Sony FCB-ER9500

4K60P 25x Zoom Block Camera | STARVIS 2 IMX678 | HDMI Output

NDAA Compliant

Quick Overview
  • Resolution: 4K60P (3840 x 2160)
  • Sensor: Sony IMX678 STARVIS™2 CMOS, 1/1.8-type, 8.4MP
  • Optical Zoom: 25x zoom lens, F1.6 to F4.8
  • Field of View: 59.0° wide to 2.8° tele
  • Low Light Performance: Minimum illumination down to 0.028 lux
  • Video Output: HDMI digital output up to 4K60P
  • Control Interface: VISCA protocol
  • Compliance: NDAA compliant
  • Operating Temperature: -5°C to +60°C
  • Dimensions: 56 × 64 × 125 mm
  • Weight: 464 g

The Sony FCB-ER9500 is a high-performance 4K Ultra HD block camera engineered for demanding OEM, industrial, and embedded vision applications. Built around Sony’s IMX678 STARVIS™ 2 CMOS sensor, it delivers 3840 × 2160 resolution at up to 60 frames per second with excellent low-light sensitivity and low-noise image processing.

With its 25x optical zoom lens and wide-to-telephoto range, the FCB-ER9500 enables precise long-distance imaging for inspection, surveillance, robotics, and machine vision systems. The combination of high resolution, advanced image controls, and compact block camera design makes it ideal for integrators requiring reliable, high-quality imaging in embedded environments.

Integration with Jetson & MIPI CSI-2

The Sony FCB-ER9500 outputs video via HDMI, which can be converted to a native MIPI CSI-2 interface using dedicated bridge boards. This enables seamless integration with platforms such as the Jetson Orin Nano Super Developer Kit.

By converting HDMI video into CSI-2, developers can connect the FCBER9500 directly to Jetson-based systems for low-latency, high-bandwidth video processing. This approach eliminates the need for USB capture devices or IP streaming, providing a more efficient and scalable architecture for embedded AI and computer vision applications.

This configuration is widely used in systems where 4K resolution and real-time AI inference are required, including robotics, UAV imaging, and advanced inspection systems.

Sony FCB-ER9500 CSI-2 Integration Use Cases

The FCB-ER9500 is commonly deployed in CSI-2-based embedded vision systems, including:

  • AI vision systems using NVIDIA Jetson platforms
  • Robotics and autonomous navigation systems
  • UAV and drone-based imaging payloads
  • Industrial inspection and quality control
  • Defense, security, and surveillance systems
  • Medical and research imaging platforms

Key Features:

  • 4K Ultra HD resolution (3840 × 2160) at up to 60 fps
  • Sony IMX678 STARVIS™ 2 CMOS sensor for superior low-light performance
  • 25x optical zoom lens (6.5 mm to 162.5 mm)
  • Minimum illumination down to 0.028 lux
  • HDMI digital output for high-resolution video transmission
  • VISCA control protocol for camera operation
  • Wide Dynamic Range, defog, noise reduction, and stabilization
  • NDAA compliant for secure deployment

Applications:

  • Industrial automation and machine vision
  • Robotics and embedded AI systems
  • UAV / drone imaging systems
  • Government, defense, and surveillance imaging
  • Inspection and quality assurance systems
  • Remote monitoring and long-range observation

Why Use the FCB-ER9500 with CSI-2 Systems

For high-resolution embedded vision systems, MIPI CSI-2 provides a direct interface into the processing pipeline of modern AI platforms. When paired with an HDMI to MIPI CSI-2 bridge board, the FCB-ER9500 becomes a powerful imaging solution for Jetson-based systems.

This enables:

  • Direct GPU access for 4K video processing
  • Lower latency compared to USB or network streaming
  • High-bandwidth CSI-2 video transfer
  • Simplified system architecture for embedded integration
ModelFCB-ER9500
Image Sensor1/1.8-type IMX678 STARVIS™2 CMOS Progressive scan CMOS image sensor (Approx. 8.40M pixels)
Number of Total Pixels (H) x(V)3856 x 2200, 8.48M [pixels]
Number of Effective Pixels (H) x(V)3856 x 2180, 8.40M [pixels]
Number of Recommended Recording Pixels (H) x(V)3840 x 2160, 8.29M [pixels]
Magnification25[times]
Angle of View [degree]Horizontal: Approx. 59.0 (Wide), Approx. 2.8 (Tele)
Vertical:Approx. 35.0 (Wide), Approx. 1.5 (Tele)
Diagonal:Approx. 65.0 (Wide), Approx. 3.2 (Tele)
F ValueF1.6 (Wide) to F4.8 (Tele)
Zoom MotorStepping motor
Focus MotorStepping motor
IrisStepping motor
IRCFMeter Galvano method
Output Image Size (H x V)3840 × 2160, 1920 × 1080, 1280 × 720
Output Mode[4K]2160p/60, 2160p/59.94, 2160p/50, 2160p/30, 2160p/29.97, 2160p/25 [FHD]1080p/60,1080p/59.94,1080i/60,1080i/59.94,1080p/50,1080i/50,1080p/30,1080p/29.97,1 080p/25
[HD]720p/60, 720p/59.94, 720p/50, 720p/30, 720p/29.97,720p/25
[SD]*1 480p/60, 480p/59.94, 576p/50
*1 Test mode
Synchronized Codes[4K] Comparable to CEA861-F
[FHD] Progressive - Comparable to CEA861-D
[HD] Interlace - Comparable to CEA861-D
Minimum Illumination 50 [IRE], ICR OFF, IRIS OPEN, AGC MAX(28[Step]) 

Hi Sens ON 0.028[lx]
Recommended Illumination100 lx to 100,000 lx
Image S/N50 dB (Weight On)
GainAuto/Manual (0 dB to 50.0 dB), 0 to 28 steps
Shutter Speed 1/1 to 1/10000 s, 22 steps
Sync SystemInternal
Exposure Control0 dB to ± 10.5 dB, 15 steps
Backlight CompensationYes
GammaStandard / Straight gamma
Aperture Control16 steps
White BalanceAuto, ATW, Indoor, Outdoor, One Push WB, Manual WB, Outdoor Auto, Sodium Vapor Lamp (Fix/Auto/Outdoor Auto), Spot AWB
AE (Auto Exposure Mode)Full Auto, Manual, Priority mode (shutter/iris), EV compensation, Spot AE, Slow AE
Zoom25x Optical Zoom, 30x StableZoom*1, 12x Digital Zoom
Lens (wide to tele)25x Optical Zoom Lens 
f = 6.5 mm to 162.5 mm, F1.6 to 4.8
Zoom ModeStandard Mode / Variable Mode / Direct Mode
Focusing SystemAuto Focus (Normal AF, Interval AF, Zoom Trigger), AF Sensitivity (normal, low), Manual (Standard, Variable, Direct), One Push Trigger, Full Scan One Push Trigger, Near Limit, ICR-on Correction, Spot Focus
Minimum Object Distance (wide end to tele end)100 mm to 1200 mm
Auto ICRYes:ON (B&W / Color)
Wide Dynamic Range (Wide-D)Yes
Visibility Enhancer Yes
DefogYes (low/mid/high)
Noise ReductionYes (3D + 2D / Independent setting (3D, 2D))
Image StabilizationYes: Super image stabilizer (Super / Super+)
Spot Light AvoidanceYes
Motion DetectionYes
Privacy Zone MaskingYes
AlarmYes
Slow AE ResponseYes
Picture EffectsMonochrome
Electronic-Flip (E-FLIP)Yes
Mirror ImageYes
Slow ShutterYes
Temperature ReadoutYes
Title DisplayYes (20 characters / line, max. 11 lines)
Camera Mode DisplayYes (English)
Video OutputDigital HDMI output: Y/Pb/Pr 4:2:2, 8-bit and RGB 4:4:4, 8-bit
Camera Control InterfaceVISCA protocol (CMOS 3.3V Level, 5.5V tolerance); Baud Rate : 9.6 kbps, 19.2 kbps, 38.4 kbps, 115.2 kbps, Stop bit: 1 bit
Image Signal OutputCompliant with TMDS(2160p,1080p,1080i,720p)
Power Supply7.0 V to 12.0 V DC
Power ConsumptionApprox. 5.8 W (Typ. DC IN 7-12V, zoom/focus inactive))
Operating Temperature-5 °C to +60 °C  (23 °F to +140 °F)
Storage Temperature-20 °C to +60 °C  (–4 °F to +140 °F)
Operating Humidity20% to 80% (Absolute humidity: 36 g/m3)
Storage Humidity20% to 95% (Absolute humidity: 36 g/m3)
Dimensions (W × H × D)56 × 64 × 125 mm (2 1/4 × 2 5/8 × 5 in.)
Mass464 g

Frequently Asked Questions

What is the power requirement for the FCB-ER9500?
The camera operates on 7.0V to 12.0V DC with approximately 5.8W power consumption.
Does the FCB-ER9500 support remote zoom and focus control?
Yes, both zoom and focus are electronically controlled via VISCA protocol commands.
What is the difference between the FCB-ER9500 and FCB-ER8530?
The FCB-ER9500 features a newer IMX678 STARVIS2 sensor with superior low-light performance (0.028 lux vs 0.12 lux) and supports 4K60P output, while the FCB-ER8530 offers 30x optical zoom compared to 25x.
Can I integrate the FCB-ER9500 into an existing vision system?
Yes, the HDMI output and VISCA control protocol ensure compatibility with most machine vision and industrial automation systems.
Is technical documentation and SDK support available for developers?
Yes, technical manuals, VISCA command lists, and integration documentation are available, with engineering support provided.