Product ranges by Allied Vision

The Alvium 1800 C camera series delivers industrial-grade imaging performance in a compact, cost-effective MIPI CSI-2 form factor — ideal for embedded vision applications such as robotics, automated inspection, logistics scanning, and smart edge devices.

Alvium C series are industrial-grade embedded camera modules featuring the MIPI CSI-2 interface in a compact “sugar-cube” format. They combine high-resolution Sony CMOS sensors with on-board image processing to deliver excellent image quality for advanced embedded vision applications.

Alvium G5 is a series of compact 5GigE Vision camera modules designed for high-bandwidth industrial imaging. They combine a tiny 29 × 29 mm footprint, Power over Ethernet support, and versatile sensor and lens options to deliver high image quality with an easy upgrade path from existing GigE or USB3 systems.

Alvium GM2 is a series of GMSL2 interface camera modules designed for high-speed image transmission over extended distances in embedded vision systems. These compact cameras integrate a serializer and use robust coaxial or STP cabling to support long-range, high-resolution imaging up to 24.6 MP with minimal latency.

FXO CXP is a series of high-performance area scan camera modules featuring the CoaXPress-12 interface in single- or dual-connection configurations. These compact industrial cameras leverage Sony Pregius S global shutter sensors and advanced on-board features to deliver high image quality and fast data throughput for demanding automation applications.

The Alvium FP3 series are robust camera modules with an FPD-Link III interface for long-range, high-speed data transmission in embedded vision systems. They combine a wide selection of CMOS sensors up to 24.6 MP with a rugged, EMC-compliant housing for reliable high-quality imaging over extended cable distances.

HR Series high-resolution camera modules combine advanced CMOS sensors with high-speed vision interfaces, delivering up to 122 MP resolution and up to 50 Gbit/s data throughput. Built-in thermoelectric cooling and heating with dust-proof ventilation helps maintain stable sensor conditions for consistent image quality during continuous operation.

Goldeye SWIR InGaAs cameras form a monochrome area scan range with GigE Vision or Camera Link interfaces, spectral options from 400 to 2,200 nm and resolutions from 0.1 to 1.3 megapixels. The range supports industrial and scientific imaging where visible-light cameras do not provide sufficient material, moisture or thermal contrast.

The EXO SWIR camera series comprises compact monochrome area-scan cameras using TEC-less Sony SenSWIR InGaAs sensors for imaging from 400 to 1700 nm. GigE Vision and USB3 Vision models combine 0.30 or 1.30 MP resolution with global shutter capture, image correction and industrial I/O functions.

Alvium UV camera modules combine Sony’s high-performance IMX487 CMOS global-shutter sensor with Allied Vision’s compact Alvium camera platforms. Designed for ultraviolet and extended-spectrum imaging, the cameras deliver 8.1 MP resolution at 2,848 × 2,848 pixels, with a spectral response extending from approximately 200 nm into the visible and near-infrared range, depending on the model.

The 18534 D55 and 18535 D80 Alvium camera housing kits provide IP66 and IP67 protection for supported Alvium G1 and G5 cameras. Two internal lens envelopes accommodate compact S-Mount configurations and larger C-Mount or CS-Mount assemblies, with sealed cable entries and an anti-reflective BK7 glass window.

The Alecs smart camera range combines global-shutter image acquisition with NVIDIA Jetson Orin edge processing in an IP67 industrial housing. Visible, near-infrared and VSWIR models cover resolutions from 0.3 to 12.4 MP, with open Linux-based software integration and onboard image processing.

The EoSens9.5 is a 9.5-megapixel high-speed machine vision camera that captures 509 fps at full 4096 × 2304 resolution and up to 225,000 fps with a reduced area of interest. Its global-shutter sensor and four-channel CXP-12 interface support the recording and transfer of data from rapidly changing processes.