TAA-Compliant NVIDIA Jetson: Country of Origin and Part Numbers Explained

A TAA compliant Jetson is an NVIDIA Jetson module, or a system built on one, made in the United States or another country designated under the US Trade Agreements Act, so it can go into US federal and defence programmes that require TAA compliance. For Jetson, compliance comes down to the exact part number and where that module was built.

For defence and sensitive industrial programmes, the country of origin of an NVIDIA Jetson module decides whether it can be used at all. NVIDIA builds the same module in more than one country, and only some part numbers fix the origin. We source TAA-compliant Jetson modules into the bill of materials for rugged mission computers and embedded systems supplied to defence contractors and their supply chains, including UK companies selling into US programmes.

This guide explains what TAA compliance requires, which countries qualify, how country of origin works for Jetson, the origin-specific part numbers NVIDIA lists for each module, how that carries through to a complete system, and how TAA differs from the Buy American Act and NDAA restrictions.

The Trade Agreements Act (TAA) governs what the US government can buy. It requires an end product to be wholly made, or substantially transformed, in the United States or a TAA-designated country. It applies to federal purchases above a dollar threshold that is reset every two years, and to every product sold through a GSA Multiple Award Schedule regardless of value, which is why so many programmes write it into their specifications for commercial off-the-shelf electronics. Our answer on what TAA compliance means covers the rule in full.

For an NVIDIA Jetson deployment, that turns a hardware decision into a sourcing decision: which part number, made where, and documented how. Three US rules are often confused, so it helps to separate them.

Programmes can require more than one of these at once, and the contracting officer’s clauses decide which apply. Where a determination is not clear-cut, a US Customs and Border Protection ruling or legal advice settles it; this guide sets out how the rules usually apply to Jetson hardware, not legal advice.

TAA-designated countries include the USA and a defined list of trade partners: members of the WTO Government Procurement Agreement, free trade agreement partners and certain developing and Caribbean Basin countries. Several major electronics-manufacturing countries are not designated, and NVIDIA builds Jetson modules across a mix of both.

So two Jetson modules with the same model name can differ in compliance purely by where they were built. The designated list changes from time to time, so confirm it against the current Federal Acquisition Regulation list; our answer on which countries are TAA compliant keeps the wider picture.

NVIDIA assigns a part number to each Jetson SKU, and the same model can be produced in more than one country. The model name, for example Jetson AGX Orin 64GB, does not tell you the country of origin. NVIDIA’s own Jetson FAQ lists the standard part numbers with a choice of origins, such as “China, USA, or Vietnam”, and a separate set of origin-specific part numbers that are built in one named country.

The only reliable confirmation for a given module is the country of manufacture laser-etched onto the module itself, which is what a compliance officer or auditor will check. A determination made from the box, the model name or a distributor’s description alone will not hold up under audit. Developer kits follow the same pattern: NVIDIA lists the AGX Thor, AGX Orin 64GB and Orin Nano Super developer kits as “China, USA or Vietnam”, so they are not a route to a compliant build.

The table lists the part numbers in NVIDIA’s Jetson FAQ at the time of writing, with the origin NVIDIA gives for each. The suffix tells you the build: USA-origin SKUs end in -0A0 or -0A1 and Taiwan-origin SKUs in -0T0, while standard part numbers end in -000 or -001 and have a variable origin.

Three points follow. First, part numbers change: the Thor and Orin NX standard SKUs moved from -000 to -001 endings, and an NVIDIA forum answer in March 2026 named -0A0 Thor SKUs as TAA-compliant before the FAQ listed -0A1, so check the current listing and the distributor’s quotation before you order. Second, the Orin NX 8GB -0V1 SKU can be built in Vietnam, so it does not fix a compliant origin on its own. Third, where no origin-specific SKU exists, such as on the Orin Nano and AGX Orin 32GB, we confirm the country of origin against the module marking and document it for your audit.

Xavier modules reached the end of their last-time-buy window in 2026, so a TAA Xavier build is now a stock question; our guide to Xavier and TX2 end of life covers the move to Orin.

A programme buys a computer, not a module, and the TAA test applies to the end product. The country of origin of a complete Jetson system is usually where its parts are last substantially transformed into the finished computer, typically final assembly and test, which can differ from where the module was made.

In practice, many rugged Jetson computers are designed and assembled in Taiwan or the USA, both designated countries, which helps. But a compliant module inside a system assembled in a non-designated country does not make a compliant product, and a system assembled in a designated country may still be challenged if the module was not substantially transformed there. Ask for the system maker’s statement as well as the module evidence, and keep both with the delivery record.

For defence contractors and sensitive industrial programmes, we source TAA-compliant Jetson modules and include them, with their part numbers and country of origin, in the bill of materials. They go into our rugged Jetson mission computers and embedded systems, built for the environment and the compliance requirement together.

Because we own the bill of materials, we confirm the country of origin against the module marking and document it for your audit, rather than leaving you to verify a part after it arrives. We configure, image and test each system before it ships. If you are also weighing which module to standardise on, our guide to choosing a Jetson module walks the range, and our answer on how long Jetson is supported sets out the lifecycle dates.

The Diamond Systems OSBOURNE-ER OSB-ER-64GXT pairs the AGX Orin Industrial module with a rugged carrier rated from −40 °C to 85 °C, and the Forecr MILBOX‑ORNX and MILBOX‑THR are IP67 mission computers on Orin NX and Thor. For any of them we can specify the origin-specific module and document the country of origin with the build.