PLM for Electronics and Hardware: BOMs and Sourcing

Which PLM systems do electronics and hardware companies use?

In the cloud segment, the register lists Arena PLM, Duro, OpenBOM, Propel PLM and Autodesk Fusion Manage. Larger programmes with mixed mechanical, electrical and software content also look at Teamcenter and Windchill. Siemens names electronics and semiconductor firms among typical Teamcenter customers. The register does not rank these products. Smaller teams can start with PLM for small manufacturers and startups, which compares price models.

What does an electronics BOM need that a mechanical BOM does not?

A mechanical BOM mostly lists internal parts and assemblies. An electronics BOM also depends on the outside market.

• Manufacturer part numbers (MPN). One internal resistor or connector maps to several MPNs from different manufacturers.
• Approved manufacturer and vendor lists. The AML records which MPNs are allowed for each internal part, and the AVL records which suppliers may sell them.
• Component lifecycle. Active, not recommended for new designs and end-of-life statuses drive redesign and last-time-buy decisions.
• ECAD libraries. Schematic symbols and footprints should align with the released part record, so the BOM exported from the ECAD tool matches the PLM BOM.
• Change control. A substitute component is an engineering change, covered in engineering change management.

The wider structure of EBOM and MBOM views is in EBOM, MBOM and SBOM.

How do the options compare for BOM and sourcing?

Sources are the vendor pages listed below the article. Arena's connection to Altium needs DBLib or Concord libraries and an Arena machine user licence, and XPLM sells and supports it. Arena and Propel each describe component risk monitoring inside the BOM. The register has not tested these features. The Teamcenter and Windchill profiles do not document ECAD or AML detail, so confirm those in a scripted demonstration. The scenarios in PLM vendor demo scenarios can be adapted for this.

How do REACH and RoHS data fit in?

RoHS, Directive 2011/65/EU, limits ten substances in electrical and electronic equipment. REACH adds substance duties across articles. Both are evidenced at part level: the manufacturer or supplier declares material content, and the company links the declaration to the part and rolls it up through the BOM. A PLM system stores and reports the declarations. It cannot create them. A part with an expired or missing declaration should block release. REACH and RoHS compliance in PLM covers thresholds and the data model.

Which option fits which starting point?

Start-up. Teams with one product and an outsourced assembler can weigh OpenBOM, which publishes seat prices, against Arena, which documents supplier access and a 10-day trial. Duro documents an Altium 365 link and distributor sourcing data, and quotes prices on request. See the register comparisons OpenBOM vs Arena and Arena vs Propel.

Contract manufacturer model. Companies that send BOMs and changes to several assemblers should test supplier access, AML export and change notification. Arena documents secure supplier access to released BOMs, drawings and specifications, and Propel lists supplier collaboration in its suite. Ask each vendor how a contract manufacturer sees an AML change before the change is released, and whether supplier users need a paid licence.

Enterprise electronics. Multi-site programmes with software, firmware and mechanical content tend to need a suite with ERP links and configuration management. The enterprise options are covered in PLM software compared for 2026.

Frequently asked questions

Sources

• Arena: PLM supply chain
• Duro: Pricing and plans
• OpenBOM: Integrations
• Propel Software: Summer 2025 release (30 July 2025)
• Directive 2011/65/EU (RoHS), EUR-Lex

Written by Nathalie Paniuta. Reviewed 4 November 2026 by the PLM Vendors editorial team. Regulatory dates and vendor details change; check the sources for the latest position. Corrections with a source: info@plmvendors.com.