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Linux for Tegra and Android (beta) on the CB302B: One architecture.
Every form factor.

Curve Reality separates compute, power, and I/O into a modular architecture. The same core hardware becomes a desktop workstation, a wearable system, or an embedded brain.

Curve Reality CB302B Carrier Board and Developer Kit launch film.

02 - The stack

Interfaces evolve.
The core persists.

Displays and applications change independently from the compute and I/O layers beneath them. That's what lets one board power a desktop, a robot, and a wearable system without redesign.

L4

Applications

AI agents, games, robotics, industrial software, wearable interfaces

L3

Interfaces

Monitors, AR glasses, VR headsets, sensors

L2

I/O + Carrier Board

DisplayPort, USB, networking, storage, expansion

L1

Compute + Power

NVIDIA Jetson, hot-swap batteries, thermal, field operation

L1–L2 = Curve hardware · L3–L4 = yours to define

Platform architecture

CB302B · ARM Desktop Compute

01

Applications

Choose your environment

Linux

Linux for Tegra (L4T) + JetPack

Supported

Android

LineageOS 24 / Android 17

Beta

JetPack SDK

CUDA · TensorRT

Developer tools

02

Interfaces

Connect your peripherals

DisplayPort

Alt Mode over USB-C

Display

Camera + GPIO

2 × 22-pin FPC · 40-pin GPIO

Devkit pinout

Ethernet + wireless

RJ45 · Wi-Fi 5 + Bluetooth

Networking

03

I/O + carrier board

The Curve hardware layer

CB302B

Orin Nano / Orin NX

Carrier board

M.2 Key M

NVMe SSD expansion

Storage

M.2 Key E

Wi-Fi + Bluetooth module

Wireless

04

Compute + power

Size the system to your work

Jetson Orin module

Nano 4/8GB · NX 8/16GB

Sold separately

USB-C PD

45 W power input

Wall power

M12 battery

Up to 60 W input

Hot-swap

One carrier. Four layers. Built around your application.Download diagram

03 - Operational modes

One platform. Three configurations.

Curve carrier board assembled in its compact desktop housing

Connect to external monitors, keyboards, and peripherals for a portable workstation or lab setup.

Compact desktop assembly shown. The same carrier forms the core of each configuration.

04 - Modular by design

Every part replaceable.
Nothing disposable.

01

Compute

CB302B supports Orin Nano / Orin NX with native Linux for Tegra (L4T) and native LineageOS 24 / Android 17 (beta). DisplayPort over USB-C connects your desktop display. Upgrade the module, keep the system.

02

Storage

M.2 NVMe on every carrier board. Configure capacity per application, from lightweight deployments to large local datasets and models.

03

Power

Hot-swappable Milwaukee M12 batteries. Continuous operation, field-serviceable power, no proprietary battery lock-in.

05 - Who builds on it

Built for teams shipping real systems.

AI product teams

Portable or embedded AI systems that need modular compute and power.

Robotics & edge

AI-accelerated compute in mobile, battery-powered, or field environments.

Industrial & defense

Rugged, modular systems for training, teleoperation, inspection, or field deployment.

Research labs

Prototyping next-generation intelligent hardware and context-aware edge platforms.

06 - Start here

Start with a carrier board.

Carrier boards are the production-ready entry point to the platform - designed for real-world integration and deployment.

Curve Reality - Rev 2026.04

Designed in New Zealand