feature article
Subscribe Now

Altium Amps PCB

Desktop Design Grows Up

Altium (long ago known as Protel) has long distinguished themselves as the provider of PCB tools for the mainstream. They based their business on the notion that many designers and small design teams don’t have the budget, patience, or need for the big enterprise-scale board design tools offered by EDA companies like Mentor and Cadence. Instead, they focused on the “desktop” market, blazing trails in highly capable PCB tools that typically ran on Windows PCs.  

Over the years, the company has evolved their Altium Designer suite of board-level system design tools to a very respectable level, giving their larger EDA competitors a good deal of heartburn. Over a decade ago, in order to defend against the likes of Altium, the bigger EDA companies added “desktop” offerings of their own – PADS from Mentor and OrCAD from Cadence (both by acquisition). This allowed the big EDA folks to sell a low-cost desktop offering against Altium without cannibalizing or devaluing their expensive enterprise tools.

Altium was undeterred. The company continued to shovel high-end features into their desktop tools, leaving their competitors with a tough quandary: add features to their desktop tools in order to stay competitive with Altium and risk pulling users away from their high-end offerings, or let Altium continue their climb into the big leagues. It turns out they did a lot of both. 

Eventually, however, Altium began to reach the limits of their underlying technology. Their underlying code base had gotten a bit long in the tooth, and they could not easily support the latest, fastest architectures with true 64-bit processors and multi-threading. Their Object Pascal development language was somewhat arcane and very unconventional for EDA, making it difficult for them to take advantage of some of the top-flight engineering talent on the market.  

Now, all that has changed.

Altium just announced Altium Designer 18, which may look like a modest change to the previous versions in terms of raw numbers of new features, but which includes under the hood a complete modernization of the software platform. The result is a major overhaul of the product with vastly improved speed, a cleaner (but still backward-compatible) user interface, and a modern software development environment to improve productivity (and therefore responsiveness) of the engineering moving forward. From this point on, Altium Designer should be a more modern tool and should be able to evolve more rapidly in response to user needs and competitive pressures.

Altium Designer 18 isn’t without major feature updates, however. Significant new enhancements to the product include interconnected multi-board design support, upgraded human-guided autorouting, dynamic real-time BOM management and rule checking, and an integrated PCB documentation flow. These features clearly signal that Altium wants Altium Designer to be taken as a serious, professional, industrial-strength PCB design environment.  

Altium led the 3D design revolution in PCB design tools, and the new multi-board support keeps with that theme. A new graphics engine gives faster rendering, and the system manages multi-board connectivity behind the scenes, eliminating the need for those pesky spreadsheets that sometimes may lead to connector pinouts being backward (not implying that YOUR team would make a mistake like that, but, you know…)

The enhanced visual router “ActiveRoute” uses your rules and manual guidance to give tuned autorouting results with, according to Altium, “the quality of a human, but the speed of a machine.” If you’re pulling dozens to even hundreds of traces out of a BGA footprint, you don’t want to manually route each trace, but you also don’t want the typical mess you get from a fully-automatic router. You select the nets you want to route and provide a manually-drawn guide route to show the tool what you’re thinking. The autorouter then does the detail work for you, including following any length and phase-matching constraints you have applied for critical nets, for both single-ended routes and differential pairs.

On the BOM management front, Altium has always had a robust set of capabilities for helping to make sure that you don’t design something that you can’t manufacture. With version 18, they have taken that capability to a new level my making the BOM dynamically managed as you design. For major components, it can check BOM rules as you go, making sure you’re not banking on a component you can’t get. But for small, less-critical items like small passives, decoupling capacitors, and so forth, you can wait until the end to go through the detailed selection and BOM verification process. Keeping the BOM checked as you go can alleviate some serious end-of-project surprises and should make your handoff to manufacturing go smoothly.

Finally, while design documentation isn’t anybody’s favorite part of the project, AD 18 should make it a lot less tedious, giving you push-button automatic updates to documentation that is maintained in synch with the rest of the project data. Even if you’re not the most diligent documentor, AD 18 will help to make your boss think that you are. Engineering changes should be quickly reflected in the documentation so that the design and the docs end up matching at the end of the project. 

Altium now has a multi-tier offering for PCB design, starting with Nexus (the company’s enterprise-grade large team platform), then Altium Designer (the desktop/small team solution), and, finally, CircuitMaker and CircuitStudio (aimed at the Maker/Hobbyist/entry-level market). The company is particularly smart in differentiating the top two tiers based on team size and enterprise collaboration features, rather than board design technology. For far too long, design tool companies have equated “high end” with both support for large teams and support for complex design. In reality, many single-user teams require the most advanced design capabilities, and many large enterprises do not. Small teams should not have to navigate complex enterprise-level collaboration features (and pay higher prices) in order to get access to high-performance design features. 

Altium is also offering an optional power delivery network (PDN) analysis tool, bringing even more high-end design capabilities to their users. While Altium has traditionally lagged behind the bigger players on the simulation front, bringing in top-notch PDN capabilities signals that the company is making a serious play to compete with the high-end tools offered by their rivals.

We’ve seen a tremendous amount of change at Altium over the past decade, and it now looks like the company has settled into a focused vision, aiming to become a major player in the modern PCB design tool market, but sticking to their roots of making approachable and accessible tools at comparatively low cost. It will be interesting to watch how Altium Designer 18 affects that dynamic.

Leave a Reply

featured blogs
Sep 23, 2020
The great canning lid shortage of 75, the great storm of 87, the great snow of 54, the great freeze of 48... will we one day be talking about the great toilet roll shortage of 2020?...
Sep 23, 2020
CadenceLIVE 2020 India, our first digital conference held on 9-10 September and what an event it was! With 75 technical paper presentations, four keynotes, a virtual exhibition area, and fun... [[ Click on the title to access the full blog on the Cadence Community site. ]]...
Sep 22, 2020
I am a child of the 80s.  I grew up when the idea of home computing was very new.  My first experience of any kind of computer was an Apple II that my Dad brought home from work. It was the only computer his company possessed, and every few weeks he would need to cr...
Sep 18, 2020
[From the last episode: We put the various pieces of a memory together to show the whole thing.] Before we finally turn our memory discussion into an AI discussion, let'€™s take on one annoying little detail that I'€™ve referred to a few times, but have kept putting off. ...

Featured Video

Product Update: Synopsys and SK hynix Discuss HBM2E at 3.6Gbps

Sponsored by Synopsys

In this video interview hear from Keith Kim, Team Leader of DRAM Technical Marketing at SK hynix, discussing the wide adoption of HBM2E at 3.6Gbps and successful collaboration with Synopsys to validate the DesignWare HBM2E IP at the maximum speed.

Click here for more information about DesignWare DDR IP Solutions

Featured Paper

Designing highly efficient, powerful and fast EV charging stations

Sponsored by Texas Instruments

Scaling the necessary power for fast EV charging stations can be challenging. One solution is to use modular power converters stacked in parallel.

Learn More in our technical article

Featured Chalk Talk

Bulk Acoustic Wave (BAW) Technology

Sponsored by Mouser Electronics and Texas Instruments

In industrial applications, crystals are not ideal for generating clock signal timing. They take up valuable PCB real-estate, and aren’t stable in harsh thermal and vibration environments. In this episode of Chalk Talk, Amelia Dalton chats with Nick Smith from Texas Instruments about bulk acoustic wave (BAW) technology that offers an attractive alternative to crystals.

More information about Texas Instruments Bulk Acoustic Wave (BAW) Technology