INOGENI 4K2USB3 — 4K HDMI to USB 3.0 capture card
The INOGENI 4K2USB3 is a professional 4K HDMI to USB 3.0 capture card designed for single-display BYOD and BYOM conferencing deployments in conference rooms, huddle spaces, and training environments. It connects directly between an HDMI camera or room device and any Windows, macOS, or Linux host, presenting the signal as a standard USB webcam — no drivers, no complex setup. With bus-powered operation over USB 3.0 and a rugged aluminium enclosure, the 4K2USB3 is a reliable and cost-effective solution for AV integrators looking to bridge professional HDMI cameras into any soft-codec platform including Teams, Zoom, Webex, and Google Meet. Designed and manufactured in Canada, it is TAA-compliant and backed by a 5-year warranty.
True Plug-and-Play, Zero Drivers
The 4K2USB3 is UVC-compliant, meaning every modern operating system — Windows 7 and above, macOS 10.10 and above, and Linux — recognises it instantly as a standard USB camera without any driver installation. In practice, this eliminates the most common deployment headache in meeting rooms: driver conflicts, version mismatches, and IT approval bottlenecks. An HDMI camera or room system is plugged in and immediately available in Teams, Zoom, Webex, Google Meet, or any DirectShow/AVFoundation/V4L2 compatible software. For end users, it means the room simply works — no reboots, no IT calls, no failed screen-share sessions.
Bus-Powered — No External PSU Needed
The 4K2USB3 draws all its power directly from the USB 3.0 port (5V / 716mA), requiring no external power supply or mains outlet near the device. This significantly simplifies cable management in huddle spaces and under-table installations where power access is limited. The compact aluminium enclosure (7.0 × 8.3 × 2.3 cm, 120g) can be attached to a camera mount, tucked under a desk, or velcro'd to a rack shelf without adding to cable clutter. For end users, the result is a cleaner room setup with fewer single points of failure.
4K Capture with Automatic Format Conversion
The device captures up to Ultra HD 4K (3840/4096×2160) at 30 fps over USB 3.0 and 1080p at up to 60 fps, and also supports 1440p, 1080i, 720p, 480p, 576p, and a wide range of computer graphic formats. A proprietary 'Digital Fluid' technology uses internal frame buffers to maximise frame rate on any host PC. Automatic hardware-based scaling, colour space conversion, sampling conversion, and frame rate conversion mean the device handles signal mismatches silently — the camera's native output is adapted to whatever the host application requests. End users receive a stable, tear-free image regardless of input resolution, without any manual configuration.
Broad Platform Compatibility — One Device, Any Room
The 4K2USB3 is certified or validated against the most common room platforms in commercial AV: Zoom Certified for Zoom Rooms, compatible with Cisco Webex (macro and native, for one-display rooms), Barco ClickShare Conference (CX-20, CX-30 & CX-50), and Logitech UC cameras and CODECs including Rally Bar, MeetUp, and Scribe. It also integrates with Mago wireless collaboration. This breadth means a single SKU covers the majority of enterprise meeting room configurations, reducing the integrator's need to stock multiple converter models and giving end users a consistent BYOD/BYOM experience regardless of which UC platform the organisation runs.
TAA-Compliant, Canadian-Made, 5-Year Warranty
The 4K2USB3 is designed and manufactured in Canada and is TAA (Trade Agreements Act) compliant, making it eligible for US federal government and regulated procurement programmes. Products purchased after August 1, 2024 carry a 5-year warranty — notably longer than the 2–3 year industry norm for AV signal converters. The device holds a comprehensive set of international certifications: FCC, CE, RoHS, IEC62368, SoV, RCM, VCCI, BSMI, CB, KC, and MSIP. For end users in enterprise and government environments, this combination means lower total cost of ownership, straightforward procurement compliance, and long-term vendor support.
