In the realm of desktop computing, speed and power are the twin pillars upon which the ultimate user experience rests. Today, Intel has once again affirmed its commitment to these principles with the announcement of its Intel® Core™ 14th Gen i9-14900KS processors, heralding a new epoch in desktop processor speeds.
Intel’s latest marvel, the i9-14900KS, bursts through previous boundaries by offering a staggering 6.2 gigahertz (GHz) max turbo frequency straight out of the box. This isn’t just another incremental step forward; it’s a giant leap that cements Intel’s status as the purveyor of the world’s fastest desktop processor. For the legion of PC enthusiasts, gamers, and content creators, this represents not just an upgrade but a transformation in what they can expect from their desktop systems.
Intel Core 14th Gen i9-14900KS Special Edition Unlocked Desktop Processor Provides Record-Breaking 6.2GHz frequency right out of the box – giving high-end PC enthusiasts the cutting edge power they look for in their desktops. (Credit: Intel Corporation)
“The Intel Core i9-14900KS showcases the full power and performance potential of the Intel Core 14th Gen desktop processor family and its performance hybrid architecture,” says Roger Chandler, Intel’s vice president and general manager of the Enthusiast PC and Workstation Segment. His words underscore a fundamental truth about today’s computing demands: they are evolving, and Intel is leading the charge in meeting these demands head-on.
At the forefront of blending the historic with the futuristic in Sydney’s architectural landscape, Tony Owen, the creative mind behind Tony Owen Partners, is redefining the boundaries of design. In a revealing interview with Sanjay Gangal of AECCafe, Owen shares insights into his innovative projects, the challenges of integrating modern architecture into historic contexts, and the pivotal role of sustainability and technology in shaping the future of urban living.
Oxford Corner: A Modern Tribute to Historic Paddington
In the heart of Paddington, a suburb known for its winding streets and Victorian terraces, a new landmark rises. Oxford Corner, designed by the visionary team at Tony Owen Partners, is a testament to modern architecture’s ability to complement and enhance its historical surroundings. This project not only stands as a beacon of contemporary design but also as a bridge between Paddington’s rich past and its dynamic future.
HD Hyundai’s Vice Chairman and CEO, Kisun Chung, presented a groundbreaking vision at CES 2024 in Las Vegas on January 10, known as “Xite Transformation.” This initiative aims to revolutionize the construction industry by overcoming traditional barriers and contributing to a sustainable future for humanity.
HD Hyundai’s expanded vision of Xite encompasses the development of intelligent construction sites integrating autonomous, digital twin, eco-friendly, and electrification technologies. Chung emphasized that the construction sector, foundational to human civilization, is ripe for technological and innovative advancement.
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New York firm’s director of visualization, Mengyi Fan, enhances real-time visualization workflows, bringing complexity and realism to her designs using NVIDIA RTX A5500.
At SHoP Architects, a New York City-based architectural firm, Mengyi Fan and her team aim to inspire industry professionals to create visual masterpieces by incorporating emerging technologies.
Fan, the director of visualization at SHoP, has expertise that spans the fields of architectural visualization and design. She takes a definitive, novel and enduring approach to designing and planning architecture for city skylines and streetscapes.
Mengyi Fan
Fan and her team work on various architecture visualization projects, from still renderings to real-time walkthroughs. They use multiple creative applications throughout the course of their projects, including Adobe Photoshop, Autodesk 3ds Max, Autodesk Revit and Epic Games’ Unreal Engine. SHoP also collaborates directly with architects at project kickoff, providing images and animations that facilitate quicker decision-making during the design process.
The team consistently integrates new technologies that allow them to explore untapped innovation opportunities, as well as boost research and development. Fan often incorporates real-time and traditional rendering, extended reality and AI into her creative workflows.
Sanjay Gangal, CEO and president of AECCafe, recently interviewed Jason Hallett, CEO of Digital Construction Works (DCW).
Founded in 2019, DCW is a separate services company offering digital automation, integration and digital twinning services and fit-for-purpose solutions. The aim is to simplify digital transformation for the construction industry. DCW solutions span every phase of the project – from planning to construction and operations through to asset management – creating a digital thread that connects technologies and workflows. Because DCW is a completely new separate company, it can be agnostic to technology and process improvement. This way, technology follows the operational process change but doesn’t lead it.
Sanjay: Thank you so much for joining us, Jason. Tell us a little bit about Digital Construction Works?
Jason: DCW was founded in 2019 as a joint venture between Topcon group and Bentley Systems. Our staff is comprised of construction industry subject matter experts and application developers. We’re focused on trying to really integrate the technologies that are out there used on construction projects and make the flow of information more seamless while executing construction.
President of AECCafe Sanjay Gangal spoke recently with Montreal-based Nick Fonta, General Manager, XR division at Autodesk about Autodesk’s XR immersive experience and the company’s acquisition of The Wild, an immersive remote collaboration platform for architecture, design, and enterprise teams.
Sanjay: Thank you so much for joining us, Nick. So, tell us about Autodesk XR Solutions.
Nick: For sure. Autodesk has an interesting journey or history when it comes to XR. We started in the 1990s with our first project around XR, and it was a full 3D immersive experience with AutoCAD data that people could navigate into, a little bit like a first-person shooter. You could interact with basic interactions with the AutoCAD scene at the time. That was a project in prototype. And since then, we’ve been doing a lot of things, we have a research group who continued testing the limits of those technologies, but more recently, we’ve had a few things maybe worth noting. The first thing being about seven years ago, we moved into the real-time engine business, if you will, with our own engine, which was called Stingray. And we also built a first product in our trying to understand what that meant phase for Autodesk, and the product was called Revit Live. And both Stingray and Revit Live were our first real experiments to try to understand how real-time technologies, VR, and AR can can add value and solve real problems for our customers in the AEC and manufacturing spaces.
We tried a lot of things there, and then finally, a lot more recently, we have products today that support mostly VR, a little bit of AR as well in a portfolio. We have VRED, which targets mainly the automotive industry. VRED is a very high end, high resolution, high level of fidelity when it comes to imageries and rendering. It comes with the collaborative VR experience, so you can bring multiple designers to review, do the design reviews typically on cars, but it’s also used in other manufacturing industries. So that’s one, as a product, it’s been around for about five years, maybe a bit more, and is still around. It’s very successful, we’re seeing a lot of adoption and growth there, and we also have a capability called Create VR that allows designers to sketch and ideate in VR from scratch in a 3D space for a very creative way of transferring your ideas as a designer into the 3D world. Recently we released a capability out of Fusion products, one of our Hero products in manufacturing that allows any Fusion model to be experienced in AR, experienced on iOS with a publish to a USDZ. This is what we have today. This is where this all journey started, maybe a couple of months ago, and I’m sure we’re going to talk more about that now.
Sanjay Gangal, CEO and president of AECCafe recently conducted an interview with Hans-Martin Zogg, Business Director of Total Stations at Leica Geosystems, which is part of Hexagon. Zogg spoke about the new Leica AP20 AutoPole which is product solution designed to increase the productivity of Leica Total Station users, and boost speed, accuracy and safety on the jobsite.
Sanjay: Tell us about the Leica AP20 AutoPole.
Han-Martin: The Leica AP20 AutoPole is an absolutely unique solution, which we have just announced. The AP20 is an enhancement to the productivity of our Total Station users, and is easy to use. When we develop product solutions at Leica Geosystems, we always want to address actual customer challenges. And with the AP20, we actually address three main customer challenges, which occur when customers are using Total Stations in the Total Station workflow. The first challenge is, when you measure the Total Stations, actually you need to hold the prism pole always vertical. So this slows up the measurement process.
This is something found with every level, is that need to level up the level bubble that brings the bubble into the center so that the pole is exactly vertical and then the user can measure its speed. But it’s also limiting the measurement area, because you always set up the pole or a point which you want to measure and if you have an obstruct level you cannot measure the point. Thus the verticality of the pole is a big challenge today. The second challenge which we are going to address with our AP20 AutoPole is actually the automatic pole height reading, respectively when you measure the pole height, you always need to enter it manually into the field software. And that’s very error prone and can cause cumbersome and time consuming pole processing. If you can actually fix it in the pole processing, you might be even lucky. Quite often, you need to go again into the field and redo your measurements.
It is an interesting time to be working in the AEC industry, and I feel grateful for having experienced the past 25+ years immersed in it from an editorial perspective.
This is our final week of AECCafe Voice Industry Predictions for 2022, which brings us to some exciting merging with other technologies such as GIS technology in the digital twin arena. Construction has been slow to adopt in past years, but the advent of augmented reality is changing that paradigm. Artificial intelligence and machine learning are part and parcel of the digital twin, so we will hear more from them in 2022. And what about construction project management software? Can it become easier to use, without undue training costs, and render a quicker return on investment? Take a look at what these professionals are predicting for 2022….
Nathan Patton, Product Manager, Trimble spoke with AECCafe Voice about the FieldLink MR, a new mixed reality solution for construction layout that runs on the Trimble XR10 with HoloLens 2.
Trimble Introduces Mixed Reality for Construction Layout with FieldLink MR
