What is the main difference between OEM and ODM?

The main difference is design ownership. An OEM (original equipment manufacturer) designs the product, owns the IP and sells it under its brand, either building it in-house or through a contract manufacturer. An ODM (original design manufacturer) designs and builds the product itself, and other companies rebrand and sell it.

Is ODM cheaper than OEM?

ODM is usually cheaper upfront because the manufacturer has already paid for most of the design, tooling and testing, and minimum order quantities are often lower. OEM costs more at the start because of non-recurring engineering, tooling and certification, but it can be more economical over a long product life with high volumes and gives you a product competitors can't buy.

Who owns the IP in an ODM agreement?

In most ODM agreements the manufacturer keeps ownership of the base design, and the brand gets the right to sell its branded version. Ownership of any custom changes, tooling and firmware depends on the contract, so it should be negotiated and written down before production starts.

What does OEM mean in manufacturing?

OEM is used in three ways. It can mean the brand that designs and owns a finished product, a supplier whose components go into another company's product, or, in industrial automation, a machine builder that builds equipment for resale using components from automation vendors. Always confirm which meaning a supplier or partner intends.

What is the difference between an OEM and a contract manufacturer?

An OEM owns the product design and brand. A contract manufacturer (CM) builds that product to the OEM's specifications without owning the design. Many OEMs use contract manufacturers instead of running their own factories.

Can a company switch from ODM to OEM?

Yes. A common path is to launch on an ODM platform to prove demand, co-design the next version with the factory, and then bring design in-house as an OEM once volumes and engineering capacity justify it. Check your ODM contract for IP, tooling and exclusivity terms before you plan the switch.

OEM vs ODM: Key Differences, Examples and How to Choose

OEM vs ODM comes down to one question: who owns the design? An original equipment manufacturer (OEM) owns the product design and intellectual property (IP) and sells the finished product under its own brand, whether it builds in-house or hires a contract manufacturer. An original design manufacturer (ODM) designs and builds a product that other companies buy, rebrand and sell as their own.

The word "OEM" causes most of the confusion. IBM defines an OEM as a company that makes parts for another company's finished product. Rockwell Automation's OEM Partner Program uses it for machine builders that get 51% or more of their revenue from the machines they build and sell. Most hardware startups use it to mean the brand that owns the product.

This guide covers the difference, examples, how to choose and what it means for your partner channel.

What is the difference between OEM and ODM?

The difference between OEM and ODM is design ownership. In the OEM model, the brand designs the product, owns the IP and controls the roadmap, while a factory builds it to spec. In the ODM model, the manufacturer designs and builds the product and owns the base design, while the brand customizes, labels and sells it. OEM trades speed for control. ODM trades control for speed.

OEM vs ODM at a glance

Factor	OEM model	ODM model
Who designs the product	The brand's engineering team	The manufacturer
Who owns the core IP	Usually the brand	Usually the ODM, unless the contract says otherwise
Who builds it	The brand, or a contract manufacturer working to its spec	The ODM
Name on the product	The brand	The brand (the ODM stays in the background)
Customization	Full	Limited to the ODM's options, such as enclosure, color, firmware settings and packaging
Time to market	Longer: design, prototypes, tooling and certification	Shorter: the base design is already proven
Upfront cost	Higher	Lower
Differentiation	High	Low to moderate, because rivals can buy the same base design
Switching factories	Easier, because you own the design files	Harder, because the design belongs to the ODM
Best for	Products where the hardware is the competitive advantage	Proven categories where brand, price or distribution wins the sale

Where the money goes in OEM vs ODM

The biggest cost difference is when you pay, not how much. OEM puts most of the cost upfront. ODM spreads it into the unit price.

Cost item	OEM model	ODM model
Engineering (non-recurring engineering, or NRE)	You pay for design, prototypes and testing	Mostly covered by the ODM's existing design
Tooling (molds, fixtures)	You usually pay for it and own it	Often shared, built into the unit price or owned by the ODM
Certification (safety, radio, EMC)	You pay, and the certificates cover your product	Often reused from the ODM's base design, with fees for changes
Unit price	Lower at high volume, once upfront costs are recovered	Higher, because the ODM recovers its design costs and margin
Minimum order quantity	Set by you and your factory	Set by the ODM, and often higher for custom options
Cost of switching factories	Lower: you own the files and tooling	Higher: you may need to redesign the product

What is an OEM (original equipment manufacturer)?

An original equipment manufacturer (OEM) is the company responsible for a product's design and specification. In hardware, that usually means the brand that sells the finished product and stands behind the warranty, whether it runs its own factories or outsources production.

You'll hear OEM used in three ways:

The brand owner. The company that designs the product and puts its name on it, such as Dell or HPE in servers.
The component supplier. A company whose parts go inside someone else's product. That's why genuine replacement parts are called OEM parts, as opposed to aftermarket parts, as Investopedia explains.
The machine builder. In industrial automation, the Siemens OEM Partner Program defines an OEM as "a company with its primary business being that of building machines or equipment for resale."

When a supplier says "we work with OEMs", ask which one they mean. Our OEM glossary entry has a quick reference.

Pros and cons of the OEM model

Pros:

Real differentiation. Competitors can't buy your product off the shelf.
Portable IP. You own the design files, so you can move production if quality, cost or geopolitics change.
Roadmap and pricing control. You decide what ships next, and a unique product is easier to sell on value.

Cons:

Higher upfront investment. NRE, tooling and certification land on your books before the first unit ships.
Longer time to market. More prototype rounds mean more ways to slip.
More risk and more work. You carry unsold stock and manage the bill of materials (BOM), shortages and end-of-life notices yourself.

What is an ODM (original design manufacturer)?

An original design manufacturer (ODM) designs and manufactures a product that other companies rebrand and sell. The ODM owns the base design. The buyer picks from configuration options, adds its branding and sometimes pays for limited changes.

In 2019, TrendForce reported that HP, Dell and Apple together held up to 66% of the North American notebook market and each depended 90% on Taiwanese suppliers such as Quanta, Compal and Wistron.

ODM overlaps with white label and private label. A white-label product is one base product sold to many brands. A private-label product is usually made for one brand, often a retailer, with exclusive rights. An ODM can produce either.

Pros and cons of the ODM model

Pros:

Faster launch. The design, tooling and much of the testing already exist.
Lower upfront cost. You skip most of the R&D and tooling spend.
Smaller first orders. ODM products often have lower minimum orders, which Investopedia notes suits smaller buyers, though terms vary by factory.

Cons:

Limited differentiation. If you can buy the base design, so can your competitor.
IP limits. The ODM keeps the design, which limits exclusivity and makes switching factories hard.
Price pressure and dependence. Near-identical products compete on price, and firmware updates and end-of-life decisions sit partly with the ODM.

OEM and ODM examples in hardware manufacturing

Industry	Usual model	Who designs	Who builds	What it means for partners
Enterprise servers	OEM	Brands such as Dell and HPE	The brand or its manufacturing partners	Resellers sell a branded product with full support
Hyperscale and AI servers	ODM	The cloud company sets the spec, the ODM engineers it	ODMs such as Wistron	Fewer middlemen: ODMs often sell straight to the cloud company
Laptops	ODM-heavy	The brand sets the spec, an ODM does most engineering	ODMs such as Quanta and Compal	Partners compete on brand, price and service more than hardware
Industrial machinery	OEM	The machine builder	The machine builder, using components from automation vendors	Machine builders join vendor OEM programs for pricing, training and co-marketing

Servers and AI infrastructure

Servers show both models side by side. Enterprise buyers have traditionally paid more for OEM servers from Dell and HPE, while hyperscalers have used ODMs to cut costs, according to Dell Technologies.

AI demand has made server ODMs some of the fastest-growing hardware companies in the world. Wistron's October 2026 revenue reached NT$402.6 billion (US$12.2 billion), more than double the year before, DIGITIMES Asia reported.

Industrial machinery and automation

In factory automation, the OEM is the machine builder: the company that makes packaging lines, CNC machines or HVAC units using controllers, drives and sensors from automation vendors. Those vendors compete for OEM loyalty through formal partner programs. Rockwell Automation's OEM Partner Program has Bronze, Silver, Gold and Platinum levels, with higher levels tied to how much Rockwell content goes into a partner's machines. Benefits include co-marketing, deal registration, training and a listing in Rockwell's OEM locator, as set out in the program guide.

OEM also applies to software and chips that hardware makers embed. See our guide to OEM technology partnerships.

How to choose between OEM and ODM

Choose OEM when the design is your competitive advantage. Choose ODM when speed, cost or distribution matters more. Ask these questions first:

Is the hardware the reason customers buy? If yes, you need OEM.
How fast do you need to ship? An ODM platform can save months.
Can you fund NRE, tooling and certification? If not, start with ODM to prove demand.
Do you have hardware engineers? OEM needs electrical, mechanical, firmware and test skills, on staff or under contract.
Do you need exclusivity? If a rival selling your product would hurt, own the design or negotiate exclusivity.
Who will sell and support the product? Your channel partners need documentation, firmware, spare parts and warranty answers.

Quick decision guide

If this describes you	Better fit	Why
The hardware is what customers pay for	OEM	You need to own and protect the design
You need to launch in months, not years	ODM	The base design is already proven
You have little budget for engineering and tooling	ODM	The ODM has already paid most of the upfront cost
You expect high volumes for many years	OEM	Lower unit costs pay back the upfront investment
Your partners need exclusive products or territories	OEM	You can't stop an ODM selling the same design to rivals
You're testing a new market	ODM first	Prove demand, then move to OEM if it takes off

Example: moving from ODM to OEM

This is a fictional example. A company launching a smart building sensor starts with an ODM platform and sells through a few regional distributors. After 18 months, customers ask for a feature the ODM platform can't support. For version two, it pays the same factory to co-design that feature. By version three, it has its own hardware team and moves to an OEM model with a contract manufacturer.

The channel changes too. By version three, the company can offer partners exclusive territories and margin on something nobody else has.

What to put in an OEM or ODM contract

Most disputes start with terms nobody wrote down. Agree these before production starts.

Contract term	What to agree	Risk if it's missing
Design and IP ownership	Who owns what each side brought and what you create together	You pay for improvements you can't take with you
Tooling	Who paid for molds and fixtures, who owns them and whether you can move them	You pay for tooling twice to switch factories
Exclusivity	Limits by region, channel, customer type or time. See our exclusivity clause entry	A competitor sells your product under another name
Competing products	Whether the ODM can sell the design to others or under its own brand. A non-compete clause may help	Your supplier becomes your competitor
Firmware and source code	Who owns it and what happens if support stops	You can't fix bugs or security issues yourself
Change control and end of life	How part swaps are approved, notice periods and last-time-buy rights	Parts change without notice or production stops
Certifications	Whose name is on the certificates and who pays to re-certify	You can't legally ship in some markets
Warranty and returns	Failure analysis, returns (RMA) handling and who pays for field failures	Your partners carry warranty costs you didn't plan for

Why OEM vs ODM is also a channel decision

Your manufacturing model also decides how the product reaches customers and who you partner with.

OEM brands usually sell through partners. Industrial and electronics manufacturers sell through distributors, dealers, value-added resellers and system integrators, often in several tiers. The OEM owns the product, so it also owns the partner program: pricing, deal protection, training, technical documents and incentives. Our distributor guide to channel orchestration and channel partner management strategy explain how to run those tiers.

For an ODM, every customer is a partner. Brand customers need spec sheets, certification files, samples, roadmap briefings and quotes, faster than a sales inbox can deliver. That's a partner portal problem, not just a sales problem.

Model shifts create channel conflict. When ODMs sell straight to hyperscalers or launch their own brands, the companies in the middle get squeezed. The same happens when a manufacturer starts selling direct alongside its distributors. Our article on vertical channel conflict covers how to prevent it.

How each model changes life for your channel partners

Channel factor	OEM product	ODM-based product
Differentiation partners can sell	High: nobody else has the product	Low to moderate: rivals may sell the same design
Partner margin	Easier to protect	Under pressure when similar products compete on price
Exclusive territories	Possible, because you control supply	Hard to promise without exclusivity in your ODM contract
Value of deal registration	High: it protects partners on long, high-value deals	Useful, but price often decides the deal
Technical enablement	You create the training, documents and firmware	You depend on the ODM for technical content
Risk of channel conflict	Mainly from your own direct sales	Also from the ODM selling direct or launching its own brand

OEM partnerships are partner programs. Rockwell's program runs on tiers, deal registration, training, co-marketing and a partner portal, as its OEM Partner Program guide shows. That's partner relationship management, whatever the vendor calls it. To go deeper, read our guides to OEM partnerships, running an OEM partner program and manufacturing partnerships.

Managing OEM and channel partners with Journeybee

Journeybee is an AI-native partner relationship management (PRM) platform for recruiting, enabling and co-selling with partners. Journeybee for manufacturing gives manufacturers and distributors one branded portal, connected to their CRM, for technical resources, deals and partner activity.

What hardware manufacturers typically need, and where Journeybee covers it:

Need	Why it matters in hardware	Journeybee feature
Recruit and onboard partners	Distributors and integrators need to be productive fast	Partner recruitment and partner onboarding
Protect partners on long deals	Multi-party deals stall when two partners chase one account	Deal registration
Quote complex products correctly	Partners shouldn't quote configurations that won't work	CPQ software with compatibility rules and BOM-aware quoting
Share technical content by tier	Datasheets, firmware and certificates need access control	Partner portal and partner enablement
Train and certify installers	Complex products need certified engineers	Partner learning management system
Run multi-tier channels	Distributors, dealers and resellers need one view	Distributor management
Fund and reward partners	Rebates and co-marketing drive mindshare	Market development funds, partner incentives and sales incentive programs
Measure what's working	Channel, sales and supply teams need the same numbers	Partner analytics and CRM integrations

If you're comparing tools, our guide to the best PRM software for manufacturing reviews 13 options. Journeybee plans start at $499 per month with unlimited partners and users. Book a demo to see deal registration, CPQ and partner training working together for a manufacturing channel.

Key takeaways

OEM vs ODM is about design ownership. OEMs own the design and IP; ODMs design products other brands sell.
"OEM" has three meanings: brand owner, component supplier and machine builder. Confirm which one a supplier means.
ODM is faster and cheaper upfront. OEM gives you differentiation and portable IP.
Agree IP, tooling, exclusivity and firmware terms in writing.
Your manufacturing model is also a channel model.

OEM vs ODM: Key Differences, Examples and How to Choose (2027)