucial for today's demanding computing tasks. Its point-to-point topology reduces latency and increases bandwidth, enhancing overall system performance. PCIe adapts to diverse performance needs with different lane configurations, from basic peripherals to powerhouse GPUs. PCIe devices support hot-swapping, minimizing system downtime for upgrades. And, you can upgrade gradually with PCIe's backward compatibility, integrating new tech seamlessly.It's an exciting journey delving into the backbone of modern computing!#aryabhattalecture #moderncomputing #learningexperience #hardware #hardwaredesign #highspeed #PCle #cpu #gpu #techtalk Alok Kuchlous | Vishwanath Ananthakrishnan | Priya Ananthakrishnan | Bhupesh J Bharde | Anoop Oruvingal | Shyam Sundaramoorthy | Manoj Goel | Prateek Singla | Charan Chowdary | Shailesh Jadhav, ACC (ICF), CPTP | Mayank Varshney | Nidhi Sahay

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The #PCIe standard (Peripheral Component Interconnect express) has continually improved since its inception in 2003. Data-intensive applications and devices require high-speed communication, and PCIe has provided the connection.PCIe works with various device sizes, allowing ultra-compact edge devices and rugged fanless computers to internalize high-speed communication or graphics processing. When connecting external devices, #USBC has opened the doors to a wide variety of options. #CoastIPC combines these two interfaces to illustrate the new world of high-performance connectivity.https://lnkd.in/eahrthHc#Build #EdgeComputing #EdgeDevices #FanlessComputers #IIoT #IndustrialComputers #IndustrialPCs #RuggedComputers

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#IntelCoreUltra CPUs are here! Learn about the new laptops powered by Intel's most AI-capable and power-efficient client processor. #StartsWithIntel #IAmIntel

#IntelCoreUltra CPUs are here! Learn about the new laptops powered by Intel's most AI-capable and power-efficient client processor. #StartsWithIntel #IAmIntel

#IntelCoreUltra CPUs are here! Learn about the new laptops powered by Intel's most AI-capable and power-efficient client processor. #StartsWithIntel #IAmIntel