Xpedition buyer's guide

Systems and PCB design complexity has outgrown point tools and “throw it over the wall” handoffs. The teams that win aren’t just faster at layout – they are better at preventing respins by keeping the why (design intent), the how (constraints), the what (components), and the can we build it? (verification + DFM) continuously connected from concept through release. Xpedition is built for that connected reality: an integrated, scalable platform that helps teams move quickly without sacrificing engineering confidence as complexity and collaboration needs grow.

An integrated platform that keeps design intent intact

PCB programs break down when intent is scattered across files, tools, and people – constraints drift, libraries diverge, and “tribal knowledge” becomes the only way to understand why something was done. Xpedition is designed as an integrated environment where schematic, layout, constraints, libraries, and downstream deliverables stay aligned, so the why behind decisions is easier to preserve and the how is easier to enforce as the design evolves. 

What this looks like in practice: fewer translation steps, fewer mismatches between domains, and a workflow where changes are easier to manage without losing confidence in the data.

Shift-left verification: converge with confidence, not hope

With today’s edge rates and power density, waiting until the end to validate SI/PI (and other checks) turns verification into a schedule risk multiplier. The best-practice approach is digital-prototype driven verification – checking progressively as you design so you can make the big tradeoffs early, when the design is still flexible. Xpedition supports that shift-left mindset so verification becomes part of convergence, not a gate at the finish line.

What this looks like in practice: issues are exposed when fixes are cheaper, iterations tighten, and signoff becomes confirmation – not discovery.

Manufacturing collaboration built into the design process

Manufacturing questions, DFM escapes, and documentation churn are rarely “manufacturing problems” – they are symptoms of a late feedback loop. Xpedition supports concurrent DFM and manufacturing-aware checks so many issues can be identified and resolved while you’re still designing, not after release. It also supports intelligent manufacturing data exchange (e.g., ODB++ / IPC-2581) to reduce ambiguity and minimize errors that come from translating outputs or reinterpreting intent downstream.

What this looks like in practice: fewer avoidable back-and-forth cycles with fabricators/assemblers and a more predictable path through NPI.

ECAD↔MCAD and PLM alignment: fewer ECOs, cleaner traceability

Most late ECOs come from misalignment across stakeholders: mechanical fit issues, changing requirements, unclear ownership of revisions, or “which BOM is current?” confusion. Xpedition supports ECAD/MCAD co-design workflows so ECAD and MCAD teams can stay in sync without forcing either side to abandon their tool of choice. And with PLM-connected release discipline, teams can strengthen revision control, traceability, and lifecycle visibility – so changes are governed, auditable, and easier to communicate. 

What this looks like in practice: fewer late mechanical surprises, cleaner releases, and less time lost to version reconciliation.

Supply chain resilience at the engineer’s desktop

Supply chain volatility turns part selection into an engineering decision with schedule and revenue impact. If BOM validation happens late, it creates loopbacks that can take days or weeks, especially when alternates require footprint/model changes. Xpedition supports bringing component sourcing intelligence and BOM visibility forward so engineers can consider availability, alternates, and risk earlier, while the design still has room to adapt.

What this looks like in practice: fewer “scramble” substitutions late in the cycle and fewer redesigns triggered by parts that go obsolete or unavailable.

AI automation that improves real throughput

Engineers don’t need flashy AI—they need fewer clicks, less searching, fewer repetitive steps, and better consistency. Xpedition’s approach to AI is productivity-first: practical automation that helps users execute common workflows faster and with fewer mistakes. For example, Xpedition’s “command prediction” learns from executed commands to recommend likely next actions, reducing time spent hunting through menus, and it’s user-controllable (you can turn recommendations off). Siemens’ broader AI-enabled and algorithmic automation direction for PCB and systems design follows the same principle: intelligent automation that’s embedded into day-to-day work to increase throughput and reduce friction.  

What this looks like in practice: measurable time savings across layout execution, checking, and release activities – without asking teams to “trust a black box.”

A growth path with no dead ends

Tool churn is expensive: retraining, data migration, broken libraries, and disrupted processes can cost more than the license savings that triggered the switch. Xpedition is intentionally a family, letting teams start with what they need today and scale as complexity grows, without abandoning their workflow or design investment. Whether you begin at an entry point or standardize across a growing team, the goal is continuity: the same underlying technology foundation, with additional capability and governance as needed.

• PADS Pro Essentials: professional-grade entry-level PCB design built on proven Xpedition technology.
• Xpedition Standard: Adaptable PCB design solution for independent engineers and small teams. Best balance of price and capability.
• Xpedition Enterprise: fully-integrated enterprise deployment with supported governance for multi-site, multi-domain, multi-disciplinary organizations 
  

What this looks like in practice: a smoother scale-up path, less disruption, and a platform that supports you as designs move from “simple board” to multi-domain, multi-stakeholder product development.

Choose the deployment model that matches your team size, IT preference, and governance needs.

Xpedition supports flexible deployment models to match how teams work today—locally, collaboratively, or at enterprise scale.

SaaS deployment

• Xpedition Standard and PADS Pro Essentials
• Full desktop authoring environment for PCB design
• Named user licensing with lightweight administration suited for individuals and small teams
• Cloud-connected workflows that support design sharing, collaboration and review without requiring heavy infrastructure.
• Can work online or offline

Enterprise deployment

• Xpedition Enterprise is a fully customizable and integrated authoring environment.
• Centralized floating/enterprise licensing and user administration
• Integration with enterprise IT policies and security frameworks
• Scales across departments, sites, and global, multi-disciplinary organizations

Xpedition is designed to work within heterogeneous engineering ecosystems, not isolated toolchains.

Siemens Xcelerator connectivity

Xpedition seamlessly connects with Siemens Xcelerator solutions such as HyperLynx, Valor, Teamcenter, Designcenter NX, Capital and Simcenter to establish a complete digital thread across planning, design, simulation, and execution. This interoperability ensures that data flows securely and efficiently between engineering and production, driving faster collaboration and decision-making.

Multi-vendor toolchain support:

• Industry-standard PCB and manufacturing formats
• Industry-recognized PLM tools for product lifecycle planning
• Industry-recognized mechanical CAD tools for ECAD-MCAD collaboration
• Simulation and verification tools across the Siemens portfolio
• Component supplier and manufacturing partner workflows

This open approach ensures design data moves efficiently from concept through manufacturing without costly rework or translation friction.

Data management needs evolve as teams scale – from “share and review” to “govern, standardize, and traceability.” Xpedition supports scalable data management, allowing teams to start simple and grow seamlessly into enterprise-grade workflows.

Manage your design data

Store and manage your component/library and design data using your own systems or local storage.

Secure collaboration supported across the Xpedition family

• Practical organization, sharing, and review workflows
• Markup and collaboration to align stakeholders
• Secure access and permissions
• Collaboration across internal teams and external stakeholders

Enterprise data management with Xpedition EDM

• Fully-featured on-premises data management solution for Xpedition Enterprise
• Support for governance-oriented workflows for multi-program organizations
• Designed for enterprise-scale administration and controlled processes
• Traceability from design intent to manufacturing output

Xpedition supports two buying motions so teams can adopt at the right pace.

Named User subscriptions

Applies to: PADS Pro Essentials, Xpedition Standard

• Subscription Named User licensing enabling simplified access and administration, and enhanced security and usage transparency
• Start with the minimum capability you need and scale seats as you grow
• Flexible access, on demand, to advanced capabilities (Xpedition Standard) using a 25- or 50-pack of tokens: Pre-/Post-layout signal integrity (powered-by HyperLynx), Rigid-Flex design and Enhanced ECAD-MCAD co-design with Siemens NX.

Explore Token-Based Add-ons

Enterprise engagement

Applies to: Xpedition Enterprise

• Delivered with floating/enterprise licensing and enterprise deployment options
• Guided engagement to configure the right enterprise workflow.

Contact Sales

Below is a practical set of fit guidelines to help you identify which Xpedition tier best matches your team’s size, design complexity, collaboration needs, and required level of governance.

How to use the table: For each row, choose the column that most closely describes your situation. The solution with the most matches is typically your best starting point. Quick fit summary:

• Mostly PADS Pro Essentials. Best for individual innovators wanting a professional-grade PCB design alternative to free tools
• Mostly Xpedition Standard. Best for small teams that need more capability, automation, and collaboration
• Mostly Xpedition Enterprise. Best for large or distributed organizations requiring multi-user concurrency, formal processes, and audit-ready governance

Xpedition is a cutting-edge PCB and electronic systems design environment optimized for professional engineering and enterprise workloads.

Operating System: Windows 11 (64-bit versions) Enterprise Edition and Pro Edition are supported (24H2, 25H2)

While there is no known issue with running Microsoft Windows 11 Home Edition or Educational Edition, the product has not been tested with these editions, therefore are not officially supported.

Baseline hardware specs for Xpedition professional workflows:

• Processor: Dual-core Intel or AMD minimum
• Memory: 32 GB RAM minimum recommended
• Swap space: 2x the amount of RAM

Requirements scale based on design complexity (layer count, density, SI/PI analysis, rigid-flex, 3D integration). To maintain the optimal user experience, we recommend:

• Processor: Intel i7, i9, Xeon or AMD Ryzen 7 or 9
• Disk: 1 TB SSD minimum. 2 TB SSD recommended
• Memory: 32 GB DDR5
• GPU: dedicated graphics (4 GB)
• Screen: 1920 x 1080 minimum. 4k recommended

Further, for Xpedition Enterprise, Windows Server is supported. Specifically:

• Microsoft Windows Server 2025 with all current updates via Windows Update
• Processor minimum: Dual-core Intel or AMD processor
• Minimum RAM: 32G (per simultaneously logged in user)

You can buy Xpedition products directly from the product pages (PADS Pro Essentials and Xpedition Standard) or contact our sales team (Xpedition Standard and Xpedition Enterprise). The Xpedition product solutions are listed below, and you can explore all available options on the product pages.

• View Xpedition Products
• Contact Sales