DVP-7310MUHE is a high-quality, high-performance capture device which is specially designed for high-definition video capture applications. It supports up to 1 channel of highdefinition, 4096×2160p60 video from 1 x SDVoE source with HDMI loop-through.

DVP-7310UHF is a high-quality, high-performance capture device which is specially designed for high-definition video capture applications. It supports up to 1 channel of high-definition, 4096×2160p60 video from 1 x SDVoE source (SFP+) with HDMI loop-through.

DVP-7111UHE is designed for high-definition 4K video capture applications. It supports up to 1 channels of audio/video inputs to connect with HDMI2.0 signal sources.DVP-7111UHE can record live video from high-definition signal sources into high-quality H.264 High Profile + CABAC files.

VEGA-3000 is a single slot, half length PCIe card which performs High Definition 1080p60 video raw data encapsulating/de-encapsulating for transmission across a 10Gbps Ethernet network. Using a power-efficient FPGA from Xilinx, HVC-8800 supports the proposed standard SMPTE 2022-6 (High Bit Rate Media Transport over IP Networks), which
describes the encapsulation and de-encapsulation of video to and from IP networks with RTP protocol, and proposed standard SMPTE 2022-5 (Forward Error Correction for High Bit Rate Real-Time Video/Audio Transport over IP) to improve resilience to bit errors and packet loss. VEGA-3000 operates either as a transmitter or receiver functions, selectable using a jumper on the board. The transmitter mode encapsulates video raw data from SDI input or PCI Express interface according to SMPTE-2022 and sends by 10G Ethernet to receiver
card side. Conversely, in receiver mode, the card receives SMPTE-2022 packets via 10G Ethernet interface and recovers video raw data for SDI output or via PCIe interface. With an easy-to-use software development kit (SDK), VEGA-3000 is an ideal solution for system integrators to implement versatile video over IP functions in a variety of applications including cloud video acquisition, video over IP bridge, and networked broadcast studio installations.

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1-ch Full HD H.264 MiniPCIe Video Capture Card with SDK

1-ch Full HD H.264 MiniPCIe Video Capture Card with SDK

DVP-7031E is a Mini PCIe-bus, software compression video capture card with 4 video and 4 audio inputs. DVP-7031E supports H.264 baseline compression format at up to D1 resolution at real-time frame rate (30/25fps). With an easy-to-use software development kit (SDK) and flexibility to stack multiple cards, DVP-7031E is an ideal solution for various video capture applications or video surveillance.

4-ch Full HD H.264/MPEG4 PCIe Video Capture Card with SDK

4-ch Full HD H.264/MPEG4 AHD/CVI/TVI/CVBS PCIe Video Capture Card with SDK

DVP-7036HE is a high-quality, high-performance capture device which is specially designed for high-definition video capture applications. It supports up to 4 channel of high-definition, 1080p30 video from TVI source and TVI embedded audio source.

DVP-7041E is a Mini PCIe-bus, software compression video capture card with 8 video and 8 audio inputs. DVP-7041E supports H.264 baseline compression format at up to D1 resolution at real-time frame rate (30/25fps). With an easy-to-use software development kit (SDK) and flexibility to stack multiple cards, DVP-7041E is an ideal solution for various video capture applications or video surveillance.

4-ch H.264/MPEG4 MiniPCIe Video Capture Card with SDK

1-ch Full HD H.264 MiniPCIe Video Capture Card iDoor Module

1-ch Full HD H.264 MiniPCIe Video Capture Card iDoor Module

1-ch Full HD H.264 MiniPCIe Video Capture Card with SDK

1-ch Full HD H.264 MiniPCIe Video Capture Card iDoor Module

PCIe Video Capture Card with SDK

PCIe Video Capture Card with SDK

4-ch H.264/MPEG4 MiniPCIe Video Capture Module  with SDK

PCIeX1 8ch D1 SW capture card

1-ch Full HD H.264/MPEG4 PCIe Video Capture Card with SDK

DVP-7044HE is a PCIe-bus, GMSL2 video capture card with 8ch GMSL input. DVP-7044HE supports H.264 Software compression format at up to Full HD 1080p for each channel. It allows power to be supplied to connected device such as GMSL camera.