Custom Carrier Boards for Entire NVIDIA Jetson Family
20+ Boards for Orin NX, Orin AGX, TX2, Xavier, Orin Nano Super
We engineered more than twenty custom carrier boards for NVIDIA Jetson modules — from compact Nano and TX1/TX2 to high-performance Xavier and Orin platforms. Each design is optimized for AI cameras, robotics, industrial automation, and edge computing systems, delivering high-speed interfaces, robust power design, and full hardware–software integration.
Project Summary
Development of 20+ carrier boards for all NVIDIA Jetson platforms
Optimized designs for cameras, robotics, industrial automation, and IoT
High-speed interfaces: PCIe Gen4, MIPI CSI-2/DSI, USB 3.2, SLVS, NVMe
Rugged power systems and compact form factors for real-world
BSP customization, driver integration, and hardware–software validation
Production-ready prototypes tested in our in-house laboratory

Full-cycle R&D
In-house laboratory
100% Job Success
(Upwork & Linkedin)
(Upwork & Linkedin)
Project Overview
Client: Multiple engineering teams developing AI cameras, robots, and industrial edge devices
Objective: Design custom carrier boards tailored to specific applications across all Jetson generations
Platforms: Jetson Nano, TX1, TX2, Xavier NX, Xavier AGX, Orin NX, Orin Nano Super
Timeline: Series of projects and platform upgrades
Our contribution: Circuit design, PCB layout, power architecture, BSP customization, drivers, production support
Objective: Design custom carrier boards tailored to specific applications across all Jetson generations
Platforms: Jetson Nano, TX1, TX2, Xavier NX, Xavier AGX, Orin NX, Orin Nano Super
Timeline: Series of projects and platform upgrades
Our contribution: Circuit design, PCB layout, power architecture, BSP customization, drivers, production support
This project covers a wide range of custom carrier boards engineered for the full NVIDIA Jetson lineup — from small embedded designs for compact devices to advanced multi-cluster platforms for high-performance AI systems.
Every board was built for a specific task: multi-camera vision, robotics control, wireless IoT, industrial computing, or edge servers.
Every board was built for a specific task: multi-camera vision, robotics control, wireless IoT, industrial computing, or edge servers.
Engineering Challenges
✔ High-speed signal routing on small PCB
PCIe Gen4, MIPI CSI-2/DSI, NVMe SSD, USB 3.x, SLVS-EC interfaces for Sony sensors.
Multi-camera integration
Boards optimized for up to six Sony IMX sensors, multi-stream video, and synchronized triggering.
Reliable power supply systems
Stable operation in harsh conditions: automotive, industrial, temperature variations.
Compact mechanical constraints
Ultra-dense layouts for embedded devices and miniature enclosures.
JetPack, BSP and drivers
Adapting configurations across multiple Jetson Platforms and JetPack releases.
Dense high-complexity PCB
Stackup - up to 10 layers, 1200+ components, 3800+ vias,






Our Solution
Hardware Engineering
▪️ Custom carrier boards for all NVIDIA Jetson Platforms
▪️ High-speed differential routing (PCIe Gen4, USB 3.2, CSI-2)
▪️ SLVS-EC for Sony image sensors
▪️ Wide range of form factors: compact embedded boards, extended industrial boards
▪️ Custom carrier boards for all NVIDIA Jetson Platforms
▪️ High-speed differential routing (PCIe Gen4, USB 3.2, CSI-2)
▪️ SLVS-EC for Sony image sensors
▪️ Wide range of form factors: compact embedded boards, extended industrial boards
Embedded Software
▪️ BSP porting and device tree development
▪️ Driver configuration for cameras, wireless modules, sensors, PCIe devices
▪️ Integration with vision pipelines (V2L, GStreamer, OpenCV)
▪️ Power and thermal optimization for real-world deployments
▪️ BSP porting and device tree development
▪️ Driver configuration for cameras, wireless modules, sensors, PCIe devices
▪️ Integration with vision pipelines (V2L, GStreamer, OpenCV)
▪️ Power and thermal optimization for real-world deployments
Manufacturing
▪️ Prototype fabrication and validation
▪️ Bring-Up and testing
▪️ Production-ready documentation and support
▪️ Prototype fabrication and validation
▪️ Bring-Up and testing
▪️ Production-ready documentation and support
Applications
Our boards have been successfully deployed in:
▪️ AI video cameras and smart surveillance
▪️ Industrial IoT and low-power edge devices
▪️ Autonomous robots and motor-control systems
▪️ Industrial mini-PCs and embedded automation units
▪️ AI vision systems with multiple high-speed sensors
▪️ Industrial IoT and low-power edge devices
▪️ Autonomous robots and motor-control systems
▪️ Industrial mini-PCs and embedded automation units
▪️ AI vision systems with multiple high-speed sensors
Key Results
▪️ 20+ carrier boards developed across all NVIDIA Jetson platforms
▪️ High-speed interfaces reliably operating at full bandwidth
▪️ Stable field performance in harsh industrial environments
▪️ Fast time-to-market thanks to in-house prototyping
▪️ Seamless software integration for AI and vision workloads
▪️ High-speed interfaces reliably operating at full bandwidth
▪️ Stable field performance in harsh industrial environments
▪️ Fast time-to-market thanks to in-house prototyping
▪️ Seamless software integration for AI and vision workloads
Key Parameters
Interfaces:
▪️ 3× USB 3.1
▪️ 1× USB 2.0
▪️ 2× Ethernet
▪️ 4× MIPI CSI-2
▪️ SLVS (Sony sensors)
▪️ PCIe to SATA
▪️ PCIe x4 / x8
▪️ M.2 (SATA / PCIe)
▪️ HDMI
▪️ GPIO, SPI, I2C
▪️ Power: DC 19V up to 200W
▪️ 3× USB 3.1
▪️ 1× USB 2.0
▪️ 2× Ethernet
▪️ 4× MIPI CSI-2
▪️ SLVS (Sony sensors)
▪️ PCIe to SATA
▪️ PCIe x4 / x8
▪️ M.2 (SATA / PCIe)
▪️ HDMI
▪️ GPIO, SPI, I2C
▪️ Power: DC 19V up to 200W
SoM:
▪️ Nano, TX1, TX2, Xavier NX, Xavier AGX, Orin NX, Orin Nano Super
PCB:
▪️ Stackup - up to 10 layers
▪️ 1200+ components
▪️ 4300+ pads
▪️ 3800+ vias
▪️ Nano, TX1, TX2, Xavier NX, Xavier AGX, Orin NX, Orin Nano Super
PCB:
▪️ Stackup - up to 10 layers
▪️ 1200+ components
▪️ 4300+ pads
▪️ 3800+ vias
