与「Electronics」相关的搜索结果

Palmer Luckey on how he hires at Anduril: he looks for people who worked on projects they cared about, not ones given to them, because that's what drives you to learn the most. "Whether it's college or the state-mandated younger educational system, don't look to them to tell you, 'Here's what electronics projects you should be working on. Here's what you should be doing to learn how to do these things.'" "One, they're often years or even decades behind what industry and hobbyists are actually doing, so you're gonna be learning how to do things that are ancient." "Two, when you're working on something that you're only doing for yourself, you're gonna make way better decisions in what you teach yourself, in how you do things." "When I hire people at Anduril, I look for people who have done projects that were outside of what their work paid them to do or what their school made them do. Because that means they're the type of person who is willing to work on things with their own money and their own time, because they wanna bring something into this world that wouldn't have existed otherwise." @PalmerLuckey w/ @ShawnRyan762 (Feb 2025)

the most famous egocentric datasets are people cooking in their own kitchens. the robots we're training on them are headed for warehouses, garages, and factory floors apac egocentric stereo is 12 first-person recordings of people actually doing their jobs: an automotive garage, a construction site, an electronics factory, a bar, a shipment hub, a laundromat head-mounted stereo rig, 1920x1080 per eye at 30 fps, plus a depth render, hand and head tracking, and a caption for what the wearer is doing at every moment. 248 segments spanning 62 distinct verbs checkout the dataset parsed into fiftyone format. every stream scrubs on one shared timeline in fiftyone: both eyes, depth, tracking, and captions together, one line to load checkout the dataset here: or just jump right in with the hugging face space hosting the dataset:

New TradFi perps are coming soon! Trade the following contract on Binance Futures: 🔸 Samsung Electro-Mechanics (SAMSUNGEM) 🔸 HANMI Semiconductor (HANMI) 🔸 LG Electronics (LGELECTRONICS) 🔸 NAVER (NAVER) 🔸 Samsung KODEX 200 ETF (KODEX200) Available 24//7, up to 20x leverage. Know more 👉

New TradFi perps are coming soon! Trade the following contract on Binance Futures: 🔸 Meituan (MEITUAN) 🔸 Kuaishou (KUAISHOU) 🔸 SK Hynix Daily 2X (CSOPSKHYNIX2L) 🔸 Samsung Electronics Daily 2X (CSOPSAMSUNG2L) Available 24//7, up to 20x leverage. Know more 👉

The "Web app" standard for the Agentic Web/OS has arrived. It is essentially the open standardization of the third-party app/plugin ecosystem found in ChatGPT. It consists of Skills and MCP, with MCP covering standards such as MCP Apps and MCP-UI, which allow third-party apps to embed GenUI-based interactive interfaces directly into the main Agentic Web/OS interface. WebMCP is about "embedding Tools within UI," while Agent Plugins / MCP Apps are about "optionally embedding UI within Tools." The core of this kind of "app" ecosystem are Tools, rather than any specific UI representation, such as cards, icon + Activity, or windows. AppFunctions / AppIntents / AppActions on Android, iOS, and Windows, like WebMCP, also belong to the "embedding Tools within UI" model. The current CLI ecosystems around Coding Agents such as Codex and Claude Code are effectively local "native app" ecosystems: apps have to be pre-packaged, downloaded, and installed, and users cannot realistically install too many of them. By contrast, Agent Plugins / MCP Apps can be regarded as a kind of "Web app" ecosystem, because their core functionality is retrieved from the Web on demand. Skills, like manifest-style files such as mcp.json, are lightweight distributions of code with declared metadata, somewhat like HTML: they can be discovered, loaded, activated, and used on demand, in a process analogous to HTML rendering but much more intelligent. This creates an opportunity to extend existing Web standards, which are centered around the distribution of UI resources. Instead of RESTful HTTP exposing only a limited set of actions over resources, the Web could expose a vast long tail of Tools that AI can discover and understand, and that can optionally embed UI. A general-purpose Agent capable of discovering, loading, and running Agent Plugins / MCP Apps on demand would be equivalent to "the browser + Google" of the desktop Internet era. If such an Agent becomes a super app, it could easily abstract away the operating system and become the single dominant super app for most user scenarios, much like the desktop Internet era, rather than the mobile Internet era with many parallel super apps. So such an Agent will naturally tend to integrate into the entire OS and even the hardware itself, much like IE vs. Netscape. That is also why Google, OpenAI, and even ByteDance are determined to build consumer electronics hardware products.

Just 5 microns thick, yet powering the future. Jinchuan Group's ultra-thin 5-micron copper foil, with a purity of 99.99%, is designed for electric vehicle batteries and consumer electronics. By reducing the thickness from 8 to just 5 microns, battery energy density can increase by about 12%, delivering higher performance without compromising safety.

SAMSUNG’S $200B BROADCOM DEAL IS BIGGER THAN A MEMORY SUPPLY CONTRACT. 📊 Samsung Electronics $005930 and Broadcom $AVGO have agreed to pursue more than $200B of semiconductor cooperation through 2030, covering HBM, advanced foundry manufacturing and packaging. Reuters separately confirmed the $200B Samsung–Broadcom portion of the wider Korea–US semiconductor agreements. The headline number is huge, but the strategic shift matters more. Samsung is trying to move from being viewed as a component supplier to becoming a full-stack AI semiconductor partner: Memory → Foundry → Advanced Packaging The reported scope includes HBM4 and HBM4E for Broadcom’s AI accelerators, sub-2nm foundry processes for key chip products, and integrated support from design optimization through packaging and mass production. That matters because Broadcom is one of the central players in custom AI accelerators and high-speed data-center networking. If this MOU converts into real production orders, Samsung would capture more value from each AI chip—not only memory revenue, but also manufacturing and packaging economics. For the Korean market, Samsung is the clearest direct beneficiary. Equipment, materials and packaging names may follow, but only after capacity expansion, supplier participation and actual purchase volumes are confirmed. I would not treat the entire $200B headline as booked revenue yet. This is still an MOU. The real revaluation depends on: → Final contract volumes → Product and process allocation → Production timing → Pricing and margins → Whether orders translate into utilization and earnings The headline creates expectations. Execution is what creates the rerating. $005930 $AVGO For reference only. This is not investment advice. Avoid excessive leverage, do not chase sharp moves and maintain strict risk management.

Today we launch the next chapter of Gushwork. Over the last 30 years, we saw commerce moving online - But what actually moved online were low value retail products: books, clothing, electronics. Anything high value, from $5,000 to $1M - a hydraulic crane, an industrial roofing contract, a heat shrink machine - still runs predominantly on human buyer seller conversations. And conversation was the one thing software couldn't do. That just changed. We are bringing 35 million sellers of high value products & services in the physical economy to the agentic web - One of the largest categories of commerce that barely moved online in the internet before AI.

Small size. Serious welding power. ⚡ Meet the ALIENTEK SW1 Smart Spot Welder. • Dual pulse technology • Built-in 1800mAh battery • Smart control & protection Built for battery makers, DIY projects and electronics enthusiasts. #Alientek# #SpotWelder# #Electronics#

A stunning piece of engineering!! 1X unveils the new humanoid hand for NEO - 25 degrees of freedom: 22 fully actuated in the fingers and palm, plus 3 at the wrist. - The DoF are distributed anatomically rather than evenly, deliberately biased toward a thumb that genuinely opposes the fingers. - In-house tendon-driven, quasi-direct-drive running low gear ratios of ~5:1 to 15:1 vs the typical 100:1–200:1. - Motors live in the forearm and pull tendons through the wrist. This keeps the hand light and its inertia low while producing high forces. Sensing - All 25 DoF are natively force-controlled and fully backdrivable. Every joint doubles as a force sensor. - Very important, closed-loop proprioception: it always knows its own pose and effort without looking. - Tactile skin across the fingertips and surfaces measuring contact and shear. This helps with adaptive gripping in real time. Safety and durability - IP68 waterproof and food-safe, so it can wash its own hands. - Compliant by construction: the low gear ratios, tendon drive, and low distal inertia let external impacts safely backdrive the fingers. It yields when hit by a hammer or caught in a drawer. - Full finger assemblies validated to millions of cycles. Manufacturing - Deep vertical integration: in-house motors, custom electronics, and tendon systems. - Hundreds built already, with capacity to produce 10,000 hands this year. "An API to the Physical World"