Blue Cheetah Analog Design, Inc.的动态

?? Advancing Multi-Channel Data Management with Tediel Technology ?? We're excited to announce a breakthrough in multi-channel #data #management from a freshly published paper on IEEE Transactions on Circuits and Systems I: Regular Papers! Using #histogramming for real-time big data analysis is vital across industries like #biology, #chemistry, and #medicalimaging. While general-purpose processors lack high-performance parallel computing, a hybrid spatial/temporal histogram generator, using #FPGA and #DDR memory, bridges this gap efficiently. The solution, validated on a AMD Xilinx Artix-7 FPGA, handles up to 128 channels with minimal power consumption. Check the full paper here: https://lnkd.in/dYTJGZ3R #Innovation #BigData #FPGA #Technology #Research #Industry

?? Exciting Research Update! ?? I'm thrilled to share that I'm currently working on an innovative project leveraging the power of Xilinx FPGA and DDR4 memory modules to achieve high-speed data transfer rates, potentially surpassing HBM chip performance. This research aims to provide a cost-effective solution to address the memory bandwidth bottleneck in AI applications. By optimizing the system architecture and data transfer strategies, we are targeting a bandwidth of up to 1TB/s! ???? Stay tuned for more updates as we continue to push the boundaries of technology! #AI #FPGA #HighPerformanceComputing #TechInnovation #Research

If you watched our recent LinkedIn Live, you'll have heard us discuss the advantages of FPGA-based AI with our panel of experts - including Critical Link LLC. So here's a quick demo showing how our Agilex? FPGAs are helping Critical achieve best-in-class low latency results. Oh...and if you missed our LinkedIn Live, you can watch the recording here: https://lnkd.in/g_3nuuur

Future-Proof Your Compute: The FPGA Advantage ?? In a world where data and compute demands grow exponentially, FPGAs are becoming the heroes in high-performance computing. VMAccel is at the forefront, offering FPGA-as-a-service to revolutionize your computational tasks. Whether it's for AI, finance, or biotech, prepare to exceed benchmarks with our state-of-the-art FPGA technology. #HighPerformanceComputing #FPGA #TechInnovation

The electronics industry is all about #optimization - cramming more and more functionality into a single chip. For example, in 2012, the industry saw its first #SoC #FPGA - an SoC with a hard processor core working alongside traditional FPGA fabric. Since then, devices have been getting increasingly complex; with AMD’s Versal Adaptive Compute Acceleration Platform (ACAP), announced in 2022, building on the capabilities of the company’s popular Zynq 7000 and MPSoC families. #Versal ACAP introduces a programmable network on chip (NoC) and three dedicated groups of engines: scalar engines, adaptable engines, and AI engines (AIE - a combination or AI/ML and signal processing chipsets for functions and workloads that need vector processing, domain-specific parallel processing, and high compute efficiency). It’s an impressive device. And large too when you consider that one of the devices in the Premium series (the V1902) has 8.4 million look-up tables (LUTs) and 18.5 million system logic cells. However, just because we have a target with plenty of space for software to run and for functionality to be described at the register transfer level (RTL) our designs still need to be optimized for performance and power. They also need to be thoroughly verified and in our latest blog post ‘Versal ACAP Simulation Challenges’ we explain how. https://lnkd.in/dGnmgkfm. Also, through the blog post, you can access a recording of a webinar we gave on the same subject. Follow us and be sure not to miss out on notifications on other webinars, product launch news and tool tips. #AMD #RivieraPRO #XilinxFPGA #AMDFPGA #EDA #rtldesign #QEMU #FPGASoC #FPGAsimulation #fpgaverification #XilinxFPGA #AMDFPGA

?? Power Your Projects Now with Xilinx's XA6SLX100-2FGG484Q FPGA! ?? ? Unlock Immediate Innovation: XA6SLX100-2FGG484Q: Revolutionize your projects with Xilinx's FPGA, available in our stock for immediate deployment. ? Key Features: ?? Versatile Applications: From signal processing to machine learning, XA6SLX100-2FGG484Q empowers a diverse range of applications. ?? Dual-core Processing: Equipped with a Dual-core ARM Cortex-A9 processor, it delivers unparalleled performance. ? Innovation Catalyst: Ideal for groundbreaking innovations, XA6SLX100-2FGG484Q is your gateway to cutting-edge technology. ?? Why Choose XA6SLX100-2FGG484Q from Us? ?? Immediate Stock Availability: Power up your projects without delay - we have XA6SLX100-2FGG484Q in stock! ?? Competitive Pricing: Experience top-tier technology without breaking the bank. ??? Authenticity Assurance: Our components are genuine, and their origin is traceable for your peace of mind. ?? Transparent Supply Chain: Trace the origin of every XA6SLX100-2FGG484Q with our transparent supply chain. ?? Ready to Elevate Your Innovations? Connect with us now to secure your immediate stock of XA6SLX100-2FGG484Q. Trust in our authentic components to power your projects. #Xilinx #FPGA #TechInnovation #ImmediateStock #AuthenticComponents #FPGA #ElectronicComponents #TechInnovation #ImmediateStock #Xilinx #TechDeals #TechSolutions #InnovationHub #TechProjects #SignalProcessing #MachineLearning #CompetitivePrices #QualityAssurance #TechInventory #CuttingEdgeTechnology

Learn how to maximize your AI compatibility via flexible pre- and post-processing with Jayson Bethurem of Flex Logix Technologies, Inc. at the 2024 Embedded Vision Summit. At a time when IC fabrication costs are skyrocketing and applications have increased in complexity, it is important to minimize design risks and maximize flexibility. Jayson will show us how embedding FPGA technology can solve these problems—expanding your market access by enabling more external interfaces, accelerating your compute envelope and increasing data security. Use code SUMMIT24-EB-S for 15% off your pass: https://lnkd.in/gznyU7hA

?? Exploring the Power of XC7Z015-2CLG485I! ?? Discover the advanced capabilities of the XC7Z015-2CLG485I, a powerful FPGA device that combines high performance with versatile applications. Whether you're working on complex data processing or innovative AI solutions, this device has got you covered! ?? #FPGA #TechInnovation #EmbeddedSystems

Trailblazing #AI and FPGA Innovations: Key Use Cases [Part-I] Advances in the FPGA Market At the event, Sandra Rivera, Altera CEO, discussed the company’s rebirth in the aftermath of its spin-off from Intel and customer-centric innovations in the FPGA market, particularly integrating AI technologies to revolutionize these programmable solutions. These devices are celebrated for their versatility and efficiency, providing crucial infrastructure in sectors such as industrial systems for quality control, automotive for sensor fusion, and telecommunications for 5G deployments. The keynote emphasized the FPGA's role in enabling rapid, cost-effective, and efficient processing solutions that are redefining industry standards and operational expectations. Sandra introduced several innovations, including the Agilex? 5 SoC FPGA, which has twice the performance per watt over competing 7nm FPGAs [Source: https://bit.ly/447aR0P ], underscoring the commitment of Altera to lead with cutting-edge technology. This new product incorporates AI directly into the FPGA fabric, simplifying the integration of AI functionalities into customer projects. The use of Altera’s software tools, Quartus? Prime Pro and the FPGA AI Suite enables customers to easily upgrade their systems with AI capabilities, effectively maintaining competitiveness with plug-and-play solutions that enhance operational efficiency and reduce latency in critical applications. The reprogrammable nature of FPGAs offers a significant advantage, as it allows for continual updates and adaptations to meet evolving standards and requirements without the need to overhaul existing hardware. This capability not only extends the lifecycle of the technology but also ensures compatibility with future innovations, providing a sustainable and cost-effective solution for industries looking to leverage the high-performance and low-latency benefits of FPGAs. FPGAs have quickly become a cornerstone technology that will propel the tech industry forward, particularly in the era of AI and machine learning, where dynamic and flexible solutions are paramount. To discover more about the FPGA market and use cases, read the entire article https://bit.ly/4dP1Ttk by Ronald van Loon | #AlteraAmbassador Altera #WeAreAltera #AcceleratingInnovators #LeapIntoTheFuture #FPGA #Agilex #AlteraAtEmbeddedWorld #EW24 #Embeddedworld Cc: Kevin O'Donovan | Harold Sinnott | Glen D Gilmore | Franco Ronconi

Here is a simple simulation to prove that a Multiplexer (MUX) can do multiply-accumulate (MAC) operations in Stochastic Computing (SC). Don't be fooled by the number of clock cycles to complete the computation, the circuit simplicity could be a huge hint: - MUX is one of the simplest and the most scalable electronic components. Imagine the computing power with billions of MUXes in a single chip. The potential for Exa-scale computing on a single chip is no joke. - SC can do progressive precision, stopping computing at 128 clocks or less if the outcomes are satisfactory, challenging the concept of high-performance computing. - SC supports in-memory computing, fitting an entire AI model in a single FPGA hardware is possible. - SC is resilient to noise since it is driven by randomness, allowing smaller transistors to be implemented on ASIC.