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Three Key Takeaways from the First Annual Chiplet Summit– Nick Ilyadis,Senior Director of Product PlanningChiplet technology is seeing a meteoric rise in our industry. Given the economics of manufacturing chips with increasing capabilities, chiplets are the obvious next step — and the industry is ready. |
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Speedcore eFPGAs as a Risk Mitigator– Alok Sanghavi,Sr. Marketing ManagerSystem architects and program managers worry about how to mitigate risk when developing an SoC. Risk can present itself in many forms, but it is most commonly the result of ill-defined and changing standards as well as the need to future-proof designs. |
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Speedcore eFPGAs are an Enabling Technology for 360° Surround-view Systems– Alok Sanghavi,Sr. Marketing ManagerNext-generation video applications such as surveillance, object detection, motion analysis now rely on 360° embedded vision. In these systems, multiple real-time camera streams (up to six) are processed together frame by frame, with each frame corrected for distortion and other image artifacts, adjusted for exposure and white balance, and then stitched together dynamically into a single 360° panoramic view, then output at 4K 60 fps and ultimately projected on a spherical coordinate space. |
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Speedcore eFPGA Enable Increased Security in Networks Solution on the Edge– Alok Sanghavi,Sr. Marketing ManagerNext-generation networking solutions are pushing processing out of the cloud and towards the network’s edge. At the same time, processing structures architected around programmable logic provide the ability to make computing much more data-centric. Programmable logic makes it possible to construct data pipelines versus traditional processors demand for data to be fed to their pipelines through a complex hierarchy of memory caches. |
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Next-Generation AI Hardware needs to be Flexible and Programmable– Steve Mensor,Vice President, MarketingArtificial intelligence (AI) is reshaping the way the world works, opening up countless opportunities in commercial and industrial systems. Applications span diverse markets such as autonomous driving, medical diagnostics, home appliances, industrial automation, adaptive websites and financial analytics. Even the communications infrastructure linking these systems together is moving towards automated self-repair and optimization. |
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My Path to Achronix Applications Engineering– Katie Purcell,Senior Staff Applications EngineerGrowing up in Virginia, I never thought I would become an engineer. Not that I didn’t want to be an engineer — the thought just never crossed my mind. As a kid, I spent most of my free time pursuing various arts. I loved music, learning to play the flute, piccolo, and later the electric bass, on top of spending many years studying classical ballet. And it may not be considered art, but I also loved baking; the process of perfecting old recipes and the creativity of coming up with new ones. |
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Moving Machine Learning off the Cloud Calls for eFPGAs– Alok Sanghavi,Sr. Marketing ManagerArtificial intelligence is reshaping the world we live in and opening opportunities in commercial and industrial systems applications that range from autonomous driving and medical diagnostics to home appliances, industrial automation, adaptive websites and financial analytics. Next up is the communications infrastructure that links systems together, moving toward automated self-repair and optimization. For example, the U.S. |
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Mine Cryptocurrencies Sooner Part 3– Raymond Nijssen,Vice President and Chief TechnologistNew, post-Bitcoin cryptocurrencies have been developed with ASIC resistance to level the competitive playing field for cryptocurrency miners, as discussed in parts 1 and 2 of this blog. ASIC resistance was developed to counteract monopolization of cryptocurrencies by the few entities that can afford to build ASIC solutions, as has happened with Bitcoin. However, ASIC resistance does not ensure the necessary scarcity of a cryptocurrency. |
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Mine Cryptocurrencies Sooner Part 2– Raymond Nijssen,Vice President and Chief TechnologistBitcoin has lost much of its allure due to the concentration of control of the world’s Bitcoin mining resources by a few players in a few locations, as discussed in Part 1 of this blog. In response, the larger, global cryptocurrency community has started to develop alternative cryptocurrencies based on lessons learned from the Bitcoin experience. |
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Mine Cryptocurrencies Sooner Part 1– Raymond Nijssen,Vice President, MarketingCryptocurrency mining is the process of computing a new cryptocurrency unit based on all the previously found ones. The concept of cryptocurrency is nearly universally recognized by the publicity of the original cryptocurrency, Bitcoin. Cryptocurrencies were supposed to be a broadly democratic currency vehicle not controlled by any one entity, such as banks, governments, or small groups of companies. Much of a cryptocurrency’s acceptance and trustworthiness is based on that proposition. However, with Bitcoin, that is not how it unfolded. |
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