Startup Funding: November 2023


November was a banner month for quantum computing startups, with two raising rounds of $100 million for their superconducting and silicon spin qubit technology. Another significant round went to a company developing photonic-based systems. Several other companies drew funding, including one applying quantum sensors to semiconductor inspection. Sizeable funding also went to an autonomous tran... » read more

While VAR Impacts Soccer, The IoT Impacts The World


While the 2022 FIFA World Cup was in full swing and all the excitement was on the players giving their utmost out on the field — black Technology throughout the global IoT industry was stirring up heated debates. Be it Croatian players sending the ball slightly offside or Japanese players hanging it over the line, VAR seems to have played an integral role in last year's World Cup. Technolo... » read more

How The Productivity Advantages Of High-Level Synthesis Can Improve IP Design, Verification, And Reuse


Engineering teams are under more pressure than ever before—systems on chip (SoCs) are growing more complex and design schedules are increasingly tighter. With its productivity advantages, high-level synthesis (HLS) has long been touted as part of the solution, but its sweet spot has traditionally been limited to datapath-centric blocks. Moreover, design productivity is only one part of ... » read more

Cut Power + Cost 5 – 10x: Integrate FPGA In Your SoC


FPGA chips are high cost devices with a high profit margin for the manufacturer: this goes away when you integrate. FPGA packages are large and expensive because of the large number of very high speed signals that require expensive signal integrity design and packaging layers. When you integrate this goes away. And you save the board area the FPGA package took; and eliminate expensive voltage r... » read more

Simplifying the Connected Future: Navigating Complexity In The IoT Landscape


Smart home devices, appliances, ear buds, personal medical devices, smart energy meters, POS machines, asset, and fitness trackers, … Whatever device you can think of that makes our lives more convenient, safer and more enjoyable, in today’s world it’s likely to be connected, often wirelessly. Almost everywhere, connectivity is no longer an extra, it’s expected. And expectations are gro... » read more

How To Meet The IoT Security Requirements Of Today And Tomorrow


Governments around the world are creating Internet of Things (IoT) security legislation and regulations designed to keep users safe in an increasingly connected world. Connectivity is good and, in fact, great but bad things can happen to people with unprotected or poorly protected IoT devices. Failing to meet government regulations or guidelines may lead to the inability to sell products in a r... » read more

Post-Quantum Cryptography/PQC: New Algorithms For A New Era


Quantum computing is being pursued across industry, government and academia globally with tremendous energy, and powerful quantum computers will become a reality in the not-so-distant future. To ensure today’s data remains protected into the future, we need to implement now security solutions that safeguard against quantum attacks. Click here to read more. » read more

Autonomous Vehicles: Not Ready Yet


The swirl of activity around L4 and L5 vehicles has yet to result in a successful demonstration of an autonomous vehicle that can navigate the streets of a city or highway without incident, and there is a growing body of real-world data showing that much work still needs to be done. Robo-taxi trials in big cities such as San Francisco, Los Angeles, and soon San Diego, are proving that autono... » read more

DRAM Choices Are Suddenly Much More Complicated


Chipmakers are beginning to incorporate multiple types and flavors of DRAM in the same advanced package, setting the stage for increasingly distributed memory but significantly more complex designs. Despite years of predictions that DRAM would be replaced by other types of memory, it remains an essential component in nearly all computing. Rather than fading away, its footprint is increasing,... » read more

Designing Chips For Outer Space


If designing chips in cars sounds difficult, try designing them for space. There are huge temperature swings, and more radioactive particles than on Earth, which can cause single-event upsets, transients, functional interrupts, and latch-ups. A destructive latch-up can ruin a device, and in space that could transform an expensive piece of hardware into space junk. Ian Land, senior director for ... » read more

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