![]() ![]() Again a problem with the cheap analyzers is they have 0.1" headers on flying leads with maybe one ground return for 8 signals. The most annoying part of using an LA like that is the probe connection. I am glad to see that your product does all that quite well. At bare minimum you should be able to tap a synchronous 32bit bus. No room for bus arbitration/control signals. 16 channels is pretty much useless, since you can't even watch a 16 bit bus with it. The problem with all the crappy low end analyzers like the Saleae and various chinese knockoffs is they are all but useless except for the simplest serial bus stuff. Ended up scoping a few signals and using a FPGA ILA for the rest. I guess I could be considered a professional, this would've been really handy debugging 250MHz PIPE bus for USB3 phys. Anyway, it looks very well built and capable. Anyway, any feedback/suggestions is greatly appreciated. For example, triggering issues with DDR state mode clocks, or differential signalling, or how to remove noise and glitches from trace captures, and so forth. I also plan to add more technical videos on how specific issues are captured and analyzed. Even many professional EEs don't understand features like Transitional Timing or Glitch Triggering. Specifically, hobbyists may be interested in my video on sampling methods. Most of them cover the GoLogicXL software specifically, but a few videos use simple animations to describe basic ideas that apply to all logic analyzers and oscilloscopes. On the other hand, I've just produced and posted a bunch of tutorial videos on YouTube. I may be crazy, but I suspect the maker/hacker crowd has very little interest in GHz sampling rates and sample depths in the hundreds of millions. ![]() I'm very curious: How many professional designers are here at EEVBlog? Can I get opinions from you folks on high-end logic analzyers (and especially mine)? Our tools compete against the super expensive benchtops rather than the lowest-cost tools that get all the web fanfare. We've released a new logic analyzer product, retired our old GoLogic, updated our web site with pretty photos and eye candy, and I wanted to get some feedback on all my hard labor if anyone is willing. Anyway, I'm the engineer who's created all the software and analysis tools for NCI logic analyzers since 1992. I've been looking around the forums and reading the rules, but I didn't see a proper location for product announcements/discussions, so I thought to just roll the dice here in the TestGear category. Please be gentle in case I'm being too pushy. Dmitry Ivanov.Greetings EEVBlog Forum! This is Brian, a newbie with his first post. His practical expertise includes many projects on the application of operations research and process optimization methods for operations design, logistics, scheduling and supply chain optimization.įor questions on educational usage of anyLogistix, contact Dr. Ivanov was engaged in industry and consulting, especially on process optimization in manufacturing and logistics, as well as enterprise resource planning (ERP) systems. For over 15 years, he has taught courses in operations management, production and supply management, logistics, management information systems, and strategic management at undergraduate, master's, PhD and executive MBA levels at universities in Germany, Russia, UK, US and China.īefore he became an academic, Dr. Dmitry Ivanov is professor of Supply Chain Management and Operations at Berlin School of Economics and Law (HWR). Included with the book are the Excel scenarios used in the examples. The book is focused on management issues and uses clear terminology to describe the model development processes. It also discusses how to use these models and their simulation and optimization results to improve management decision-making. It presents simulation and optimization examples by describing how to develop and build models and evaluate KPIs. ![]() This guide groups the content into three parts that correspond to three basic process structures: two-stage, three-stage and four-stage supply chains - as well as supply chain-based risk management. ![]() Readers will focus on management decision analysis and learn to use key performance indicators (KPIs) for operational, customer and financial performance measurement and decision-making. This guide explains how to use anyLogistix to create supply chain models, conduct experiments and analyze the results. Free Supply Chain Textbook Featuring anyLogistixĪnyLogistix is an easy-to-understand tool for students and professionals to address a wide range of supply chain management problems. The interface and some features in the current version of the product may differ. The book uses examples and illustrations based on anyLogistix version 2. ![]()
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