Michael Cook

Join presenter Thomas Stüber on June 4 to learn what an eye diagram describes about the CAN physical layer signal, and how to use simple CAN eye diagram tools to debug problems with CAN signaling. Register here: https://lcry.us/44I5yVG #CANbus #CAN #SignalIntegrity #Debugging

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Erich Styger has demonstrated exactly what you need to consider when optimizing an embedded project for power consumption — walking through features that drop a simple Arm Cortex-M0+ project from 2,390nWh to just 70nWh per cycle.

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You tend to learn some things when you're a key contributor to 3GPP's Release 18 specification work. Bell Labs Fellow Antti Toskala details the lessons learned for future releases in this blog, including: 💡 Why the quality of this release is higher than ever before.  💡 Toward the 6G era, a different approach is required for features.  💡 Sometimes, we do not always need to reinvent the wheel. Read it here ➡️ https://nokia.ly/4cEoHLI - #5GAdvanced #3GPP #Standards

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Get the new White paper Advanced eye diagram analysis Eye diagram analysis is vital to debugging high-speed interfaces and assessing data transmission quality. While traditional methods still have significant value, they also have several weaknesses with less accurate or less detailed analysis of signal quality. "Live eye" with an edge trigger provides a first glance but cannot capture non-transitional bits. Continued bit streams with a software CDR requires much more data and time consuming postprocessing. The new approach from Rohde & Schwarz utilizes a configurable hardware CDR for both a true "live eye" view of a signal, while also allowing for continued bit stream analysis by applying the timing information from the hardware CDR for the bit slicing, offering not only the fastest approach to high statistical confidence, but also a more in-depth analysis. Get it here: http://ms.spr.ly/6047YsaDS

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The NPU is a low power, energy efficient processor engine that elevates the game of AI model deployment on your local machine. Benjamin Consolvo, AI Engineering Manager at #Intel, discusses the new Intel® NPU Acceleration Library and how its enabling large multimodal models (LMMs) in this Hugging Face blog. https://intel.ly/3S42OwR #GenAI

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Simplify your RF/microwave designs with Abracon's NEW 2-Way Power Dividers! These passive components can split a single input signal into two outputs or combine two inputs into one. Abracon's power dividers are designed to save space on PCBs and maximize efficiency when powering multiple components. Learn more: https://bit.ly/4dDfP9Y #Abracon #RF #Microwave #PowerDividers

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1) making decisions based on #FirstPrinciples, 2) How Jensen Huang realized that #GPU holds the key to #AI and #AcceleratedComputing - schematic for #software, 3)question your own beliefs and assumptions

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📣 #ZWave Members we want to hear from you. Take 5 minutes to fill out a quick survey to help guide Z-Wave silicon developers, tools suppliers, and the Z-Wave Alliance itself to prioritize where to apply their resources. https://bit.ly/3VQcnBO

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Shedding light on 12 photonics and edge companies you need to know about If you're running large data centers or connecting dispersed locations with high-bandwidth connections, photonics are going to be increasingly important.   https://sdx.io/ECEB

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Supermicro introduces the game-changing X14 platform, powered by Intel Xeon 6 processors! 🚀 With up to 288 cores per CPU and 136 lanes of PCIe, it's a powerhouse for your most demanding workloads. Plus, its shared base architecture ensures seamless portability. Experience up to 2.7x better performance for 5G core tasks and an impressive 83% increase in memory bandwidth vs previous generations. Supermicro's JumpStart program also offers remote access to one of the top-end X14 systems to validate, test, and benchmark your own workloads with a few simple steps. Please reach out to the team at Server Factory if this could be of interest to you! 🌐 https://lnkd.in/eRGmchBV ✉️ sales@serverfactory.com 📞 +44 (0)20 3432 5270 #ServerFactory #Supermicro #X14 #Xeon6 #Intel #Datacentre #Enterprise #5G #HPC #BigData #AI #DDR5 #PCI5

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The B479KB0S from Knowles is a Bandpass Filter with a passband from 47.2 to 48.2 GHz and a center frequency of 47.9 GHz. It has a passband insertion loss of less than 4.25 dB with out-of-band rejection of more than 40 dB (low-side) and 20 dB (high-side). https://lnkd.in/du6Z7--G

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When you partner with great innovators like Seeed Studio, great things happen. This is the XIAO ESP32C6, built on two 32-bit RISC-V processors, with a high-performance processor running up to 160 MHz, and a low-power 32-bit RISC-V processor, which can be clocked up to 20 MHz. With 512KB SRAM and 4 MB Flash on the chip, allowing for more programming space, and bringing more possibilities to the IoT control scenarios. Features: 📶 Multi-Protocol Connectivity: Wi-Fi 6, Bluetooth 5, and 802.15.4 for Thread & Zigbee. 🔒 ESP32-C6 for secure boot, encryption, and TEE. 📡 Built-in antenna with 80m reach, plus external UFL option. 💤 Efficient Power Modes: Four modes, as low as 15 μA in deep sleep. 🧠 Dual RISC-V CPUs: High-performance up to 160 MHz, energy-saving up to 20 MHz. 👕 Thumb-sized 21 x 17.5mm, ideal for wearables and tight spaces. 🏠 Enables Matter-compliant smart home interoperability. Use it in your next project at the link in the comments. #pcb #electricalengineering #electronics #seeedstudio #xiao

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NEW RFP: Improvements to compiler codegen is one of the most impactful areas that RISE can help the RISC-V ecosystem. Currently RISC-V compilers need significant improvements relative to other architectures and broad and large gains can be made. RISE is excited to fund a comparison of codegen vs arm64 and use that to drive specific improvements into GCC. Submit an RFP: https://hubs.la/Q02ygQbx0 #rise #opensource

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Discover how easy it is to use the SmartWave API for evaluating an inertial measurement unit (IMU) - Read our latest blog post to get all the details. See: https://lnkd.in/eVJnmg_X #embedded #embeddedsystems #semiconductor #I2C #SPI #semify #SmartWave

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Today's #TechTuesday is from our own engineer, Rafi Hershtig! 5G Spectrum Monitoring is demanding DC to 67GHz products. In response to 5G ATE Harmonics monitoring, K&L Microwave developed and shipped to prime customer it's latest version of SPCL-00808, wide band High-Pass / Low-Pass Diplexer capable to span from DC to 67GHz. The Low-Pass filter covers DC to 5.5GHz and rejects more than -50dB from 7GHz to 67GHz. The High-Pass Filter exhibits a 3dBc cutoff frequency at 8 GHz and covers up to 67GHz with -2dB loss typical, while rejecting by -50dB from DC to 5.5GHz, plot is attached below. The design exploits several technologies and was simulated by CST 3D and Sonnet software to fine tune and guarantee a mode free environment. Extra efforts were paid launching into the 1.85mm connectors providing input VSWR of 1.4:1 over the Low-Pass band and 2:1 over the High-Pass band. Overall, excellent agreement was found between simulated and measured data. With the power handling of 2W, this unit is placed before and after the DUT, such that the carriers are injected in the DC-5.5GHz and their respective harmonics are monitored in the 8-67GHz band. Connect with an Engineer at https://ow.ly/2UtL50RgCeT

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Unlocking the full potential of trillion parameter #LLMs needs an integrated hardware and software platform. Learn how NVIDIA Grace Blackwell, TensorRT-LLM, and Triton accelerate trillion-parameter LLMs by up to 30x compared to previous generations. #DataCenter

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Low latency Chiplet connectivity is a game-changer for AI/ML workloads across various sectors including Industrial, Enterprise, and Aerospace & Defense. #industrial #MachineLearning #ML #defense

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100% Authorized and Guaranteed Support for Analog Devices' DSPs ✔️ https://hubs.la/Q02BbmWy0 DSPs excel in processing analog signal data in the digital domain and are widely used in various data-driven applications. For continued support, Rochester offers 177 part-number options in the ADSP-2100 family, including several Rochester-manufactured versions developed with full support from Analog Devices. Additionally, there are 200 options for the SHARC and Blackfin DSPs, as well as smaller selections of Quad SHARC and TigerSHARC devices. 💯% authorized, traceable, certified, and guaranteed. Discover Rochester's Analog Devices' DSP offering ⬇️ https://hubs.la/Q02BbmWy0 #RochesterElectronics #RochesterElectronicsUS #AnalogDevices #DSPs #semiconductor #authorizedsemiconductors #semiconductors

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Great update about ultra-high density pcb semi-additive process

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