2016 cpu transistor count how to#
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Intel released mainstream Kaby Lake S and Kaby Lake H processors on Januin time for CES 2017. Those devices are powered by Kaby Lake Y and Kaby Lake U CPUs. The first phase was announced in August of 2016 and was primarily aimed at various low-power consumer products such as light notebooks and 2-in-1s. Kaby Lake is set to be released in two phases. Workstation high-performance/dense servers Intel released Kaby Lake under 6 main brand families: Ultimate mobile performance, mobile workstationsĭesktop performance to value, AiOs, and minis

2016 cpu transistor count portable#

Light notebooks, portable All-in-Ones (AiOs), Minis, and conference room

2016 cpu transistor count how to#

React for Data Visualization is the best way to learn how to build scalable dataviz components your whole team can understand.2-in-1s detachable, tablets, and computer sticks Over 8 hours of video material, split into chunks no longer than 5 minutes, a bunch of new chapters, and techniques I discovered along the way. Designed for busy people with real lives like you.

So in late 2018 I rebuilt the entire thing as React for Data Visualization - a proper video course.

2016 cpu transistor count code#

At 249 pages, many examples, and code to play with it was designed like a step-by-step course. In 2017, after 10 months of work, React + D3v4 became the best book I'd ever written. I kept going, started live streaming, and publishing videos on YouTube. 117 pages and growing beyond a single big project it was a huge success. A month later React+D3 launched with 79 pages of hard earned knowledge. A friend wanted to learn React and challenged me to publish a book.

2016 cpu transistor count update#

Tick of the animation we update state proportionately to time spent animating. To run a transition we create an effect and set up a D3 transition. Stateīecomes the staging area and props are the target we want to reach. The useTransition custom hook helps us move values from props to state. We created a useTransition custom hook to make our code easier to understand Special case for the Moore's Law bar itself where we also transition the Both for entering into the chart and for moving The component uses the hybrid animation approach from myĪ key insight is that we use independent transitions on each axis to create aĬoordinated transition. RenderX and renderY even though the vertical position comes from props as

Where the component gets interesting is the positioning. Plus you save time when you aren't waiting for large datasets to parse :)Ī grouping element groups the 3 elements, styled components style the labels,Īnd a rect SVG element creates the rectangle. Of course it's best if your fake data looks like your final dataset will.Īrray, object, grouped by year, that sort of thing. all without worrying about the exact shape of your Pretty much everything worked right away 💪 Start with fake dataĭata visualization projects are best started with fake date. Makes it smoother to see how new entries fly in.Īt this point we had the building blocks and it was time to use real data. Then we made our data gain an entry each year and created an enter transition We made the data go through time and looped through. We started with fake data and a React component that renders a bar chart. You can watch me build it from scratch, here 👇įirst 30min eaten by a technical glitch 🤷‍♀️Īt its core Moore's Law in React & D3 is a bar chart flipped on its side. Rush, but those transitions came out wonderful 👌 Some data bugs break it down in the end and there's something funky with Voodoo But how doesįrom going viral on Twitter and decided to replicate it in React Number of transistors on a chip roughly doubles every two years.