Professional Video Products & Solutions
1CH MINI HDMI PCIe M.2 Video Capture Card
HDMI PCIe M.2 Capture Card

1CH MINI HDMI PCIe M.2 Video Capture Card

Single-channel M.2 4K60 Micro-HDMI capture card with HDMI input and loop-through, 2K144 and 1080p240 high-frame-rate capture, plus YUY2, XRGB, NV12 and embedded audio.

HDMI PCIe M.2 Video Capture Card
COMPACT M.2 VIDEO CAPTURE

Single-Channel M.2 4K60 Micro-HDMI Capture Card

A compact M.2 capture solution for small-form-factor computers, embedded systems, industrial vision, game streaming and professional video workflows. It provides one Micro-HDMI 2.0 input and one Micro-HDMI loop-through, supports capture up to 4K60, 2K144 and 1080p240, and connects through M.2 PCIe 2.0 x4. YUY2, XRGB and NV12 video formats and HDMI embedded audio are supported.

Micro-HDMI Input / Loop-OutUp to 4K602K144 / 1080p240M.2 PCIe 2.0 x4YUY2 / XRGB / NV12HDMI Embedded Audio
CORE BENEFITS

High-resolution and high-frame-rate HDMI capture for compact systems

4K60 CaptureCaptures HDMI video at resolutions up to 4K60 for UHD recording, preview and analysis.
High-Frame-Rate ModesSupports 2K144 and 1080p at 120, 144 or 240 Hz for gaming, motion and high-speed vision applications.
Input and Loop-ThroughOne Micro-HDMI input and one Micro-HDMI loop-through support local monitoring while capturing.
Three Video FormatsYUY2, XRGB and NV12 provide options for image quality, software compatibility and processing bandwidth.
Onboard Video ProcessingAutomatic format detection, hardware deinterlacing for 1080i and 3D noise reduction reduce host-side processing.
Multi-Stream and Multi-CardOutputs multiple capture streams at different resolutions and supports multi-card systems with dynamic channel numbering.
Transparent product image of a single-channel M.2 4K60 Micro-HDMI capture card
COMPACT HIGH-PERFORMANCE CAPTURE

M.2 PCIe x4 Design with Dual Micro-HDMI Ports

HDMI 2.0 · 4K60 · Micro-HDMI Loop-Through · PCM 48 kHz Stereo

The slim M.2 board integrates dual Micro-HDMI connectors and dedicated heatsinks for space-constrained desktop, embedded and OEM systems. The transparent product image is embedded directly in this source, with no external image path required.

One Micro-HDMI 2.0 input and one loop-through
Up to 4K60, 2K144 and 1080p240 capture
YUY2, XRGB and NV12 video output formats
HDMI embedded audio with PCM 48 kHz stereo
CAPTURE WORKFLOW

From HDMI Source to Capture Application

01 · INSTALLInstall the M.2 cardInstall the card in a compatible M.2 PCIe 2.0 x4 interface and provide proper retention and cooling.
02 · INPUTConnect the HDMI sourceConnect a camera, computer or common game console to the Micro-HDMI input.
03 · LOOP-OUTConnect a local displayUse the Micro-HDMI loop-through for local monitoring while the video is captured.
04 · SOFTWARESelect video and audio devicesChoose the device, resolution, frame rate and video format in a DirectShow-compatible application.
CORE SPECIFICATIONS

Technical Specifications

Product TypeSingle-channel M.2 Micro-HDMI video capture card
Host InterfaceM.2 PCIe 2.0 x4; specified 20 Gbps link bandwidth
Video Input1× Micro-HDMI, HDMI 2.0
Video Loop-Through1× Micro-HDMI loop-through
Input CapabilityAny resolution up to 4K60
Capture CapabilityUp to 4K60; 2K144; 1080p at 120/144/240 Hz
Video FormatsYUY2, XRGB and NV12
Audio CaptureHDMI embedded audio, PCM 48 kHz stereo
Video ProcessingAutomatic format detection, 1080i hardware deinterlacing and 3D noise reduction
Multi-Stream OutputMultiple capture streams at different resolutions
Development InterfacesDirectShow video and DirectSound audio interfaces
Operating SystemsWindows and Linux; driver availability depends on the delivery package
Multi-Card SupportMultiple cards with dynamic channel numbering
Power Consumption≤2.0 W
EnvironmentOperating: 0-85°C; storage: -20-70°C; humidity: 5%-90%
APPLICATIONS

Compact 4K and high-frame-rate video capture

Game StreamingIndustrial VisionMedical ImagingUHD RecordingHigh-Speed AnalysisEmbedded HostsPortable WorkstationsOEM / ODM Integration
Specification note: XRGB and NV12 have been added to the video format list as requested. High-resolution and high-frame-rate modes require support from the source, host bandwidth, driver and application. Capture of protected HDMI content depends on source policy and applicable compliance requirements.