SKU: InnoWave-678CRS
IMX678 Sony Starvis2 8 MP HDR 4K Dual-Interface (WIFI + GigE) Camera
From $418.00Sale Price
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Description :
The Vadzo InnoWave-678CRS is a dual-interface security camera built on the Sony STARVIS 2 IMX678 sensor, an 8.4MP CMOS sensor purpose-built for low-light and near-infrared imaging. Its 2.0µm square pixels deliver strong sensitivity even under 0.2 lux conditions, capturing full 3840 × 2160 resolution at up to 30 fps. Built-in HDR modes, Digital Overlap HDR and Clear HDR, extend usable dynamic range in scenes with both bright and shadowed areas. Across its four-board design, the camera integrates both a wired Ethernet (GigE) port and Wi-Fi into a single unit, with seamless switching and automatic fallback if either connection drops, and GigE operating as the default. Together, the sensor's low-light performance and the camera's dual-interface design make it well suited to demanding, always-on security deployments.
Core Benefits:
Sony STARVIS 2 IMX678 sensor, 8.4MP with 2.0µm pixels for strong low-light sensitivity
Full resolution capture (3840 × 2160) at up to 30 fps
Built-in HDR: Digital Overlap HDR and Clear HDR for high-contrast scenes
Enhanced sensitivity in near-infrared (NIR) conditions for night-time imaging
Wi-Fi and Ethernet (GigE) built into a single four-board camera, with seamless switching and fallback
LED flicker mitigation for stable, banding-free footage under flickering LED headlights, taillights, and streetlights.
GigE set as the default interface for stable, low-latency streaming
Variable-speed electronic shutter for flexible exposure control
Purpose-built for security camera applications
Applications:
Security Cameras
Video Surveillance
Night-Time & Low-Light Monitoring
Related Videos:
General Information
Product Family InnoWave Series
Camera Model Vadzo InnoWave-678CRS
Sensor
Sensor IMX678 CMOS Sensor from Sony Starvis2
Sensor Format 1/1.8"
Pixel Size 2.0 µm x 2.0 µm
Max Resolution 8.40MP - 3856(H) x 2180(V)
Shutter Rolling Shutter
Chroma Color
Camera
Optics S Mount (M12 Standard) with Auto Switch IR-Cut Filter
Lens FOV Lens-dependent (varies by S-Mount lens selected)
Interface GigE (100Base-T/1000Base-T) and Dual Band Wi-Fi (802.11a/b/g/n/ac)
Connector Standard RJ45 Ethernet Interface
Power Power over Ethernet (Compliance with PoE 802.3af standard 36 to 57V)
Operating Temperature -30⁰C to 70⁰C
Dimension Four Boards: 38mm (L) x 38mm (B)
Weight 35 Grams (Without Lens)
OS Supported Windows, Linux
Conformity OnVIF Compliant, RoHS 3, REACH
Price Details
QUANTITY
UNIT PRICE
NOT INCLUSIVE
50 - 99
$418.00
Lens & Cable
100 - 249
$219.00
Lens & Cable
250+
$192.00
Lens & Cable
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InnoWave-678CRS
Camera can be customized to meet your needs.
Vadzo team shall be able to assist you with the details on this. Reach Vadzo Team for customization & quotation for bulk quantities.
Form Factor Modification & Board Redesigns.
Firmware Modifications to Incorporate Custom Features.
Design & Integration of NIR and Color LED Array Boards.
Design & Integration of Microphones & Speakers.
Design & Integration of Advanced Sensors: ToF, mmWave Radar, IMU.
Lens Holder Modifications & Electro-Mechanical Lens Filter Control.
Enclosure Design & Manufacturing: IP-Rated and Non IP-Rated.
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Experience Our Software Suite
Vadzo NXT is a software suite designed for seamless integration and control of GigE & Wi-Fi cameras. It provides precise camera configuration, real-time imaging adjustments, and firmware update management for Windows, and Linux platforms. The SDK ensures reliable performance with features like Region of Interest (ROI) configuration, Smart GPIO control, and fail-safe firmware updates.
Vadzo NXT Software
NXT SDK: GigE & Wi-Fi Camera Control and Integration
Vadzo NXT SDK enables real-time streaming, codec control, and onboard storage management for GigE and Wi-Fi cameras. It supports camera functions, SMART IO, and secure firmware updates with API integration.
Windows
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Does the InnoWave-678CRS support both GigE and Wi-Fi natively, or is one an add-on module?
Both are natively integrated into the four-board camera assembly. Neither interface requires an external module.
What are the video formats supported by the camera?
Sony STARVIS 2 IMX678, 8.4MP. It maintains usable output at 0.2 lux, requiring roughly a quarter of the analog gain compared to the previous-generation IMX334 sensor at equivalent brightness, per Sony's own comparison data.
What HDR modes are available, and how do they differ?
Digital Overlap HDR and Clear HDR. Both extend dynamic range for high-contrast scenes; specific implementation details depend on ISP configuration downstream of the sensor.
Does the sensor have usable NIR sensitivity, or is that marketing language?
It's a real spec. STARVIS 2 sensors are characterized for both visible and near-infrared response, which is why they pair effectively with IR illuminators for night imaging.
What's the failover behavior if the GigE link drops mid-stream?
Automatic fallback to Wi-Fi, no manual reconnects required.
Which interface is primary when both links are active?
GigE, by default, for lower latency and more predictable bandwidth than Wi-Fi.
What shutter architecture does this sensor use?
Electronic shutter with variable charge-integration time, adjustable in 1H-unit resolution steps.
Is this sensor rated for general imaging, or purpose-built for security use cases?
Purpose-built. The datasheet's stated application scope is security cameras specifically.
Can the camera run GigE-only with Wi-Fi disabled?
Yes, the GigE interface operates independently; Wi-Fi isn't required for the camera to function.
What's the use case for having both interfaces instead of picking one at spec time?
Sites with existing Ethernet infrastructure use GigE for stability; sites without it use Wi-Fi. Same hardware, no need to stock two SKUs.
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