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thepatentexperts · 1 month ago
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How to Make Utility Patent Drawings That Meet USPTO Standards | The Patent Experts
Creating accurate and USPTO-compliant utility patent drawings is essential to filing a successful utility patent application. These drawings are not just visual aids — they are legal documents that explain your invention in detail. Without proper illustrations, your application may be delayed, rejected, or misunderstood by the examiner.
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This guide will walk you through everything you need to know about making utility patent drawings — from understanding USPTO requirements to choosing the right tools and avoiding common mistakes. We’ll also explore examples, FAQs, and real-life case studies to illustrate the process.
Why Are Utility Patent Drawings Important?
Utility patent drawings serve as a visual explanation of your invention. They clarify what words alone often can’t. The USPTO requires that every element of the invention described in the claims must also appear in the drawings.
Drawings:
Support the claims made in the application
Help examiners understand complex structures
Prevent ambiguity and misinterpretation
Are legally binding and used in enforcement
Even if the invention seems simple, clear drawings can mean the difference between approval and rejection.
USPTO Utility Patent Drawing Requirements
The USPTO outlines strict guidelines for utility patent drawings. Failing to comply with these can result in office actions and rework. Here’s what the USPTO expects:
Black and White Line Art: Color drawings are only accepted if color is essential to understanding the invention and if a petition is filed.
Size and Margins: 8.5 x 11-inch pages with specific margins (top: 1", left: 1", right: 0.6", bottom: 0.4").
Readable and Uniform: Drawings must be clean, sharp, and to scale.
No Text Inside Drawings: Only reference numbers are allowed.
Consistent Line Styles: Solid lines for visible parts, dashed or broken lines for hidden or optional parts.
Proper Labeling: All parts must be numbered and consistent throughout views.
Choosing the Right Views for Your Invention
The goal of utility drawings is to represent the invention from all necessary perspectives. Depending on the complexity of your design, use a combination of the following:
Front View — Shows the most characteristic side.
Side and Rear Views — Offer additional dimensional context.
Top and Bottom Views — Clarify structure and orientation.
Sectional Views — Reveal internal structures or mechanisms.
Exploded Views — Show how parts fit and interact.
Perspective View (Optional) — Useful for complex geometries.
Each view must be aligned and proportionally accurate. Use multiple sheets if required to ensure every detail is visible and understandable.
Best Practices for Line Work and Labeling
Line styles must convey information clearly and meet legal requirements:
Solid Lines: Represent claimed, visible parts.
Broken Lines: Represent environment, optional parts, or elements not claimed.
Hatching: Used for sectional views to show material or distinguish parts.
Labeling must be:
Done using numerals (e.g., 100, 110, 120…)
Clear and legible
Matched exactly with descriptions in the specification
Avoid labeling elements with letters or descriptive words. Consistency is crucial.
Tools and Software for Creating Utility Drawings
While hand-drawing is technically acceptable, digital tools offer precision and efficiency. Here are popular tools for professional utility patent drawings:
AutoCAD — Industry standard for 2D technical drawings.
SolidWorks — Ideal for mechanical inventions and 3D modeling.
CorelDRAW — Great for vector-based illustrations.
Adobe Illustrator — Useful for clean, high-resolution line art.
SketchUp — Quick 3D concept design with export options.
Many inventors hire professional illustrators who specialize in USPTO-compliant drawings to avoid mistakes and save time.
Common Mistakes to Avoid
Getting drawings wrong can cost you valuable time and money. Here are common pitfalls:
Using color without approval
Including text inside drawings
Not showing all claimed elements
Poor resolution or pixelated lines
Repeating reference numbers for different elements
Incorrect or missing views
Not following required margins and page sizes
Tip: Review the USPTO’s Manual of Patent Examining Procedure (MPEP), Chapter 608.02 for drawing guidelines.
Real-Life Example: Smart Bottle Invention
An inventor designed a smart water bottle that tracks hydration. The utility patent drawings included:
Side view showing the bottle’s shape
Sectional view of the cap with embedded sensors
Exploded view showing the battery, chip, and housing
Perspective view to give an overview of the design
Each part was labeled and described in the written specification. The examiner immediately understood the invention’s structure, resulting in a faster approval process.
Case Study: When Bad Drawings Delay a Patent
A startup submitted a patent for a foldable bicycle. Their drawings were hand-sketched, lacked consistency, and had no reference numbers. The USPTO issued an office action requesting corrected drawings.
They then hired a professional illustrator, who:
Redrew all views to scale using CAD
Added correct labels and line styles
Submitted compliant PDF files
The revised submission passed examination, but the delay cost them 5 months and several hundred dollars in rework.
Advanced Tip: Use Flow Diagrams for Method-Based Inventions
If your invention involves a process or method, consider adding flow diagrams. These are not always required but can:
Clarify how steps relate
Support software or business method claims
Help the examiner visualize functionality
Label each step and make sure it aligns with your written claims.
Frequently Asked Questions
Q1: Do I need to submit utility patent drawings with my provisional patent application? A: No, it’s not mandatory, but it’s highly recommended. Well-prepared drawings strengthen your filing and establish early disclosure.
Q2: Can I draw them myself? A: Yes, but unless you’re trained in technical drawing, mistakes are likely. It’s safer to use software or hire a professional.
Q3: Do I need to include every part of my invention? A: Yes. Every part you describe or claim must appear in the drawings. Omitting elements may weaken your application.
Q4: Are color drawings ever acceptable? A: Only if color is essential to understanding the invention. You must submit a petition and justification.
Q5: How many views should I include? A: Enough to fully disclose the invention. At least front, side, and top views are typical. More complex inventions require sectional and exploded views.
Q6: Can I use photos instead of drawings? A: Only in rare cases and with special approval. The USPTO generally requires line drawings for clarity and legal purposes.
Q7: Will professional drawings increase my approval chances? A: Absolutely. They reduce ambiguity, ensure compliance, and speed up the examination process.
Final Thoughts
Utility patent drawings are a non-negotiable part of the patent application process. They communicate your invention visually and play a critical role in approval. Whether your invention is simple or complex, investing in proper, USPTO-compliant illustrations is one of the smartest steps you can take.
Get USPTO-Compliant Utility Patent Drawings from Experts
Ready to protect your invention with professional, fully compliant patent drawings? Don’t risk costly delays or office actions.
Get started with The Patent Experts now and ensure your drawings meet every USPTO requirement.
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srinsoft · 4 years ago
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How to Export SketchUp to SolidWorks?
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desaletushki · 5 years ago
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Computer Aided Design Software Market Astonishing Growth, Technology and Top key vendors: Autodesk, TurboCAD, SketchUp, CADopia, Progesoft, etc.
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kayawagner · 7 years ago
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World’s Top Graphics Software Companies Are Already Adopting NVIDIA RTX Capabilities. Here’s Why.
The leading software providers representing many of the most important applications for designing the products we use, the cars we drive, the movies we watch and even for scientists to visualize the world around us are jumping on Turing, NVIDIA’s newly launched GPU architecture.
Unveiled today by NVIDIA CEO Jensen Huang at the annual SIGGRAPH Conference, Turing brings together dedicated hardware acceleration of four core elements: AI, ray tracing, programmable shading and simulation.
NVIDIA also announced an expansion of its RTX development platform to allow developers to easily incorporate these functions in their applications. This complete reinvention of how a GPU processes information means that some things like real-time ray tracing that were thought to be five or more years away are now possible with a standard workstation when equipped with a Turing-class GPU like those in the new Quadro RTX family.
Designers can now iterate their product model or building and see accurate lighting, shadows and reflections in real time. Previously, they would have to use a low-fidelity approximation to get their design more or less right, then ship files out to a CPU farm to be rendered and get the results back in minutes or even hours, depending on complexity. Only then could they determine what it was truly going to look like in the real world. Now, they can do so interactively on their Quadro RTX-powered desktop.
For artists in the entertainment world, the same is true for visualizing their creations for animation or visual effects. But the benefits don’t stop there. NGX, new NVIDIA technology for bringing AI into the graphics pipeline, is part of the RTX platform. And NVIDIA is providing an SDK that makes it easy for developers to incorporate AI-powered effects into their apps.
NGX technology brings capabilities such as taking a standard camera feed and creating super slow motion like you’d get from a $100,000+ specialized camera. Or using AI to increase the resolution and clarity of archived images. Or removing wires from a photograph and automatically replacing the missing pixels with the right background. Learn more about these NVIDIA Research papers that led to this work.
These new capabilities are combined with increases in the speed and fidelity of drawing raster graphics through newly advanced shaders. And up to 4,608 CUDA cores for parallel compute processing means that software developers have a hardware platform unlike anything before.
And, perhaps unsurprisingly, application developers are jumping at the chance to bring to their customers amazing new capabilities and up to 30x speed increases vs. CPU only for rendering.
Adobe Dimension CC: Intuitive new 3D creative tool built for all aspects of design and marketing is supporting NVIDIA MDL and demonstrating at SIGGRAPH, for the first time, a preview of a Dimension renderer for NVIDIA RTX ray tracing and Turing GPUs.
Allegorithmic Project Alchemist: New Substance tool, integrating AI-powered feature with over 100x speedup when running on NVIDIA Turing GPUs compared with CPUs. Has been presented at Substance Days at SIGGRAPH this morning, and will be shown in the Allegorithmic booth.
Allegorithmic Substance Designer: Worldwide reference material editor, integrating RTX through DXR for light baking. RTX gives a speed increase of 800 percent compared with previous CPU-based technology.
Altair Thea Render: New SketchUp and Cinema 4D plugins, along with the upcoming Rhino plugin release, will help a broad range of markets get a ray-tracing performance boost by one order of magnitude using NVIDIA OptiX denoiser technology.
ANSYS Optis VRXPERIENCE and Speos: Simulation software leveraging NVIDIA OptiX for faster convergence and high framerate deterministic ray-traced simulation for complex optical system, with 30x speedup compared with CPU legacy technology.
Autodesk Arnold: The Arnold GPU, which is currently in beta, is one of the first production renderers to utilize NVIDIA OptiX. At SIGGRAPH this week, we’re previewing it running on our latest Turing GPU hardware, featuring ray tracing hardware designed specifically for OptiX.
Black Magic DaVinci Resolve: World’s most popular color-grading application, using Turing Tensor Cores in Resolve 15 to accelerate AI inferencing for graphics enhancement.
Blender Cycles: Open source renderer using NVIDIA CUDA to accelerate performance.
Cebas finalRender: GPU-accelerated ray tracer for Autodesk 3ds Max uses NVIDIA OptiX AI denoiser for 5x+ acceleration.
Chaos Group: Preview of Project Lavina using Microsoft’s DXR to deliver 3-5x real-time ray tracing performance over Volta generation for scenes exported from Autodesk 3ds Max and Maya.  VRAY GPU using RT Cores in Quadro RTX for substantial acceleration over NVIDIA Pascal generation.
Dassault Systèmes 3DEXPERIENCE CATIA: The industry reference Design and Engineering Solution plans to leverage RTX for rendering with life-like quality materials to accelerate VR rendering for immersive experiences and design validation.
Dassault Systèmes HomebyMe: Web portal for interior design that leverages OptiX denoiser to boost render times by 10.
Dassault Systèmes SOLIDWORKS Visualize: Visualization tool for 3D CAD data using OptiX denoiser for instant life-like rendering.
EA SEED: Cross-disciplinary team within EA Worldwide Studios whose Project PICA PICA is a real-time raytracing experiment featuring a mini-game for self-learning AI agents in a procedurally-assembled world. The approaches inspire developers and provide a glimpse of a future where real-time raytracing powers the creative experiences of tomorrow.
Epic Games’ Unreal Engine: Complete suite of tools for the creation of games, visualizations, interactive product designs, movies, broadcast entertainment and immersive experiences. Unreal Engine is using NVIDIA RTX technology through DXR to achieve industry-leading real-time ray tracing performance.
ESI Group IC.IDO: Immersive VR solution for engineering virtual prototyping, using Quadro RTX accelerated NVIDIA OptiX, potentially supporting real-time ray tracing on Turing GPUs, planned for future IC.IDO version.
ESRI ArcGIS Pro: World’s leading GIS application is harnessing the power of deep learning for both training and inferencing, leveraging NVIDIA Turing Tensor Cores in the upcoming release of ArcGIS Pro.
Isotropix Clarisse: Physically-based rendering engine demonstrating OptiX ray-tracing acceleration on Quadro RTX 6000, showing a 20x viewport performance improvement over CPUs.
Kitware Paraview: Popular scientific visualization tool, ParaView has been enhanced with a completely new rendering backend using NVIDIA RTX technology. It provides enhanced visual cues to better communicate the content of the scientific datasets while maintaining the speed for data exploration. The NVIDIA RTX backend for ParaView will be shown live at SIGGRAPH.
Otoy OctaneRender: GPU-accelerated, unbiased, physically correct renderer is demonstrating performance improvements of 5-8x with Octane 2019’s path-tracing kernel — running at 3.2 billion rays/second on NVIDIA Quadro RTX 6000, compared with 400 million rays/second on P6000.
Pixar Renderman: Leading film renderer is announcing support for OptiX AI denoiser in R22.1 due later this year. Demonstrating RenderMan XPU architecture that uses CPU and GPU with NVIDIA OptiX.
PocketStudio: New tool that will be shown for first time at SIGGRAPH during Real-Time Live. It allows 3D filmmakers to easily create, play, and stream 3D animation sequences using real-time collaborative editing. It leverages Vulkan real-time ray tracing for its advanced quality viewport.
Redshift 3.0: Leading biased GPU renderer is announcing that Redshift 3.0 will use OptiX to access RTX ray-tracing acceleration.  Redshift 2.6 shipping with OptiX denoising, accelerating interactivity.
Remedy Entertainment: Creators of cinematic blockbuster action games that break media boundaries and push the envelope of 3D character technology and visual effects. Remedy has been researching how to utilize the NVIDIA RTX ray tracing technology and the DXR API in its Northlight engine.
Siemens NX: Leading CAD application supporting GPU-based rendering with Ray Traced Studio, to include AI Denoising and MDL support.
University of Illinois VMD: A molecular visualization tool developed at University of Illinois and used by over 100,000 researchers all over the world demonstrating support for NVIDIA OptiX and Quadro RTX GPUs.
Weta Digital: Leading visual effects house showing their Gazebo virtual production tool with OptiX acceleration, giving their studio artists the ability to see exactly what final-frame production renders will look like, reducing guesswork and allowing convergence to a desired look more quickly.
Praise for NVIDIA Turing
“Turing is a technological leap forward that will help Adobe shape the future of creative design. The powerful new ray tracing features of NVIDIA RTX will make 3D more accessible to designers and marketers through intuitive tools like Dimension CC.  We look forward to leveraging the enhanced AI capabilities of RTX as we extend our Sensei machine learning capabilities to democratize 2D/3D compositing.” —  Ross McKegney, Director of Engineering, Adobe Dimension CC
“RTX technology tightly integrates ray tracing into the real-time graphics pipeline. It enables new rendering techniques that will greatly improve the quality of real-time graphics, and the performance of graphical tools overall. In the case of Substance ray-traced bakers, we can observe an increase in speed of around 800% when compared with CPU-based ray tracing.” — Cyrille Damez, Chief Technology Officer, Allegorithmic
“Altair Thea Render v2.0 integrates NVIDIA OptiX denoiser, dramatically accelerating production of final renders. Users can take advantage of this optimized workflow, creating out-of-the-box, stunning photorealistic images in a fraction of previous render times.” — Dr. Ioannis Pantazopoulos, Vice President, Rendering Technology, Altair 
“Autodesk is committed to bringing the highest quality photorealistic rendering to our users and we look forward to a GPU version of the Arnold renderer that could leverage the NVIDIA RTX platform. We are super excited to see the performance gains while maintaining the great look our Arnold customers love.” – Chris Vienneau, Senior Director, Media & Entertainment Products, Autodesk
“Our customers are always looking for large performance gains and we are seeing a significant leap with NVIDIA RTX.”  — Dan May, President, Black Magic, Americas Operations
“DXR on Turing enables us to explore workflows for real-time visualization that were not possible before.  We estimate that Turing hardware is 3-5X faster than earlier GPU generations for the real-time ray tracing of our Project Lavina.”  — Vlado Koylazov, co-founder and CTO, Chaos Group
“We are excited about the innovations in graphics technology that NVIDIA has unveiled at SIGGRAPH today, and know our customers will welcome this new, cutting-edge visualization capability into their daily workflows. ” — Brian Hillner, Senior Product Portfolio Manager, DS SOLIDWORKS
“With Turing architecture Nvidia have shattered the photorealism barrier that current-generation rasterizing techniques have presented until now. Just as we saw with the movie business over a decade ago, ray tracing is going to revolutionize the realism of real-time applications, cinematic experiences and high-end games. Now, we will see artists and designers using Unreal Engine technology to create, view and interact with content that is indistinguishable from reality.”   — Kim Libreri, CTO, Epic Games
“Turing has the potential to be a game-changer for our customers’ workflows. Our preliminary tests with an early Turing-based GPU showed frame rates high enough for our engineering customers to realize raytraced reflections and their effects on proposed product configurations in real-time, for example cockpit or cabin visibility. This should significantly advance immersive product and procedural evaluation capability in CAVE’s or active stereo displays, and eventually maybe even HMD’s. We are actively exploring how innovations like RTX can be integrated into future versions of our solution.” — Eric Kam, Solution Marketing Manager, ESI’s IC.IDO
“Increasingly, our customers want to take advantage of all the benefits AI brings to their workflows. We are thrilled that NVIDIA is bringing Tensor Cores to Turing GPU architecture which will provide a more cost effective solution for inferencing whether on the desktop or from the data center.” ––  Jim McKinney, Chief Technology Officer, ESRI Desktop Applications
“We’re excited about the hardware acceleration in NVIDIA’s Turing generation because it will enable our customers to enjoy rendering acceleration 20X faster than on CPU. It’s just fantastic!”  — Sebastien Guichou, Isotropix CTO and Co-Founder, Isotropix
“Interactive ray-tracing is a game changer for scientific visualization and NVIDIA RTX offers improved visual cues for communicating scientific content without disrupting the exploratory workflow” — Berk Geveci, Sr. Director Scientific Computing, Kitware
“Advertising is an extremely iterative process and our clients want alternatives and revisions fast. NVIDIA RTX will accelerate how we use rendering and we’ll be able to reinvest that time into the creative process.”  –– Tawfeeq Martin, Technical Innovations, The Mill
“NVIDIA RTX ray tracing hardware is the future – and will define the next decades of GPU rendering. At SIGGRAPH we’re demonstrating performance improvements of 5-8X with Octane 2019’s path tracing kernel – running at 3.2 billion rays/second on NVIDIA’s new Quadro RTX 6000 – compared to 400 millions rays/second on P6000” — Jules Urbach, Chief Executive Officer, Otoy
“Pixar is excited to be working closely with NVIDIA to integrate the OptiX ray tracing acceleration in Quadro RTX into the next generation of high performance RenderMan solutions for animation and VFX.” — David Laur, Director of Product Management, Pixar
“The Quadro RTX is a BEAST!” — Rob Slater, Co-founder, Redshift
“VMD exploits Turing’s RTX acceleration for fully interactive ray tracing of even the most difficult scenes from state-of-the-art research, giving scientists intuitive WYSIWYG publication rendering at high fidelity, all without becoming a graphics professional.” — John Stone, Senior Research Programmer, University of Illinois at Urbana-Champaign
“Our long-term collaboration with NVIDIA on advanced rendering continues with Turing.  The performance improvements change how artists can work with hero assets throughout the pipeline, improving every creative decision along the way.  This is not a speed up, it’s a step up to a new way of working.”– Luca Fascione, Senior. Head of Technology and Research, WETA Digital
“With Viz Virtual Studio, our customers can easily create complex, interactive 3D virtual sets and immersive graphics. Turing will allow them to overcome the challenges of achieving photorealism in a virtual environment. Real-time ray tracing will usher in a new era for how artists and designers create broadcast graphics and beyond.” —  Gerhard Lang, Chief Engineering Officer, Vizrt
The post World’s Top Graphics Software Companies Are Already Adopting NVIDIA RTX Capabilities. Here’s Why. appeared first on The Official NVIDIA Blog.
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the-fitsquad · 8 years ago
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The Hyper-Threading assistance enables two threads to run simultaneously on each and every core – Windows recognizes 88 total cores on the Z840, 44 genuine and 44 virtual. Featuring Intel® Core and Xeon® processors, AMD Radeon Pro graphics and Dell Precision Optimizer. Configurable with up to 4x AMD FirePro graphics cards, the CyberStation Graphics range of workstations let you to fully unleash your design and style prospective whether or not your working in 3D or 4K, supported by the most current high-finish design and style technologies. Our most extensive property workplace workstations effortlessly residence a computer, keyboard, printer, scanner, fax and telephone, as well as added space for document storage and filing. Well, firstly, we need to have to accept that, at times, it just isn’t going to get carried out – the day remains 1,440 minutes long, and it merely does not add up. Then, instead of beating ourselves up over this absolute mathematical reality, we need to concentrate on setting realistic ambitions, prioritizing our tasks, and working on the most essential stuff.
In order to appeal to specialists across all disciplines, TurboCAD makes it possible for customers to open 35 distinct file formats such as AutoCAD® 2013DWG, Adobe 3DPDF and export up to 28, includingDWG,DXF (from R14 by way of 2013 which includes AutoCAD® Architecture extensions),SKP (Google SketchUp, to version 8),3DM (Rhinoceros®),3DS (Autodesk® 3ds Max®), IGES, STEP,OBJ, COLLADA (.DAE – export) and several more. In addition to their normal tech support processes, HP has two advanced resources at their Ft. Collins, CO facility to deal with extended-term help of their workstations. Enhanced PDFs: PDF documents produced from AutoCAD designs are smaller. A selection of effective machines that are certainly a more affordable alternative to the Apple family members, while nonetheless giving a superb common of innovation, efficiency and reliability.
The workstations are made for high overall performance with intense expandability. By storing copies of every element, HP assistance is capable to recreate any supported buyer configuration for the life of the Z series line. There are workstations created to sit on leading of a desk and other individuals that roll where you need them to be on casters. At its core, AutoCAD is a single threaded application. A workstation is a specific laptop designed for technical or scientific applications. The laptop is powered by an Intel Xeon E3-1505M processor paired with a mammoth 64GB of RAM. We have standing personal computer desks & workstations, corner personal computer desks, ergonomic, as effectively as hideaway pc desks and workstations. If the workstation gets broken in a peer-to-peer network, you cannot recover data.
The Computer Series mobile powered workstation by Newcastle Systems has been created to hold and power a selection of gear, yet also gives generous space to hold inventory. Redundant Read To satisfy a study request, the NT fault-tolerant file method successfully read the requested data from a redundant copy. HP Workstations are also extremely common amongst programmers who want to be confident of big and steady computing power. For the duration of this transition, calculations had been still performed either by hand or by those individuals who could run laptop programs. The evening auditor need to also be familiar with the nature of cash transaction affecting the front office accounting system. In the subsequent installment of this small series, I’ll appear at how HP applies their engineering knowledge to each new iteration of workstation, not just from an engineering design standpoint, but from a product reliability standpoint.
Combining the newest strong Intel Core processors, and enterprise-grade hardware, our office workstations are the excellent every-day workhorses for every little thing from internet browsing to higher-demand multi-tasking when configured with the Core i7. Ring topology is one which all of the computer systems are connected in a loop and information is passed from 1 workstation to yet another. A genuinely basic, however efficient step is to label every item of furnishings with colored stickers, as desks, chairs, storage shelves and electronic gear looks comparable. Library employees will not install or help in the installation of application on workstations or laptops. As you might count on, these higher requirements imply that workstations are costlier than consumer PCs.
Additionally, all accounts shall have two entries referred to as Debit (dr) (or charges) versus Credit (cr) (or payments). 本文是以製作萬用還原Ghost Win 7 X86+SP1+IE9 為例,X64 版的製作方法與X86相同,只有四個地方不同:(1) 要新建Win7 X64 Virtual Machine,(two) 安裝Win7 X64 ,(three) 執行ES3做系統封裝時,設定部署前執行WanDrv(x64).exe(檔名可能隨版本更新更改),(four) 使用64位元Windows 7 專版綜合驅動包。 Apple says CPU speeds here are 30 % more rapidly than final year’s Pro, and that graphics speed has enhanced 40 %. Toshiba’s exceptional range of Tecra company laptops has produced this brilliant mobile workstation, which packs a heck of a lot of power into an easily transportable physique. The following courses are element of the Pc Assisted Drafting (CAD) certificate system and are intended to prepare men and women with the ability-set they need for achievement in searching for entry-level positions in the swiftly expanding and transforming field of computer assisted drafting.
The Application Licensing Service reported that the license authorization failed. And high-end workstations are equivalent to minicomputers. When discussing responsive website style composition, most originators and developers contemplate internet sites on cell phones, tablets, and mobile PCs. Featuring the most recent dual Intel® Xeon® processors. HP has announced a new line of desktop workstations developed to meet each the compute and safety wants of today’s workforce as they tackle solutions employing emerging technologies such as virtual reality and machine finding out. With our collection of modern day modular workplace furniture, your workplace comes to life, inspiring productivity, creativity, and collaboration throughout the day.
The HP Z620 provides a lot of punch when it comes to GPU energy, as it is specifically created for rendering graphics and heavy organization applications with its high-end graphics cards and GPU options that are certified by independent application vendors. The applications level software offers the interface amongst the user and the host system. Dell reports that the M3800 line is customized to deal with multiple projects at the identical time (where that RAM comes in handy) and handle demanding software program like CAD, normally a job associated with desktop stations. The technology behind HP’s higher resolution Z Displays give outstanding image accuracy with ultra-rapidly response occasions, smooth color transitions and extra-wide viewing angles. These consist of CPU Benchmarks from PassMark, CPU Planet , and AnandTech Under, we’ve supplied a few examples of some processors suitable for different workstation budgets, but make sure you investigation thoroughly to make sure the CPU you buy is suitable for you.
A very good computer workstation can increase productivity all through an office although also minimizing employee fatigue. So, we’re in the sitation, as Balck(African men and women, exactly where the info is put right ahead of our faces and we acquire comparatively tiny from it. It can only be put ahead of our eyes faces the eway it is due to the fact we have been so mentally and motivationally structured that we will not and can not take that data and transform it to our our personal benefit. Firms that use office workstations have an overall appear of togetherness and unity that cannot be beat – their layouts have better flow and organization, and the 1st look that clients have when walking in the door is that of a company that knows what it’s carrying out.
These are acceptable techniques of accessing tower workstations regardless of height. Investing in a high top quality graphics card, for example, is useless if you never have a CPU capable of dealing with the further capabilities—and vice versa. The 2D computer aided drawing unit aims to equip you with the fundamental understanding of the 2D drawing atmosphere, in terms of hardware, software and physical surroundings. Laptop workstations include a full-width modesty panel that provides further support and adjustable leveling glides to stabilize workstations on uneven floors. Intel didn’t say that the iMac pro would use the chip, but the stars line up: The flagship Xeon W has 18 cores and is due by Q4 2017, and Apple promised that iMac Pros with up to 18 cores would arrive this December.
I think if it have been me, looking at such a build, with the possibility of employing raytracing engines (like the a single in AE which as I realize is truly the C4D engine), or other 3D style programs, I’d develop some thing on a dual socket motherboard with the option to add yet another CPU later, as these kinds of workloads scale truly properly to as many cores as they can be provided, (assuming you’re using CPU primarily based renderers, like keyshot, C4D, Arnold, vray, and so on). Regardless of whether you use Autodesk Revit or 3ds Max for modeling, V-Ray or Iray for rendering, SOLIDWORKS for simulation, or any other sophisticated computing software program, 1 of our specialists can walk you via the complete approach, answer concerns about your specific workflow, and address all those pesky discomfort points that price you time and money.
To best fulfill the definition of CAD provided above, a CAD method should be a laptop technique that allows modeling of physical systems. Dual- and quad-core processors, specifically in the Intel Core i3 and Core i5 lines, are the norm in company PCs. Tuition and costs will differ across applications and places. PCL5e common language – Permits for easy transition from frustrating proprietary languages or legacy systems that are inefficient, restrictive and pricey to preserve whilst enhancing quality of graphics, text and barcodes. If you are in the marketplace for a mobile workstation cart , verify out our comparison table at the best of the web page, examine the product pages, as effectively, to get a sense of what other customers are saying about the mobile operate desks that they bought.
This could let Mac customers who need to run an occasional Windows app to do so without having possessing to reboot first – even though they will need to have sufficient RAM and processing energy to run each OS X and the virtual machine simultaneously. To obtain a windows 10 product crucial from MS was not adequate. In the mid-variety category of gaming laptop desks you are going to find bigger desks with a bit higher construct good quality. CPU: Intel Core i7 6700~ MOBO: Asus H100m-C ~ RAM: 16gb G.Talent Trident Z DDR4 3200mhzCL15~ GPU: EVGA Founders Edition GTX 1080 Ti @2.000mhz ~ Boot: 480GB SSD SanDisk G26 ~ Storage: 2x 240gb SSD SanDisk G26 + 1 480gb SSD SanDisk G26 ~ PSU: Zalman ZM700w-GLX 80 plus~ Show: LG 29UM68-P 2560x1080p80hz ~ OS: Windows ten Pro. Offered in a assortment of diverse shapes, sizes and types, our desks match right into any workplace space.
A single way this machine keeps up with high-end applications is by supporting dual Nvidia Graphics cards and Nvidia GPU virtualization. Hold in thoughts that max turbo frequency does not imply much since it is the max frequency a single CPU core can climb to, when it comes to multi core functionality base frequency is your benchmark. For workers assigned to brief-term projects, short-term workers, or just delivering a software evaluation, Workstation makes it possible for you to generate restricted virtual machines that can expire at a predefined date and time. As we all know there is only 1 other Apple box of tricks that can fill this void and it is about £7000.00 away from getting employed by most along with its seriously outdated hardware and, to be sincere, just not what is truly required for a pro situation.
Seamless integration with Inventor 3D CAD software and SolidWorks delivers an intuitive user experience. For 2D style, you’ll get by just fine with an entry level Quadro or Geforce card. Determine what type of storage (a desk hutch, bookcase, freestanding shelves, drawer unit, etc.) makes sense for the space you have offered and the quantity of storage that you want. Modeling with CAD systems provides a quantity of benefits more than traditional drafting strategies that use rulers, squares, and compasses. Our assessment unit is consequently slightly behind the Dell Precision 7710 , where the processor can make use of its maximum functionality all the time. Pc-aided design and style (CAD) is a personal computer technology that styles a product and documents the design’s method.
The 17.3″ Dell Precision M6600 unites exceptional processing and graphics overall performance and productivity-boosting characteristics in a sleek and dependable expert technique. When used efficiently, computer systems can enhance business elements like design, sales, preparing, speed, expense, organization, document processing, storage, reports, communication, advertising, presentation and so on. Just to rattle off a handful of much more specs (since there are not many machines like this), it provides ten USB three.1 Gen two Type C ports, dual Gig-E ports, seven complete-length, complete height PCIe slots (nine total) and optional Thunderbolt 3. All of that is housed in a cleanly laid out, tool-free of charge chassis with a 1,700 watt power provide and invective ducting.
Keep in mind, these costs are for the bare boxes only, not the graphics cards, memory, CPUs and other stuff you’ll need. Quadro Embedded Solutions (QUEST) System is for systems integrators who wish to design custom solutions with Quadro GPUs. The motherboard supports the latest Intel® Xeon® processor E5-2600 v3 product family members with dual LGA 2011-three sockets. Windows ten Mobile and Windows ten desktop are two various variants of Windows 10, for example. A desktop workstation can allow the video editor to attain their vision without having restrictions or time-wasting stoppages. Server ini tidak dapat digunakan sebagai klien, karena baik secara hardware maupun application, ia hanya berfungsi untuk mengelola jaringan. 64-bit workstations and servers supporting an address variety far beyond 4 GB have been obtainable considering that the early 1990s, a technology just beginning to seem in the Pc desktop and server market place in the mid-2000s.
The Latitude E6220, E6320, E6420, E6520 and E6420 ATG business-rugged laptops are designed for the most demanding situations, with challenging-wearing MIL-STD tested Tri-Metal casing and highly tough displays. Access to controlling the minds, thoughts and behaviors via a variety of mediums and media is the stock in trade of those who manage media and the folks. Our height adjustable office workstations not only provide flexibility to our clients so they can eliminate their stagnant position and boost mobility all through the day, but also supply the excellent height position for added storage units under every individual office workstation. Kemudian masukan serial number, dan download driver VGA sesuai kategori Windows yang kamu instal. Workstation customers on the other hand, are usually scientists, engineers, architects and digital media content creators whose function calls for significantly far more computing power than the typical little business personal computer user would ever need to have.
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The Software program Licensing Service reported that there is another activation try in progress for this sku. With our entry level workstation, I’d advise this create as much more of a photo editing rather than video editing or 3D modeling program, but it will work for these applications as effectively. Run 3D applications with help for DirectX 9.0c Shader Model three and OpenGL 2.1 3D graphics in Windows and Linux virtual machines. – Added management tools could need to have to be installed on PAWs to permit administrators to manage applications with no needing to connect to servers utilizing Remote Desktop. HP Z420 The HP Z420 is a strong, expandable workstation. It’s quite easy, sturdy, and huge sufficient for the biggest desk-side tower computer systems (rare these days).
The MSI WS60 6QH 088UK is an outstanding mobile workstation, and with MSI getting identified for making effective gaming laptops, it is no surprise that the organization has also produced this powerful workstation that excels in CAD and graphics applications. Teachers that use workstations with their classes have far more time to teach little groups of students. VMware Workstation’s tabbed interface enables fast access to all of your virtual machines and even settings from the property tab. You will be impressed by the workplace workstations and the way it offers a hassle-free resolution to an otherwise time consuming experience. Ergotron WorkFit-TL Sit-Stand Desktop Workstation, Black is rated 5. out of 5 by 1. That GTX 960M is a single of the most effective mobile video cards offered today inside this spending budget.
In this configuration, the user operating systems are deployed and managed centrally (on the cloud or in your datacenter), but aren’t accessible whilst disconnected. A entire mess of components can be pulled out without having touching a screwdriver: energy supply, difficult drives, RAM, optical drives, PCI expansion cards, motherboard assembly, and numerous fans. The Application Licensing Service reported that there are no certificates found in the system that could activate the product with out user interaction. Made with electronic equipment in mind, these pc desks feature holes for operating cables by way of. Consumer desktop-grade hardware has gotten so excellent these days that numerous folks query the need for pricey workstation-grade parts in their, properly, workstations.
Filed under: General Tagged: desktop computer price list, pc workstation hp z400, workstation hp maroc from KelsusIT.com – Refurbished laptops, desktop computers , servers http://bit.ly/2CpLXeX via IFTTT
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Sketchup 3D CAD & 3D Printing
With the release of very low cost 3D printers, consumers quickly realize that in order to create a custom plastic part, the model first needs to be created in 3D. While some 3D printer manufacturers include sample 3D models which are ready to print, the process of creating a custom design and ultimately ending up with a plastic part is still not intuitive to most people. This article covers the basics behind using Sketchup software to create 3D parts to be used with any 3D printer.
Afinibot A3 3D Printer
Afinibot A9 3D Printer
101Hero 3D Printer
UP Mini V2 3D Printer
The common steps required in order to create a custom 3D printed part are:
Choose a 3D CAD software
Learn to use said software to create 3D objects
Export the object to stereolithograph (.stl) format
Import / open the part in a slicing software
Change the parameters of the build
Print the part
The manufacturer of the 3D printer always either has their own slicing software for (4), or tells you which slicing software to use (always free to download). If you have a fairly inexpensive 3D printer, you are likely not prepared to invest in a 3D CAD software, some of which can retail for $20,000 USD and more. “Common” software often discussed online like SolidWorks is not free, and starts at around $5,000 USD for a license. Often students at the university or college level have a high priced CAD software at their disposal, as well as educational discounts (or versions) should they wish to use it at home.
Sketchup Basics
As of 2017, there are two versions of Sketchup: Sketchup: Make is for personal and educational use, and Sketchup: Pro for educational and professional use. Sketchup Make is free while Sketchup Pro is $695 (still a bargain when considering how much work went into its design). For this article we will refer to Sketchup Make, which is compatible with Windows and MAC operating systems. Download and install Sketchup: Make (free) then choose which approach you prefer to take: either finding and printing other people’s 3D models, or creating your own:
A) I want to print other people’s models.
Sketchup Warehouse
If you’re eager to see what other people have created in 3D, run the software, choose any template and click “Start Using Sketchup”.
Go to File at the top left of the screen, and then choose 3D Warehouse -> Get Models
A new window will open with a search bar at the top. Feel free to search for whatever model you’d like to see.
Once you have found the model, either click the download button (hollow box with a down arrow) or click the part itself, then “download”.
Choose “Load this part directly into the Sketchup Model”.
You will now need to place the chosen model within your (albeit empty) “world”. Left click at the intersection of the three axes
Depending on the complexity, the part may take a few moments to load. Note that the units / scale may be entirely wrong, and the part may need to be resized.
NOTE: not all models created using Sketchup are intended for 3D printing and there may be issues. For example zero thickness surfaces do not print well at all, and often do not even appear in the /stl file.
B) I’m ready to design my own part
Sketchup Video Tutorials
Take a look at the tutorials, which will give you a very good idea of how to create 3D parts using Sketchup:  http://ift.tt/2oHRObv
It helps to choose a template with millimeters or inches to ensure the part is created at the correct scale.
Stereolithograph format (.stl)
Sketchup: Make does not directly save to .stl format, so an extension needs to be installed. There are many STL import / export programs for Sketchup: http://ift.tt/2wFLTZW
A very good one is: http://ift.tt/1vRynqX
Install this extension using the instructions on the page. This will allow you to import .stl files and also export to .stl format. Alternatively, you can browse for the extension via Sketchup directly by going to Window -> Extension Warehouse and search for “Sketchup STL”. Once installed there should be a new menu item under File called “Export STL” just below “Print Setup”. With your model on the screen, click File-> Export STL. Choose the export units, which are ideally the same units you chose during the template selection process, choose ASCII and then “Export” and choose where this new file (separate from the actual model which is unaffected) is to be saved.
Note that you are now free to use any .stl model you find online, not just those within Sketchup: Warehouse. There are many 3D CAD warehouses where you can get 3D models, including 3DContentCentral. Files from GrabCAD (another CAD repository site) can be converted either using the SimLab SolidWorks Importer for SketchUp extension (free trial) or a trial version of SolidWorks e-Drawings to convert from .sldprt to .stl.
3D Slicing Software
Slicing Software
Your model is now ready to be imported into almost all 3D slicing software. Sketchup cannot interface directly with a 3D printer. Your printer should have a slicing software or suggest one which is compatible with their hardware. A slicing software does many things:
Slicing: The software automatically slices the model into many layers and creates the necessary code (tool path) to create each layer in the correct order.
Settings: It (should) have your printer’s maximum print speed (in three dimensions) as well as the filament extrusion speed, nozzle temperature, build volume and other printer-specific settings.
Support Structure: The software “knows” if there is overhang (i.e. areas of a model which would require support since they are not connected to the base) and creates the necessary break-away support structure
Infill: The program fills in any hollow / voids with a plastic “infill” structure which can go from 0% (i.e. completely hollow) infill to 100% (completely full of plastic) infill. Note the higher the % infill used, the more plastic will be used and the heavier the part will be. On the other hand, parts with more infill tend to be stronger. The infill structure itself is often created automatically by the software and tends to be a honeycomb or other good “weight to strength” shape. Some software allow you to choose among a selection of infill structures.
Rafting: You have the option to create a “raft”; a raft is a thin structure created at the base of the part (using the same plastic) which allows it to more easily stick to the printing bed to prevent warping during the build. Normally the raft structure is meant to be easily broken away from the part after completion.
Model Placement: Place the model within the 3D environment and scale it as needed. If your units for the template, export and import were all the same (ideally millimeters or inches), the model should appear to scale within the slicing software. If not, you can choose to scale it within the slicing software or go through the procedure again.
Print: The slicing software normally communicates with the printer to start the printing process, or allows you to save the code to an SD card which can be read by the printer
It is common practice to rotate the part within the slicing software so there is little to no overhanging material, and to center it on the build plate. For your first print, opt for the software defaults for your 3D printer.
Have a preferred (free) 3D CAD software you wish to share? Tell us about it in the comments section below.
          Related Stories
Buyer’s Guide: How to Choose / Compare 3D Printers
Zeus 3D Printer / Scanner from AIO Robotics
Future Robotics: 3D Printing Graphene
  from RobotShop Blog Feed http://ift.tt/2wM7US2 via IFTTT
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bobsweepmop · 8 years ago
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Sketchup 3D CAD & 3D Printing
With the release of very low cost 3D printers, consumers quickly realize that in order to create a custom plastic part, the model first needs to be created in 3D. While some 3D printer manufacturers include sample 3D models which are ready to print, the process of creating a custom design and ultimately ending up with a plastic part is still not intuitive to most people. This article covers the basics behind using Sketchup software to create 3D parts to be used with any 3D printer.
Afinibot A3 3D Printer
Afinibot A9 3D Printer
101Hero 3D Printer
UP Mini V2 3D Printer
The common steps required in order to create a custom 3D printed part are:
Choose a 3D CAD software
Learn to use said software to create 3D objects
Export the object to stereolithograph (.stl) format
Import / open the part in a slicing software
Change the parameters of the build
Print the part
The manufacturer of the 3D printer always either has their own slicing software for (4), or tells you which slicing software to use (always free to download). If you have a fairly inexpensive 3D printer, you are likely not prepared to invest in a 3D CAD software, some of which can retail for $20,000 USD and more. “Common” software often discussed online like SolidWorks is not free, and starts at around $5,000 USD for a license. Often students at the university or college level have a high priced CAD software at their disposal, as well as educational discounts (or versions) should they wish to use it at home.
Sketchup Basics
As of 2017, there are two versions of Sketchup: Sketchup: Make is for personal and educational use, and Sketchup: Pro for educational and professional use. Sketchup Make is free while Sketchup Pro is $695 (still a bargain when considering how much work went into its design). For this article we will refer to Sketchup Make, which is compatible with Windows and MAC operating systems. Download and install Sketchup: Make (free) then choose which approach you prefer to take: either finding and printing other people’s 3D models, or creating your own:
A) I want to print other people’s models.
Sketchup Warehouse
If you’re eager to see what other people have created in 3D, run the software, choose any template and click “Start Using Sketchup”.
Go to File at the top left of the screen, and then choose 3D Warehouse -> Get Models
A new window will open with a search bar at the top. Feel free to search for whatever model you’d like to see.
Once you have found the model, either click the download button (hollow box with a down arrow) or click the part itself, then “download”.
Choose “Load this part directly into the Sketchup Model”.
You will now need to place the chosen model within your (albeit empty) “world”. Left click at the intersection of the three axes
Depending on the complexity, the part may take a few moments to load. Note that the units / scale may be entirely wrong, and the part may need to be resized.
NOTE: not all models created using Sketchup are intended for 3D printing and there may be issues. For example zero thickness surfaces do not print well at all, and often do not even appear in the /stl file.
B) I’m ready to design my own part
Sketchup Video Tutorials
Take a look at the tutorials, which will give you a very good idea of how to create 3D parts using Sketchup:  http://ift.tt/2oHRObv
It helps to choose a template with millimeters or inches to ensure the part is created at the correct scale.
Stereolithograph format (.stl)
Sketchup: Make does not directly save to .stl format, so an extension needs to be installed. There are many STL import / export programs for Sketchup: http://ift.tt/2wFLTZW
A very good one is: http://ift.tt/1vRynqX
Install this extension using the instructions on the page. This will allow you to import .stl files and also export to .stl format. Alternatively, you can browse for the extension via Sketchup directly by going to Window -> Extension Warehouse and search for “Sketchup STL”. Once installed there should be a new menu item under File called “Export STL” just below “Print Setup”. With your model on the screen, click File-> Export STL. Choose the export units, which are ideally the same units you chose during the template selection process, choose ASCII and then “Export” and choose where this new file (separate from the actual model which is unaffected) is to be saved.
Note that you are now free to use any .stl model you find online, not just those within Sketchup: Warehouse. There are many 3D CAD warehouses where you can get 3D models, including 3DContentCentral. Files from GrabCAD (another CAD repository site) can be converted either using the SimLab SolidWorks Importer for SketchUp extension (free trial) or a trial version of SolidWorks e-Drawings to convert from .sldprt to .stl.
3D Slicing Software
Slicing Software
Your model is now ready to be imported into almost all 3D slicing software. Sketchup cannot interface directly with a 3D printer. Your printer should have a slicing software or suggest one which is compatible with their hardware. A slicing software does many things:
Slicing: The software automatically slices the model into many layers and creates the necessary code (tool path) to create each layer in the correct order.
Settings: It (should) have your printer’s maximum print speed (in three dimensions) as well as the filament extrusion speed, nozzle temperature, build volume and other printer-specific settings.
Support Structure: The software “knows” if there is overhang (i.e. areas of a model which would require support since they are not connected to the base) and creates the necessary break-away support structure
Infill: The program fills in any hollow / voids with a plastic “infill” structure which can go from 0% (i.e. completely hollow) infill to 100% (completely full of plastic) infill. Note the higher the % infill used, the more plastic will be used and the heavier the part will be. On the other hand, parts with more infill tend to be stronger. The infill structure itself is often created automatically by the software and tends to be a honeycomb or other good “weight to strength” shape. Some software allow you to choose among a selection of infill structures.
Rafting: You have the option to create a “raft”; a raft is a thin structure created at the base of the part (using the same plastic) which allows it to more easily stick to the printing bed to prevent warping during the build. Normally the raft structure is meant to be easily broken away from the part after completion.
Model Placement: Place the model within the 3D environment and scale it as needed. If your units for the template, export and import were all the same (ideally millimeters or inches), the model should appear to scale within the slicing software. If not, you can choose to scale it within the slicing software or go through the procedure again.
Print: The slicing software normally communicates with the printer to start the printing process, or allows you to save the code to an SD card which can be read by the printer
It is common practice to rotate the part within the slicing software so there is little to no overhanging material, and to center it on the build plate. For your first print, opt for the software defaults for your 3D printer.
Have a preferred (free) 3D CAD software you wish to share? Tell us about it in the comments section below.
          Related Stories
Buyer’s Guide: How to Choose / Compare 3D Printers
Zeus 3D Printer / Scanner from AIO Robotics
Future Robotics: 3D Printing Graphene
  from RobotShop Blog Feed http://ift.tt/2wM7US2 via IFTTT
0 notes
kayawagner · 7 years ago
Text
World’s Top Graphics Software Companies Are Already Adopting NVIDIA RTX Capabilities. Here’s Why.
The leading software providers representing many of the most important applications for designing the products we use, the cars we drive, the movies we watch and even for scientists to visualize the world around us are jumping on Turing, NVIDIA’s newly launched GPU architecture.
Unveiled today by NVIDIA CEO Jensen Huang at the annual SIGGRAPH Conference, Turing brings together dedicated hardware acceleration of four core elements: AI, ray tracing, programmable shading and simulation.
NVIDIA also announced an expansion of its RTX development platform to allow developers to easily incorporate these functions in their applications. This complete reinvention of how a GPU processes information means that some things like real-time ray tracing that were thought to be five or more years away are now possible with a standard workstation when equipped with a Turing-class GPU like those in the new Quadro RTX family.
Designers can now iterate their product model or building and see accurate lighting, shadows and reflections in real time. Previously, they would have to use a low-fidelity approximation to get their design more or less right, then ship files out to a CPU farm to be rendered and get the results back in minutes or even hours, depending on complexity. Only then could they determine what it was truly going to look like in the real world. Now, they can do so interactively on their Quadro RTX-powered desktop.
For artists in the entertainment world, the same is true for visualizing their creations for animation or visual effects. But the benefits don’t stop there. NGX, new NVIDIA technology for bringing AI into the graphics pipeline, is part of the RTX platform. And NVIDIA is providing an SDK that makes it easy for developers to incorporate AI-powered effects into their apps.
NGX technology brings capabilities such as taking a standard camera feed and creating super slow motion like you’d get from a $100,000+ specialized camera. Or using AI to increase the resolution and clarity of archived images. Or removing wires from a photograph and automatically replacing the missing pixels with the right background. Learn more about these NVIDIA Research papers that led to this work.
These new capabilities are combined with increases in the speed and fidelity of drawing raster graphics through newly advanced shaders. And up to 4,608 CUDA cores for parallel compute processing means that software developers have a hardware platform unlike anything before.
And, perhaps unsurprisingly, application developers are jumping at the chance to bring to their customers amazing new capabilities and up to 30x speed increases vs. CPU only for rendering.
Adobe Dimension CC: Intuitive new 3D creative tool built for all aspects of design and marketing is supporting NVIDIA MDL and demonstrating at SIGGRAPH, for the first time, a preview of a Dimension renderer for NVIDIA RTX ray tracing and Turing GPUs.
Allegorithmic Project Alchemist: New Substance tool, integrating AI-powered feature with over 100x speedup when running on NVIDIA Turing GPUs compared with CPUs. Has been presented at Substance Days at SIGGRAPH this morning, and will be shown in the Allegorithmic booth.
Allegorithmic Substance Designer: Worldwide reference material editor, integrating RTX through DXR for light baking. RTX gives a speed increase of 800 percent compared with previous CPU-based technology.
Altair Thea Render: New SketchUp and Cinema 4D plugins, along with the upcoming Rhino plugin release, will help a broad range of markets get a ray-tracing performance boost by one order of magnitude using NVIDIA OptiX denoiser technology.
ANSYS Optis VRXPERIENCE and Speos: Simulation software leveraging NVIDIA OptiX for faster convergence and high framerate deterministic ray-traced simulation for complex optical system, with 30x speedup compared with CPU legacy technology.
Autodesk Arnold: The Arnold GPU, which is currently in beta, is one of the first production renderers to utilize NVIDIA OptiX. At SIGGRAPH this week, we’re previewing it running on our latest Turing GPU hardware, featuring ray tracing hardware designed specifically for OptiX.
Black Magic DaVinci Resolve: World’s most popular color-grading application, using Turing Tensor Cores in Resolve 15 to accelerate AI inferencing for graphics enhancement.
Blender Cycles: Open source renderer using NVIDIA CUDA to accelerate performance.
Cebas finalRender: GPU-accelerated ray tracer for Autodesk 3ds Max uses NVIDIA OptiX AI denoiser for 5x+ acceleration.
Chaos Group: Preview of Project Lavina using Microsoft’s DXR to deliver 3-5x real-time ray tracing performance over Volta generation for scenes exported from Autodesk 3ds Max and Maya.  VRAY GPU using RT Cores in Quadro RTX for substantial acceleration over NVIDIA Pascal generation.
Dassault Systèmes 3DEXPERIENCE CATIA: The industry reference Design and Engineering Solution plans to leverage RTX for rendering with life-like quality materials to accelerate VR rendering for immersive experiences and design validation.
Dassault Systèmes HomebyMe: Web portal for interior design that leverages OptiX denoiser to boost render times by 10.
Dassault Systèmes SOLIDWORKS Visualize: Visualization tool for 3D CAD data using OptiX denoiser for instant life-like rendering.
EA SEED: Cross-disciplinary team within EA Worldwide Studios whose Project PICA PICA is a real-time raytracing experiment featuring a mini-game for self-learning AI agents in a procedurally-assembled world. The approaches inspire developers and provide a glimpse of a future where real-time raytracing powers the creative experiences of tomorrow.
Epic Games’ Unreal Engine: Complete suite of tools for the creation of games, visualizations, interactive product designs, movies, broadcast entertainment and immersive experiences. Unreal Engine is using NVIDIA RTX technology through DXR to achieve industry-leading real-time ray tracing performance.
ESI Group IC.IDO: Immersive VR solution for engineering virtual prototyping, using Quadro RTX accelerated NVIDIA OptiX, potentially supporting real-time ray tracing on Turing GPUs, planned for future IC.IDO version.
ESRI ArcGIS Pro: World’s leading GIS application is harnessing the power of deep learning for both training and inferencing, leveraging NVIDIA Turing Tensor Cores in the upcoming release of ArcGIS Pro.
Isotropix Clarisse: Physically-based rendering engine demonstrating OptiX ray-tracing acceleration on Quadro RTX 6000, showing a 20x viewport performance improvement over CPUs.
Kitware Paraview: Popular scientific visualization tool, ParaView has been enhanced with a completely new rendering backend using NVIDIA RTX technology. It provides enhanced visual cues to better communicate the content of the scientific datasets while maintaining the speed for data exploration. The NVIDIA RTX backend for ParaView will be shown live at SIGGRAPH.
Otoy OctaneRender: GPU-accelerated, unbiased, physically correct renderer is demonstrating performance improvements of 5-8x with Octane 2019’s path-tracing kernel — running at 3.2 billion rays/second on NVIDIA Quadro RTX 6000, compared with 400 million rays/second on P6000.
Pixar Renderman: Leading film renderer is announcing support for OptiX AI denoiser in R22.1 due later this year. Demonstrating RenderMan XPU architecture that uses CPU and GPU with NVIDIA OptiX.
PocketStudio: New tool that will be shown for first time at SIGGRAPH during Real-Time Live. It allows 3D filmmakers to easily create, play, and stream 3D animation sequences using real-time collaborative editing. It leverages Vulkan real-time ray tracing for its advanced quality viewport.
Redshift 3.0: Leading biased GPU renderer is announcing that Redshift 3.0 will use OptiX to access RTX ray-tracing acceleration.  Redshift 2.6 shipping with OptiX denoising, accelerating interactivity.
Remedy Entertainment: Creators of cinematic blockbuster action games that break media boundaries and push the envelope of 3D character technology and visual effects. Remedy has been researching how to utilize the NVIDIA RTX ray tracing technology and the DXR API in its Northlight engine.
Siemens NX: Leading CAD application supporting GPU-based rendering with Ray Traced Studio, to include AI Denoising and MDL support.
University of Illinois VMD: A molecular visualization tool developed at University of Illinois and used by over 100,000 researchers all over the world demonstrating support for NVIDIA OptiX and Quadro RTX GPUs.
Weta Digital: Leading visual effects house showing their Gazebo virtual production tool with OptiX acceleration, giving their studio artists the ability to see exactly what final-frame production renders will look like, reducing guesswork and allowing convergence to a desired look more quickly.
Praise for NVIDIA Turing
“Turing is a technological leap forward that will help Adobe shape the future of creative design. The powerful new ray tracing features of NVIDIA RTX will make 3D more accessible to designers and marketers through intuitive tools like Dimension CC.  We look forward to leveraging the enhanced AI capabilities of RTX as we extend our Sensei machine learning capabilities to democratize 2D/3D compositing.” —  Ross McKegney, Director of Engineering, Adobe Dimension CC
“RTX technology tightly integrates ray tracing into the real-time graphics pipeline. It enables new rendering techniques that will greatly improve the quality of real-time graphics, and the performance of graphical tools overall. In the case of Substance ray-traced bakers, we can observe an increase in speed of around 800% when compared with CPU-based ray tracing.” — Cyrille Damez, Chief Technology Officer, Allegorithmic
“Altair Thea Render v2.0 integrates NVIDIA OptiX denoiser, dramatically accelerating production of final renders. Users can take advantage of this optimized workflow, creating out-of-the-box, stunning photorealistic images in a fraction of previous render times.” — Dr. Ioannis Pantazopoulos, Vice President, Rendering Technology, Altair 
“Autodesk is committed to bringing the highest quality photorealistic rendering to our users and we look forward to a GPU version of the Arnold renderer that could leverage the NVIDIA RTX platform. We are super excited to see the performance gains while maintaining the great look our Arnold customers love.” – Chris Vienneau, Senior Director, Media & Entertainment Products, Autodesk
“Our customers are always looking for large performance gains and we are seeing a significant leap with NVIDIA RTX.”  — Dan May, President, Black Magic, Americas Operations
“DXR on Turing enables us to explore workflows for real-time visualization that were not possible before.  We estimate that Turing hardware is 3-5X faster than earlier GPU generations for the real-time ray tracing of our Project Lavina.”  — Vlado Koylazov, co-founder and CTO, Chaos Group
“We are excited about the innovations in graphics technology that NVIDIA has unveiled at SIGGRAPH today, and know our customers will welcome this new, cutting-edge visualization capability into their daily workflows. ” — Brian Hillner, Senior Product Portfolio Manager, DS SOLIDWORKS
“With Turing architecture Nvidia have shattered the photorealism barrier that current-generation rasterizing techniques have presented until now. Just as we saw with the movie business over a decade ago, ray tracing is going to revolutionize the realism of real-time applications, cinematic experiences and high-end games. Now, we will see artists and designers using Unreal Engine technology to create, view and interact with content that is indistinguishable from reality.”   — Kim Libreri, CTO, Epic Games
“Turing has the potential to be a game-changer for our customers’ workflows. Our preliminary tests with an early Turing-based GPU showed frame rates high enough for our engineering customers to realize raytraced reflections and their effects on proposed product configurations in real-time, for example cockpit or cabin visibility. This should significantly advance immersive product and procedural evaluation capability in CAVE’s or active stereo displays, and eventually maybe even HMD’s. We are actively exploring how innovations like RTX can be integrated into future versions of our solution.” — Eric Kam, Solution Marketing Manager, ESI’s IC.IDO
“Increasingly, our customers want to take advantage of all the benefits AI brings to their workflows. We are thrilled that NVIDIA is bringing Tensor Cores to Turing GPU architecture which will provide a more cost effective solution for inferencing whether on the desktop or from the data center.” ––  Jim McKinney, Chief Technology Officer, ESRI Desktop Applications
“We’re excited about the hardware acceleration in NVIDIA’s Turing generation because it will enable our customers to enjoy rendering acceleration 20X faster than on CPU. It’s just fantastic!”  — Sebastien Guichou, Isotropix CTO and Co-Founder, Isotropix
“Interactive ray-tracing is a game changer for scientific visualization and NVIDIA RTX offers improved visual cues for communicating scientific content without disrupting the exploratory workflow” — Berk Geveci, Sr. Director Scientific Computing, Kitware
“Advertising is an extremely iterative process and our clients want alternatives and revisions fast. NVIDIA RTX will accelerate how we use rendering and we’ll be able to reinvest that time into the creative process.”  –– Tawfeeq Martin, Technical Innovations, The Mill
“NVIDIA RTX ray tracing hardware is the future – and will define the next decades of GPU rendering. At SIGGRAPH we’re demonstrating performance improvements of 5-8X with Octane 2019’s path tracing kernel – running at 3.2 billion rays/second on NVIDIA’s new Quadro RTX 6000 – compared to 400 millions rays/second on P6000” — Jules Urbach, Chief Executive Officer, Otoy
“Pixar is excited to be working closely with NVIDIA to integrate the OptiX ray tracing acceleration in Quadro RTX into the next generation of high performance RenderMan solutions for animation and VFX.” — David Laur, Director of Product Management, Pixar
“The Quadro RTX is a BEAST!” — Rob Slater, Co-founder, Redshift
“VMD exploits Turing’s RTX acceleration for fully interactive ray tracing of even the most difficult scenes from state-of-the-art research, giving scientists intuitive WYSIWYG publication rendering at high fidelity, all without becoming a graphics professional.” — John Stone, Senior Research Programmer, University of Illinois at Urbana-Champaign
“Our long-term collaboration with NVIDIA on advanced rendering continues with Turing.  The performance improvements change how artists can work with hero assets throughout the pipeline, improving every creative decision along the way.  This is not a speed up, it’s a step up to a new way of working.”– Luca Fascione, Senior. Head of Technology and Research, WETA Digital
“With Viz Virtual Studio, our customers can easily create complex, interactive 3D virtual sets and immersive graphics. Turing will allow them to overcome the challenges of achieving photorealism in a virtual environment. Real-time ray tracing will usher in a new era for how artists and designers create broadcast graphics and beyond.” —  Gerhard Lang, Chief Engineering Officer, Vizrt
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