What Replaced the NVIDIA Jetson Xavier?

NVIDIA Xavier is the Jetson module generation built around the Xavier system on chip, with an NVIDIA Volta GPU, Tensor Cores, two deep learning accelerators and an 8-core Carmel Arm CPU on the AGX version. It came in two module families: the Jetson AGX Xavier, with up to 32 TOPS, and the smaller Jetson Xavier NX, with up to 21 TOPS. For several years it was the standard choice for vision AI on robots, drones and industrial edge systems.

The Jetson Orin family replaced it. Orin moves to an NVIDIA Ampere GPU, Arm Cortex-A78AE CPU cores and LPDDR5 memory, and NVIDIA lines the modules up so that each Xavier design has a natural Orin successor in a matching form factor. The natural migrations are Xavier NX to Orin NX and AGX Xavier to AGX Orin, while the older TX2 modules step up to the Orin Nano or Orin NX.

The table pairs each Xavier and TX2 module with its usual Orin successor. AI performance is NVIDIA’s peak INT8 figure; Orin figures are quoted with sparsity, so the real-world gain on a given model is smaller than the headline ratio, though still large.

Our AGX Orin vs AGX Xavier comparison looks at the performance step in detail.

The Xavier and TX2 modules use LPDDR4 memory, and the 2026 memory shortage brought their end-of-life forward. New orders became non-cancellable and non-returnable, the last-time-buy closed on 1 July 2026, and NVIDIA ships the final modules against placed orders until 15 July 2027. Migrating to Orin is therefore both a performance upgrade and a supply decision. Our Xavier and TX2 end-of-life guide sets out the dates and how to plan around them.

Orin keeps the Xavier form factors, so the move is usually smaller than a full redesign. Several things still need checking before a Xavier system becomes an Orin system.

Most programmes run two tracks at once. The first covers the systems already in the field: how many Xavier modules are needed for remaining production, repairs and spares until the Orin version is approved. The second is the Orin design itself, which starts with choosing the module from the real workload rather than the headline TOPS figure.

A practical order of work is to benchmark the existing model on the target Orin module, confirm the carrier board and storage, rebuild the software image on the current JetPack release, then run thermal and environmental checks in the final enclosure. Keeping the same camera, I/O and mounting arrangement where possible limits the change for the end customer and for any field engineers who maintain the system.

For most Xavier designs, the matching Orin module is the right step: the same class of system, a lower-risk migration and a large performance gain. Our Jetson Orin NX computers take over from Xavier NX systems, and our Jetson AGX Orin computers from AGX Xavier systems. Where the application is moving to large language or vision-language models, the newer Jetson Thor modules may be the better target, at a higher power envelope. Existing Jetson Xavier systems remain available while stock lasts for repair and spares.

We manage Xavier to Orin migrations as standard: sizing any remaining stock of the old module, selecting the Orin module and carrier, fitting storage and the JetPack image, and validating the new system before it ships.