Integrating Sony FCB-EV9500L/EV9520L on Jetson Orin Nano/NX using AstrOptix AI Platform

High-Performance 1080p60 Low-Latency Video for AI & Embedded Vision

Discover the AstrOptix AI Carrier Board with onboard LVDS to MIPI CSI-2 Conversion, designed to seamlessly integrate Sony FCB-EV9520L / Sony FCB-EV9500L cameras with NVIDIA Jetson Orin Nano / NVIDIA Jetson Orin NX platforms. Enable 1080p60 ultra-low-latency video streaming, real-time AI processing, and robust camera control — all in a compact, production-ready embedded solution.

---

Introduction

Integrating industrial LVDS block cameras with embedded AI systems traditionally required external bridge boards, complex wiring, and custom drivers. The AstrOptix AI Carrier Board eliminates this complexity by integrating onboard LVDS to MIPI CSI-2 conversion, allowing direct connection of Sony FCB cameras to Jetson platforms.

What this means:

• No external bridge hardware
• Reduced latency and improved signal integrity
• Simplified deployment for production systems
• Native-like camera behavior on Jetson

This makes the platform ideal for:

• Robotics
• UAVs & drones
• Medical imaging
• Smart surveillance
• Industrial inspection

---

Onboard LVDS to MIPI CSI-2 Conversion

The AstrOptix AI Carrier Board converts Sony's RAW10 LVDS video stream directly into MIPI CSI-2 D-PHY output — fully optimized for Jetson.

Key Technical Features

• Supports High-Speed (HS) and Low-Power (LP) MIPI signaling
• Integrated CSI-2 packetization (ECC & CRC)
• 4-lane MIPI CSI-2 output
• Fixed output: 1080p @ 60fps
• Ultra-low latency pipeline
• Reduced EMI and improved reliability (onboard conversion vs external cables)

---

YouTube Video

---

Sony FCB-EV9520L & FCB-EV9500L Camera Block Integration

Sony's FCB camera family is widely used in industrial and medical applications due to high reliability and image quality.

Camera Features

• 1/2.8" Exmor R CMOS sensor
• 30× optical zoom
• Native 1080p@60fps LVDS output
• EV9520L → better low-light performance
• EV9500L → higher clarity and detail

Combined with the AstrOptix AI Carrier Board, these cameras behave like native MIPI CSI-2 devices, enabling zero-latency computer vision pipelines on Jetson.

---

Custom V4L2 Driver for Jetson Orin Nano/NX

AstrOptix provides a custom V4L2 driver that registers the onboard conversion pipeline as a media sub-device on Jetson.

Driver Capabilities

• Device Tree Overlay for media graph creation
• RAW10 LVDS → UYVY formatted output
• videobuf2-DMABUF for zero-copy streaming
• Automatic MIPI link detection
• Exposes standard Linux node: /dev/video0

Camera exposure and gain are configured via VISCA presets before runtime for consistent AI inference results.

---

Camera Control Overview

The carrier board includes I2C-to-UART control, enabling Jetson to send Sony VISCA commands.

Control Flow

• Jetson Orin Nano / NX
• I2C Interface
• Onboard I2C-to-UART Controller (Carrier Board)
• Sony VISCA Protocol (UART)
• Sony FCB Camera Block

This architecture ensures:

• Parallel video + control operation
• No added latency
• Stable real-time performance

---

Supported Camera Controls

Optical & Image Controls

• Optical zoom (tele / wide / absolute positioning)
• Digital zoom enable / disable
• Focus control (auto / manual / one-push)
• Iris control
• Gain adjustment
• Shutter speed control

Exposure & Image Quality

• Auto / manual exposure
• Backlight compensation
• White balance modes
• Low-light enhancement
• Noise reduction

Operational Controls

• Camera power on/off
• Preset recall
• Trigger-based configuration
• Startup profiles

---

Hardware Setup & Connectivity

A robust hardware design ensures stable 1080p60 streaming without external converters.

Required Components

• Jetson Orin Nano / NX module
• AstrOptix AI Carrier Board
• Sony FCB-EV9520L / EV9500L

Interfaces

• Onboard LVDS input (KEL 30-pin micro-coax)
• Onboard MIPI CSI-2 connector for direct camera input (KEL 30-pin micro-coax)

Power

• 12V DC input (optimized onboard regulation)

---

Additional Compatibility

The AstrOptix AI Carrier Board supports a wide range of cameras:

LVDS Cameras

• Tamron LVDS block cameras
• Wonwoo LVDS cameras
• Videology LVDS cameras
• Skoopia LVDS cameras
• KT & C LVDS Cameras

MIPI CSI-2 Cameras

Thanks to the onboard MIPI connector, the board also supports:

• Direct MIPI CSI-2 cameras via onboard MIPI CSI-2 KEL 30-pin (USL00-30L-A) interface
• Native Jetson camera modules

---

Real-Time 1080p60 Video Streaming with GStreamer

Once initialized, the camera is available at: /dev/video0

Basic Pipeline

gst-launch-1.0 v4l2src device=/dev/video0 ! video/x-raw,format=UYVY,width=1920,height=1080,framerate=60/1 ! videoconvert ! autovideosink

Why It Works Efficiently

• Zero-copy buffer handling
• Stable 60 FPS pipeline
• Low CPU utilization
• No frame drops

GPU Acceleration Options

• nvoverlaysink → Hardware display
• nvv4l2h264enc → Hardware encoding
• rtph264pay + udpsink → Network streaming

---

Why Choose AstrOptix AI Carrier Board?

• Fully integrated LVDS → MIPI conversion
• Eliminates external bridge hardware
• Production-ready embedded design
• Optimized for real-time AI workloads
• Scalable across multiple camera ecosystems

---

Conclusion

The AstrOptix AI Carrier Board transforms how industrial block cameras integrate with embedded AI platforms. By combining onboard LVDS conversion, robust driver support, and seamless Jetson compatibility, it delivers a clean, low-latency, and scalable vision pipeline. Whether you're building autonomous systems, medical imaging solutions, or intelligent surveillance platforms, this solution enables true real-time AI vision at 1080p60.

---

Product Details

Full specifications and datasheet: AstrOptix AI Carrier Board

---

FAQs