Semiconductor knowledge is scattered across trade press, vendor sites, group chats and paywalled reports. We are bringing it into one place, so you can find the right company, the right role, the right person and a straight answer without ten tabs open.
Follow a chip from planning and concept to end of life. Every lifecycle on the Hub is placed in 11 generic phases, and each stage sets out the work, the disciplines involved, the gates that check it and the work products handed over.
Each phase counts the stages placed in it across every lifecycle; a stage can sit in more than one phase.
One place to find the companies, roles, news, research and people that make chips, from design and IP to manufacturing, packaging and test. Today that knowledge is scattered across vendor sites, job boards, feeds and private networks. The Hub brings it together, sourced and kept current.
A fragmented industry loses time finding itself. The Hub removes that cost.
A directory of the companies across the value chain, from design and IP to fabs, equipment, materials, packaging and test, with profiles you can check and companies can claim.
Open roles, talent and mentors in one place, so a hiring team and a specialist can find each other without a recruiter in the middle.
Sourced, cited news and research written or vetted by an editorial team, with every claim linked to where it came from.
Reading paths, courses and a community of working engineers, founders and students, organized around real skills and real roles.
Suppliers, vendors and design services to source from, and buyers to sell to, with requests for quotes that start from a profile you can verify.
Investors, funding programs, standards bodies and policy moves tracked alongside the companies they affect.
Three easy steps, and the first one needs no account.
Browse companies, news and jobs without an account. If it is not useful, you have lost nothing.
Open the directory →It is free. Tell us whether you are an engineer, a founder, a student or a company, and the Hub starts showing you what matters to you.
Create your account →Ask a question, claim your company's page, post a role or apply for one. Start small and see where it leads.
See how to get started →Every group gets its own starting page, built around what you came to do.
Stop scrolling generic job boards. Find roles, people and answers built for your discipline.
Get discovered by the engineers, buyers and peers already building here.
See the funding activity and market signal other investors miss.
Turn your first internship into a career, with a community that opens doors.
Find your first investors, suppliers and customers before your competitors do.
Connect your research to the industry building on it, and your students to their first roles.
Track the value chain, funding and market shifts shaping semiconductor policy as they happen.
Making something with the industry's parts? Start from what others learned, and find the people who used the same ones.
Be found by the right buyer, answer requests for quotes and show a credible profile.
Find qualified suppliers, post and compare requests for quotes, and find open tenders.
Choose and track chips and suppliers, and understand what your market asks of them.
Citable, dated data and sources, verifiable company facts, and calendars of disclosures and events.
Joining is free and takes a couple of minutes. The Hub is in limited live from October 20, 2026: until the end of December 2026 an admin approves every new registration, and members-only pages open for you once yours is approved.
An annual review of the industry, chapter by chapter, built on the Hub's live data with every third-party fact cited and every chapter audited by practitioners.
There are 25 founding places. They are numbered and never reissued once full. Here is how a company gets one.
Two routes were built for people with no track record yet, so you are not cold-applying into a pile of hundreds.
Pick the group that sounds most like you. Each one has its own starting page.
(opens in a new tab)A six-minute tour of the Hub: chip lifecycles, 98 engineering tools, the glossary, news, Workforce Watch, jobs, companies and membership.
Watch on YouTube (opens in a new tab)Every area of the Hub, grouped the same way as the menu.
Nine areas, each one linking straight into the real pages.
Your buyers are already searching.
Be in the results.
Engineers and procurement teams use the directory to shortlist suppliers by segment, process node, and geography. A claimed profile puts you in front of them.



Taipei, Nov. 14 (CNA) Taiwan Semiconductor Manufacturing Co. (TSMC) received a combined NT$167.586 billion (US$5.10 billion) in subsidies from the governments of the United States, Japan, Germany and China in the first nine months of this year to support its operations in the four markets.
Infineon’s Adam White on 800 VDC progress, DC protection hurdles, Dresden’s ramp, and 300-mm GaN and SiC. The post Electronica 2026: Infineon’s Adam White on 800 VDC, Dresden, and 300-mm Wide Bandgap appeared first on Power Electronics News.

Tharunya Yogananda and Wantong Li of the University of California, Riverside published a technical paper titled “Beyond Host-Side Control: HBM Controller Partitioning Across Host and HBM Base Dies.”
Abstract Excerpt: “Recent generations of high bandwidth memory (HBM), such as HBM4, allow the base die of the memory stack to be manufactured using a logic process... » read more The post Shifting HBM4 Controller Functions Closer To Memory (UC Riverside) appeared first on Semiconductor Engineering.

Nvidia's board of directors reportedly approached Rene Haas, chief executive of Arm and a long-time Nvidia veteran, in CEO search.
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We showcased NVIDIA GB200 NVL72 AI performance, energy efficiency, and cooling innovation, backed by Kubernetes support, observability tools, and Quantum-2 InfiniBand networking.

...data center buildout, NVIDIA-Anthropic rivalry, the AI trade, and one wildcard

Before it was thrust into crisis this week, Nvidia was steadily continuing its pace as one of the busiest startup investors around, including backing many of the biggest venture deals of 2026. We take a fresh look at where Nvidia and its venture arm NVentures have been investing and what the future could hold.
Here's a roundup of this week's must-reads, packed with electronica 2026 news: ST's unified STM32 MCU platform, TI brings agentic AI to CCStudio, and NXP's unified robotics platform! Also, check News Archives - Embedded and Technical Articles Archives - Embedded for the complete list of news and articles from our website.
NEWS Skyworks Unveils Multi-Core DSPs for In-Car Audio [...] The post ST’s Unified STM32 MCU Platform, TI Brings Agentic AI to CCStudio, NXP Unified Robotics Platform: Embedde…

Speculation has swirled around who Nvidia's board will select to permanently succeed Huang.

Yesterday I was interviewed by Mario Nawfal, an entrepreneur and popular business streamer, about this week’s news around Jensen Huang and NVIDIA. You can watch the interview via the link below, or read on for an AI-generated, human-edited overview and summary of the discussion.
Link to video of broadcast. Overview Analyst Patrick Moorhead joins Mario […] The post Patrick Moorhead Discusses NVIDIA with Mario Nawfal, November 12, 2026 — Broadcast Analysis appeared first on Moor Insights & Strate…
Applied Materials, Inc. (NASDAQ: AMAT) today reported results for its fourth quarter and fiscal year ended Oct. 25, 2026. The post Applies Materials Introduces VeritySEM 20; Adds Intel to EPIC Center Partnerships appeared first on Semiconductor Digest.

Better electron transport without degrading heat transfer offers a promising path for next-generation power electronic devices. The post New Insights Into a Promising Material for Next-Generation Electronics appeared first on Semiconductor Digest.