Hikrobot MV-GC1102IOL

I/O structure and range context

Camera Link acquisition with a defined eight-line control layout is the central role of MV-GC1102IOL. Two SDR ports accept Base, Medium, Full and 80-bit configurations at up to 6.8 Gbit/s per camera connection. A 1 GB DDR3 buffer feeds a PCI-E gen2 × 4 interface at 1600 MB/s sustained bandwidth, with Mono and Bayer depths from 8 to 16 bits and RGB 8 or BGR 8 handling.

This arrangement fits a two-camera inspection station in which acquisition and machine events share the frame-grabber I/O. Lines 0, 1, 4, 5, 6 and 7 accept 3.3 V DC to 12 V DC inputs and provide 3.3 V DC outputs; lines 2 and 3 extend input and output operation to 24 V DC. Each Camera Link channel can also supply up to 4 W at 12 V DC through PoCL, provided the connected camera remains inside that allowance.

MV-GC1102IOL and MV-GC1002-V2 share the two-channel Camera Link 2.1 path, 1 GB memory and 1600 MB/s sustained transfer. The distinction is control and host context: this model has eight configurable lines, Windows 7/10/11 support and 10 W consumption, whereas MV-GC1002-V2 lists eleven lines, Linux support and 7 W. Move to MV-GX1002 when the camera side requires two CXP-6 coaxial inputs rather than SDR Camera Link.

Specifications

Selection and applications

Two-channel Camera Link capture. Mixed-voltage event interfacing. Colour or monochrome stream acquisition.

Minimum kit: Install MV-GC1102IOL in a PCI-E gen2 × 4 host and add one or two Camera Link cameras with SDR cables, using PoCL up to 4 W at 12 V DC per port or the cameras' separate power path.

Nearby in the range: MV-GC1002-V2 — Prefer it when eleven configurable I/O lines or Linux host support is required.; MV-GX1102 — Prefer it for two CXP-6 ports on a PCI-E gen3 × 4 host link..

Cameras that connect to this board

SDR × 2 · up to 2 cameras · 1720 MB/s:

Matched by interface and port count.

FAQ

How are the eight trigger lines arranged on MV-GC1102IOL?

All eight lines can be configured as inputs or outputs and support single-ended or differential signaling. Lines 0, 1, 4, 5, 6 and 7 use 3.3 V DC to 12 V DC input with 3.3 V DC output, while lines 2 and 3 support input and output from 3.3 V DC to 24 V DC.

What sustained transfer rate is available from MV-GC1102IOL?

The PCI-E gen2 × 4 board is specified for 1720 MB/s maximum and 1600 MB/s sustained transmission bandwidth. Its 1 GB DDR3-RAM buffer provides local storage between the two incoming Camera Link streams and host-memory transfer.

Does MV-GC1102IOL support PoCL on both camera ports?

Yes. Each of the two channels can provide as much as 4 W at 12 V DC over PoCL. The camera power requirement must be checked against that per-channel ceiling; frame-grabber consumption is listed as 10 W.

Which image formats can MV-GC1102IOL receive and deliver?

The acquisition formats are Mono 8/10/12/16, Bayer 8/10/12/16, RGB 8 and BGR 8. This covers grayscale streams, raw colour-filter-array data and 8-bit RGB or BGR data over the same Camera Link board.

What host software environment is stated for MV-GC1102IOL?

Host operating-system support is Windows 7, Windows 10 and Windows 11. The board is paired with MVS client software, and SDK support is listed for secondary development of the acquisition application.

How does MV-GC1102IOL differ from the MV-GC1002-V2 board?

Both connect two Camera Link cameras at 6.8 Gbit/s and sustain 1600 MB/s. MV-GC1102IOL uses eight configurable I/O lines and consumes 10 W; MV-GC1002-V2 lists eleven lines, consumes 7 W and adds Ubuntu 16.04 through 22.04 support.