#HardwareDeveloper

[adafruit]

Trinamical stepper breakout with TMC2209

About two weeks ago, we designed a breakout for the A4988

https://blog.adafruit.com/2024/11/11/the-a4988-is-a-classic-stepper-driver-in-a-new-fit/

and we're still waiting for those prototype PCBs, but we're not one to wait, because we think that the idea is a good one…so why not design another version? This time with the Trinamic TMC2209

https://www.digikey.com/en/products/detail/analog-devices-inc-maxim-integrated/TMC2209-LA-T/10232491

This is a similar "Step & Dir" type driver, with a wide motor range of 4.75 – 28 Volts and separate 3~5V IO pin. It has a couple nifty upgrades, though: like a diagnostic error output, index out so you know if you dropped a microstep, OTP config memory, and a half-duplex UART pin that you can use to configure and read stats from the chip. We kept the direction/step LEDs and the current-limit-set potentiometer, changed a few pins around, and voila! What do you think?

[auckam]

At www.auckam.com, we design and engineer cutting-edge robotic systems built for performance, precision, and scale. This image captures the heart of next-gen electronics manufacturing—powered by intelligent automation, real-time data, and advanced CNC-driven robotics. Whether you're building smart devices or industrial systems, we help bring your product vision to life with modern robotics and high-performance electronic design.

[forlinx]

RK3562J Technical Share | First Experience with Bare-Metal Interrupt Nesting in AMP Dual-System Setup

🚀 RK3562J Technical Share | First Experience with Bare-Metal Interrupt Nesting in AMP Dual-System Setup 🚀

We're exploring the powerful capabilities of multicore heterogeneous systems! By properly allocating processor cores and peripheral resources, Rockchip's RK3562J can run both Linux and real-time operating systems (RTOS) simultaneously, meeting system functionality, hardware diversity, and real-time performance demands.

🔍 Key Highlights:

Multicore Heterogeneous System: Supports ARM Cortex-A, Cortex-M, and RISC-V cores, enhancing performance and efficiency.

Interrupt Nesting Mechanism: Ensures timely handling of critical tasks, boosting real-time performance.

Case Study: Successfully validated interrupt priority and preemption using GPIO and timer interrupts.

Want to learn more about the technical details and testing steps? Join the discussion! 💡

[phonemantra-blog]

As the gaming industry continues to thrive globally, Russia eyes the possibility of introducing its gaming console. But what are the prospects, challenges, and potential outcomes of such an endeavor? The Vision: What Could a Russian Gaming Console Offer? The Russian gaming console, slated for a potential 2026 release according to the Organization for the Development of the Video Game Industry, presents an intriguing proposition. However, details remain sparse, leaving questions unanswered about its design, developers, and game offerings. Understanding Modern Gaming Platforms Today's gaming consoles are more than just hardware; they encompass an entire ecosystem of services. Manufacturers like Sony and Microsoft have spent years refining their platforms, integrating hardware with online services to create immersive gaming experiences. Challenges on the Hardware Front While Russia boasts the capability to develop its chips, including central processors like Elbrus and Baikal, production limitations pose a significant hurdle. Without domestic chip manufacturing facilities, reliance on foreign processors becomes inevitable, impacting the feasibility of a wholly Russian hardware platform. Software Considerations: Operating System Dilemma A key decision lies in selecting the operating system for the Russian console. While Microsoft Windows is ubiquitous, Russian alternatives like Alto and Astra, based on the Linux kernel, offer potential but face compatibility challenges with mainstream games. Services: The Role of VK Play In the realm of gaming services, VK Play emerges as a potential cornerstone for a Russian gaming console. Despite its current limitations compared to platforms like Steam, VK Play provides a foundation for future development, offering a marketplace and social features for gamers. Realism Check: Feasibility and Market Positioning While aspirations may soar high, realism dictates a pragmatic assessment of the Russian gaming console's prospects. Competing head-to-head with industry giants like PlayStation and Xbox seems improbable, given the existing challenges in hardware, software, and market dynamics. The Mobile Chip Solution A viable alternative lies in leveraging mobile chip technology for a Russian console. With modern mobile SoCs offering decent performance and energy efficiency, coupled with the potential for cloud gaming services, a mobile-based console presents a more attainable path forward. Frequently Asked Questions: Q: Is Russia capable of developing its gaming console? A: Russia possesses the technical expertise for hardware development, but challenges in chip manufacturing and software compatibility remain significant. Q: What operating system would a Russian gaming console use? A: Likely candidates include Linux-based distributions like Alto and Astra, although compatibility issues with mainstream games may arise. Q: How would a Russian console compete with PlayStation and Xbox? A: Direct competition seems unlikely, but innovative approaches like mobile chip integration and cloud gaming could carve out a unique market niche. Q: What role does VK Play play in the potential Russian gaming console? A: VK Play serves as a foundational gaming service, offering a marketplace and social features, but requires further development to rival established platforms.

[groovy-computers]

Nvidia is reportedly developing a new AI chip for China, aimed at meeting export controls. The B30 could incorporate NVLink, enabling the creation of high-performance clusters. This move highlights Nvidia’s strategic shifts amid ongoing trade restrictions, leveraging advanced GDDR7 memory and multi-GPU scaling capabilities. This development underscores the importance of innovation in AI and high-performance computing, even within regulatory boundaries. It also hints at Nvidia’s focus on supporting Chinese tech giants with tailored solutions, despite export limitations. Are you curious how these chips will influence global AI and supercomputing? Stay tuned for more updates and share your thoughts below! #Nvidia #AIChip #HighPerformanceComputing #GDDR7 #GPUs #TechInnovation #AIClusters #ChineseTech #ExportControls #Supercomputing #TechNews #HardwareDevelopment

[lovelypol]

PCIe Connector Market to Hit $7.2 Billion by 2034 – Growth at 7.5% CAGR

PCI Express (PCIe) Connector Market is set to surge from $3.5 billion in 2024 to $7.2 billion by 2034, growing at a CAGR of approximately 7.5%. As a vital component in high-speed data transfer, PCIe connectors facilitate seamless communication between computer components. This market includes edge, socket, and cable connectors, serving diverse industries such as consumer electronics, data centers, and automotive. The demand for faster data processing and enhanced connectivity solutions is propelling the sector forward, fostering innovations that boost computing performance and efficiency.

To Request Sample Report :https://www.globalinsightservices.com/request-sample/?id=GIS26916 &utm_source=SnehaPatil&utm_medium=Article

The market is experiencing rapid expansion, driven by advancements in data center infrastructure and the escalating need for high-speed connectivity. x16 connectors dominate the segment, widely utilized in graphics cards and high-performance computing devices, while x8 connectors gain momentum due to their cost-performance balance in server and storage applications. North America leads the global market, fueled by major tech companies and continuous computing innovations. Europe follows closely, leveraging a strong automotive sector and widespread adoption of advanced electronic systems. Among individual countries, the United States holds the top position, backed by its technological leadership and swift adoption of cutting-edge solutions, with Germany ranking second due to its robust manufacturing sector and Industry 4.0 investments.

Market Segmentation

Type: Edge Card Connectors, Board-to-Board Connectors

Product: x1, x4, x8, x16

Technology: Surface Mount Technology, Through-Hole Technology

Component: Contacts, Housing

Application: Data Centers, Telecommunications, Consumer Electronics, Automotive, Industrial, Networking

Material Type: Copper Alloy, Plastic

Device: Servers, Storage Systems, Desktops, Laptops

Deployment: On-Premises, Cloud

End User: IT and Telecom, Consumer Electronics, Automotive, Industrial

Functionality: Signal Transmission, Power Transmission

In 2024, the PCIe Connector Market reported a volume of approximately 300 million units, with projections to reach 500 million units by 2028. The x16 connectors segment holds a dominant 45% market share, followed by x8 connectors at 30% and x4 connectors at 25%. This surge is fueled by escalating demand in data centers and high-performance computing applications. Leading industry players include Amphenol Corporation, TE Connectivity, and Molex LLC, all driving innovation through cutting-edge product offerings and strategic collaborations.

#pcie #pciexpress #pcieconnector #datacenters #highspeedconnectivity #techinnovation #cloudcomputing #servertechnology #computingpower #electronicsindustry #consumertech #automotivetechnology #networkinghardware #semiconductorindustry #nextgentech #graphiccards #hardwareengineering #highperformancecomputing #signaltransmission #powertransmission #digitaltransformation #aiinfrastructure #industrialautomation #cloudinfrastructure #smarttechnology #industry40 #dataprocessing #connectivitysolutions #embeddedtechnology #futureofcomputing #circuitdesign #datacenterequipment #cloudservers #computingtrends #electronicsmanufacturing #advancedtechnology #hardwaredevelopment #digitalconnectivity #chipsetdesign #globaltech #techtrends

[tech4app]

Outsourced software hardware development services

At Binary Informatics, we provide top-tier outsourced software and hardware development services to help businesses achieve their technological goals faster and more efficiently. Whether you need custom software solutions, hardware integration, or a combination of both, our experienced team delivers innovative and cost-effective results. With a focus on quality, scalability, and cutting-edge technology, Binary Informatics ensures your projects are completed on time and within budget. Partner with us to access expert development services that transform your ideas into powerful, functional products. Let Binary Informatics be your trusted partner for outsourced software and hardware development services needs.

SoftwareDevelopment #HardwareDevelopment #Outsourcing #BinaryInformatics #TechInnovation #BusinessGrowth #CustomSolutions #DevelopmentServices

[indojob]

#hardwaredeveloper #ictconsulting101 #lowongankerja #indoJOB2020 #IndoJOBdotcodotid #indoJOB #lowkerIT #lowker2020 #itjobs #karir Lowongan Kerja mobile developer Check di indojob.co.id (at Jakarta, Indonesia) https://www.instagram.com/p/B9HKkL6nnog/?igshid=tvgnph7t0j0b

[inkyy-design]

Software and Hardware Development Website Design by Inkyy

[0trez3-blog]

Awesome velotrol hacking for making the child's joy 😇 #atmega #toyhacking #diytoy #arduino #hardwaredeveloper #diybrasil #homemadetoys (em Santos, Sao Paulo, Brazil) https://www.instagram.com/p/BuLFZZKBGuH1WGRWZK7TXAzgpdu_eONzEEpGxU0/?utm_source=ig_tumblr_share&igshid=1rxc6mtnego0e

[adafruit]

Espressif programmer test success! 💻✨🔧

While developing boards, there are oftentimes we want to program ESP chips without going through the onboard USB port; this adapter will help us (and others) do that! It has a CP2102N USB-serial chip

https://www.digikey.com/short/bm7n3p5z

...with RX/TX signal LEDs and two transistors wired up to the DTR/RTS line for the 'esptool standard' reset procedure technique. The output IO, plus a 3.3V 500mA regulated output, is available on a socket header, so you can plug wires in for quick programming and debugging. You can use this for everything from an ESP8266 up to the ESP32-P4! Here, we are testing it with a HUZZAH ESP8266 breakout board

...one of our first Espressif chipset products.

[auckam]

Step inside a real-world electronics lab where high-performance PCB design and embedded systems come to life. At Auckam Technologies, we build precision-driven hardware and firmware solutions tailored for industrial, healthcare, and aerospace applications. Whether you're prototyping, testing, or scaling your next smart product, we help bring your vision into reality—under one roof.

Explore custom electronics engineering at 👉 www.auckam.com

[forlinx]

MIPI-CSI Debugging for RK3576 Processor — Channel Analysis

#HowTo #Debug #MIPICSI for RK3576 Processor

Forlinx OK3576C SBC supports up to five camera inputs simultaneously via 5 x CSI-2 interfaces, so how to configure camera interfaces, whether it's for a single input or all five? Check out our latest blog to get the full instructions.

Learn Now:

[storysparked]

With the busy holiday season winding down, we’re beginning to feel some semblance of balance returning. Definitely looking forward to some time to reflect and plan for what lies ahead. ⚡️ How about you? ☯️ - - - #yinyang #balanceandharmony #artandtech #artandtechnology #techyeah #techentrepreneur #creativeentrepreneur #creativeentrepreneurs #entrepreneurlife #techstartup #zenlife #timetomeditate #yogatime #techgeek #gadgetgeek #softwareengineer #softwareengineering #softwaredevelopers #graphicdesigners #workhardplayhard #workaholics #techlover #hardwaredeveloper #mechanicalengineer #mechanicaldesign #informationtechnology #itconsultant #itdepartment #itdevelopment #yinyangart https://instagr.am/p/CXt7c35PD3u/

[skidatacom-blog]

[stellenanzeiger]

Hardwaredevelopment Engineer

http://dlvr.it/RXZGdL