Note: We had launched and are sale following Starvis starlight night vision camera module well
(1)imx291 USB camera, 
(2)imx415 USB+HDMI camera module, 
(3)imx335 USB3.0 camera, 
(4)imx678 HDMI camera module, 
(5)imx678 USB camera, 
(6)imx307 USB camera, 
(7)imx385 USB camera, 
(8)imx462 USB camera

if you want to extend and use other Starvis cmos sensor model to custom-made 100% new personalized night vision camera module specially for your project, please read this product page carefully

 

Custom Sony STARVIS Camera Modules — USB / HDMI / MIPI (IMX585 · IMX482 · IMX675 · IMX317 · IMX327 · IMX264)

 

Featuring IMX585, IMX482, IMX675 with USB, MIPI, & HDMI Interfaces

From Sensor to Solution: Custom-Engineered Sony STARVIS Camera Modules

Your most complex imaging challenges have a solution. We specialize in developing high-performance, application-specific camera modules built on the industry-leading Sony STARVIS and STARVIS 2 sensor platforms. Whether your project demands ultimate 4K low-light performance, extreme NIR sensitivity, or a perfect balance of resolution and cost, our engineering team is ready to deliver a vision solution, not just a component.

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More Than a Manufacturer, We Are Your Vision Partner

In a market of off-the-shelf hardware, we provide a decisive advantage: deep engineering expertise and an end-to-end partnership. We enable you to build a better, more competitive product by providing a camera module that is perfectly optimized for its task.

1. Deep Sensor Expertise

We don't just read datasheets; we understand the nuanced performance of each sensor. We know that the IMX585 is the choice for unparalleled 4K vision in darkness, the IMX482 is the specialist for extreme sensitivity with its massive pixels, and the IMX675 offers the perfect blend of 5MP resolution and STARVIS 2 performance. We guide you to the right sensor to meet your performance and budget targets.

2. End-to-End Development Capabilities

Our in-house, full-stack capabilities mean we control every critical variable of your camera's performance.

• Hardware Engineering: From initial schematics and multilayer PCB layouts to complex mechanical designs for space-constrained applications.
• Firmware & Drivers: Custom firmware development, UVC protocol compliance, and specialized features like multi-camera synchronization and external triggering.
• ISP Image Tuning: Our core competency. We unlock the sensor's true potential by fine-tuning the 3A's (AE, AWB, AF), Wide Dynamic Range (WDR), and 2D/3D noise reduction.
• Optical Integration: Expert selection and integration of M12, CS-Mount, or custom lenses to achieve your required Field of View (FOV), low distortion, and optimal resolution.

3. Agile Prototyping & Scalable Production

Our agile development process is designed to accelerate your time-to-market. We move quickly from design to functional prototype for your evaluation. Once validated, our ISO 9001-certified quality management and robust supply chain ensure a seamless transition from a single unit to mass production, delivering consistent quality at any scale.

 

Why Custom Instead of Off-the-Shelf?

• Your customer (or RFP) mandates a specific Sony sensor not in our standard line.
• You need interface flexibility: custom starvis camera module USB HDMI MIPI options available.
• Project requires special optics (M12/CS), NIR, HDR/WDR, trigger/sync, wide temperature, or rugged housings.
• You want one accountable partner for ISP tuning, optics, mechanics, tests, certification and lifecycle.

 

The Step-by-Step Customization Process

1) Discovery (Day 0–2) — 48-hour Feasibility Check

You send a short brief or use our Spec Builder. We return:

• Sensor/Interface fit assessment & availability check
• Risk & supply outlook, lifecycle/EOL status
• Estimated NRE & lead time ranges
• Initial frame-rate feasibility (per interface/codec)

Spec Builder (what we need):
Use case (UAV/Robot/Energy) · Target sensor(s) · Interface (USB/HDMI/MIPI) · Output format (MJPEG/YUY2/H.264) · Resolution & FPS targets · Lens mount & FOV · NIR/HDR needs · Working distance/DoF · Min object size (pixels) · Host OS/CPU (Jetson/RPi/x86) · Power budget · Board size/housing constraints (32×32/38×38/custom) · Temperature/vibration · Compliance (CE/FCC/RoHS) · Quantities & timeline.

2) Proposal & Spec Freeze (Week 1–2)

• Finalize electrical/mechanical/optical spec
• Confirm deliverables & acceptance criteria
• Issue NRE + prototype quote & project plan

3) EVT — Engineering Validation (Week 3–6/8)

• Schematic/PCB (32×32 or 38×38 or custom), firmware/UVC
• ISP baseline tuning（3A、NR、color、WDR/HDR）
• Bring-up tests: FPS, power/thermal, EMI pre-check

Deliverables: EVT boards, basic datasheet & pinout, UVC control map, 2D DXF & 3D STEP.

4) DVT — Design Validation (Week 7–10/12)

• Lens & FOV tuning（MTF/照度/畸变报告）
• Reliability tests（thermal cycling、vibration/shock）
• NIR/HDR validation, trigger/sync (if required)

Deliverables: DVT report、revised drawings、sample footage（night/NIR/HDR）

5) PVT — Pilot Run (Week 11–14/16)

• Fixture & test plan、yield & SPC
• Packaging & labeling、traceability
• Issue mass production (MP) plan

6) Mass Production & Lifecycle

• ISO 9001 production、CE/FCC/RoHS compliance
• Warranty 12 months、spares strategy
• EOL notifications 12–18 months in advance

 

Build-to-Spec Options (Mix & Match)

• Sensors
  • IMX585 4K STARVIS2 camera UAV inspection – low-light 4K + HDR efficiency
  • IMX482 extreme low-light industrial camera module – superb starlight sensitivity
  • IMX675 5MP USB3 camera robotics vision – WDR imaging in mixed light
  • IMX317 (4K) · IMX327 (2MP starlight)
  • IMX264 global shutter (precision, non-STARVIS)
• Interfaces: USB2.0 / USB3.0 · HDMI · MIPI CSI-2
• Codecs: MJPEG / YUY2 · optional H.264
• Optics: M12/CS · wide/tele FOV · IR-pass/IR-cut · F1.0–F2.8 options
• Controls: External trigger/sync/strobe、GPIO、OSD
• Mechanics: OEM starvis camera module 32x32 board, 38×38 mm board, or custom housings
• Environment: –20~+70 °C (or wider) · vibration resistant
• Compliance: CE / FCC / RoHS

 

What You Receive (Documentation & Assets)

• Firmware (UVC where applicable) · UVC control maps · API notes
• Datasheet, pinout, mounting drawings (DXF), STEP 3D
• Lens & ISP tuning reports（MTF、relative illumination、noise、WDR）
• Test evidence：low-light、NIR/HDR、thermal、vibration、EMI pre-scan
• Sample GStreamer/OpenCV pipelines

 

A Detailed Comparison of IMX585, IMX482, IMX327, IMX662, and IMX675

This is an excellent selection for comparison. As of 2025, these five Sony image sensors represent a range of flagship and classic products in the security and machine vision industries. Their core differences are indeed centered on their night vision capabilities, which stem from their different technology generations, sensor sizes, and pixel designs.

Below is a detailed parameter comparison and an in-depth analysis of their night vision performance.

Core Parameter Comparison Table

Parameter Category	IMX585 (4K Low-Light Flagship)	IMX482 (1080p Sensitivity King)	IMX675 (5MP Mainstream Benchmark)	IMX662 (1080p Technology Benchmark)	IMX327 (1080p Classic Baseline)
Core Technology	STARVIS 2	STARVIS (1st Gen)	STARVIS 2	STARVIS 2	STARVIS (1st Gen)
Resolution	8.29 MP (4K)	2.13 MP (1080p)	5.12 MP	2.13 MP (1080p)	2.13 MP (1080p)
Sensor Size	Type 1/1.2" (13.12 mm)	Type 1/1.2" (13.12 mm)	Type 1/2.8" (6.46 mm)	Type 1/2.8" (6.46 mm)	Type 1/2.8" (6.46 mm)
Pixel Size	2.9 µm	5.86 µm (Massive)	2.0 µm	2.9 µm	2.9 µm
Dynamic Range Tech	Single Exposure HDR	DOL-HDR	Single Exposure HDR	Single Exposure HDR	DOL-HDR
SNR1s Index*	Extremely Low (Top Tier)	Extremely Low (Top Tier)	Lower	Low	Standard

*SNR1s: Sony's low-light performance index. The lower the value, the darker the environment in which the sensor can maintain a clear, usable image—meaning its night vision capability is stronger.

 

Our Proven 6-Step Development Process

We make custom development transparent, predictable, and efficient.

step 1 Discovery & Consultation: We begin by understanding your application, performance goals, and constraints.

step 2 Solution Architecture & Proposal: Our engineers design a technical solution and provide a detailed proposal, including specifications and project milestones.

step 3 Design & Development: Upon approval, our hardware, software, and mechanical teams begin the core engineering work.

step 4 Prototyping & Validation: We build and deliver the first functional prototypes for your in-house testing and validation.

step 5 Optimization & Client Feedback: We work collaboratively with your team to refine ISP tuning and make any necessary adjustments based on your feedback.

step 6 Mass Production & Lifecycle Support: We manage the full production lifecycle and provide ongoing technical support for your product.

 

Frequently Asked Questions

Q1: What is your Minimum Order Quantity (MOQ) for a custom design?  

A: Our MOQ is project-dependent, but we are structured to support initial prototype runs and scale to high-volume production. Contact us to discuss your specific needs.

Q2: What is the typical lead time for first prototypes?  

A: While this varies with complexity, a typical lead time for first prototypes is between 6-10 weeks after the design is finalized.

Q3: What level of technical support can we expect?

A: You will have direct access to our engineering team for support throughout the integration, testing, and production phases,

complemented by comprehensive documentation and 3D models.

Q4: What’s included in the customization process?
A: PCB design, firmware, ISP tuning, lens calibration, housing, compliance.

Q5: How long is the prototype lead time?
A: Feasibility in 48 hours, EVT boards in 6–10 weeks.

Q6: Which interfaces are available?
A: Custom starvis camera module USB HDMI MIPI options.

Q7: Do you provide datasheets and CAD files?
A: Yes, full datasheets, pinouts, DXF/STEP drawings, and test reports.

Q8: What’s your warranty and supply policy?
A: 12-month warranty, ISO 9001 production, CE/FCC/RoHS compliance, and lifecycle support with EOL notice.

 

Learn how to custom-made starvis usb camera guide, read this article here

https://www.okgoobuy.com/custom-starvis-usb-camera-module-guide.html  

 

know more information about these starvis cmos sensor
Detailed Comparison of IMX585, IMX482, IMX327, IMX662, and IMX675
open and read this blog

 

Know our core advantage and factory, open and read here

https://www.okgoobuy.com/fac.html

 

Let's Build Your Next-Generation Vision System

Your project deserves more than a generic camera. It deserves a perfectly tailored vision solution. Contact our engineering team today for a free, no-obligation consultation to discuss your technical requirements and project goals.reach our engineering team directly at office@okgoobuy.com

 

Relative Blogs and product application Articles

1, IMX585 vs IMX678: Industrial Camera Sensor Guide

 

2, STARVIS sony sensor compare: IMX678 vs IMX385 vs IMX585 vs IMX327

 

3, Sensor Comparison: IMX678 vs IMX385 VS IMX585 VS IMX327 for Night Vision Performance STARVIS

 

4,  STARVIS IMX307 vs IMX385 vs IMX585 vs IMX678 vs GC2053 Night Vision Performance compare