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Frame grabbers Hikrobot

Frame grabbers and NICs for machine vision cameras: GigE, 2.5 and 10 GigE, USB 3.0, Camera Link and CoaXPress — frame-loss-free acquisition and line synchronisation.

Modelcamera interfaceinterconnectdelivery bandwidthPower
MV-GE1004Frame grabberRJ45 × 4PCI-E gen2 × 41720 MB/s10 W
MV-GE1104Frame grabberRJ45 × 4PCI-E gen2 × 4860 MB/s10 W typ.
MV-GE1104PFrame grabberRJ45 × 4PCI-E gen2 × 2860 MB/s4.7 W typ.
MV-GE2002 V2.0Frame grabberRJ45 × 2PCI-E gen2 × 4…860 MB/s4.3 W
MV-GE2004 V2.0Frame grabberRJ45 × 4PCI-E gen2 × 4…860 MB/s5.5 W
MV-GE2002P V2.0Frame grabberRJ45 × 2PCI-E gen2 × 4…860 MB/s7.5 W
MV-GE2004P V2.0Frame grabberRJ45 × 4PCI-E gen2 × 4…860 MB/s9 W
MV-GE2202Frame grabberRJ45 × 2PCI-E gen2 × 4…860 MB/s2 W
MV-GE2204Frame grabberRJ45 × 4PCI-E gen2 × 4…860 MB/s3 W
MV-GE2202PFrame grabberRJ45 × 2PCI-E gen2 × 4…860 MB/s2 W
MV-GE2204PFrame grabberRJ45 × 4PCI-E gen2 × 4…860 MB/s3 W
MV-GE2004L V2.0Frame grabberRJ45 ×4PCI-E gen2 × 4…860 MB/s5.5 W typ.
MV-GE2002L V2.0Frame grabberRJ45 × 2PCI-E gen2 × 4…860 MB/s4.3 W typ.
MV-GE2202LFrame grabberRJ45 × 2PCI-E gen2 × 4860 MB/s2 W
MV-GU2104Frame grabberUSB3.0 type-APCI-E gen2 × 41720 MB/s6 W typical without USB power supply; 24 W typical with USB power supply
MV-GU2204Frame grabberUSB3.0 type-APCI-E gen2 × 41720 MB/s5.5 W without USB power supply; 23.5 W with USB power supply
MV-GU2204LFrame grabberUSB3.0 type-APCI-E gen2 × 41720 MB/s5.5 W without USB power supply; 23.5 W with USB power supply
MV-GT1004Frame grabberRJ45 × 4PCI-E gen2 × 83900 MB/s24 W
MV-GT1002Frame grabberRJ45 × 2PCI-E gen2 × 83900 MB/s19.2 W
MV-GT1102PFrame grabberRJ45 × 2, supports POEPCI-E gen3 × 4—21.1 W
MV-GT1104PFrame grabberRJ45 × 4, supports POEPCI-E gen3 × 87000 MB/s28.5 W
MV-GT2002Frame grabberRJ45 × 2PCI-E gen3 × 431.5 Gbps12 W typ.
MV-GT2001Frame grabberRJ45 × 1PCI-E gen3 × 431.5 Gbps7 W typ.
MV-GS1004Frame grabberSFP × 4PCI-E gen2 × 83900 MB/s20 W
MV-GC1102IOLFrame grabberSDR × 2PCI-E gen2 × 41720 MB/s10 W
MV-GC1002-V2Frame grabberSDR × 2PCI-E gen2 × 41720 MB/s7 W
MV-GS1002F V3.0Frame grabberSFP+ ×2PCI-E gen3 × 44000 MB/s9.8 W
MV-GS1004F V3.0Frame grabberSFP+ ×4PCI-E gen3 × 44000 MB/s12.8 W
MV-GS1104FFrame grabberSFP+ ×4PCI-E gen3 × 87800 MB/s20 W
MV-GX1004Frame grabberDIN 1.0/2.3 × 4PCI-E gen2 × 83900 MB/s14.4 W typ.
MV-GX1002Frame grabberDIN 1.0/2.3 × 2PCI-E gen2 × 83900 MB/s13.7 W typ.
MV-GX1102Frame grabberDIN 1.0/2.3 × 2PCI-E gen3 × 43400 MB/s8.8 W typ.
MV-GX1104Frame grabberDIN 1.0/2.3 × 4PCI-E gen3 × 43400 MB/s11.1 W typ.
MV-GX1008Frame grabberDIN 1.0/2.3 × 8PCI-E gen3 × 87800 MB/s13.1 W typ.
MV-GY1002 V2.0Frame grabberHD-BNC × 2PCI-E gen3 × 87800 MB/s15.7 W typ.
MV-GY1004 V2.0Frame grabberHD-BNC × 4PCI-E gen3 × 87800 MB/s16.8 W typ.
MV-GQ1001Frame grabber1×QSFP28PCI-E gen3 × 87800 MB/s18.5 W typ.
MV-GE4002Frame grabberRJ45 × 2PCI-E gen2 × 42000 MB/s4 W
MV-GE4004Frame grabberRJ45 × 4PCI-E gen2 × 42000 MB/s6.3 W
MV-GE4002PFrame grabberRJ45 × 2PCI-E gen2 × 42000 MB/s4 W without PoE
MV-GE4004PFrame grabberRJ45 × 4PCI-E gen2 × 42000 MB/s6.1 W without PoE
MV-GT2102Frame grabberRJ45 × 2PCI-E gen3 × 44000 MB/s—
MV-GT2102PFrame grabberRJ45 × 2PCI-E gen3 × 44000 MB/s—

Selecting an acquisition interface

Hikrobot frame grabbers and NICs connect machine vision cameras to an acquisition system. The category covers GigE, 2.5 GigE, 10 GigE, USB 3.0, Camera Link and CoaXPress. Its stated roles are frame-loss-free acquisition and line synchronisation, so interface matching is the primary boundary between candidate boards. Define the image-transfer path and line-sync role together before comparing exact board variants.

Begin with the camera transport, then retain the full board designation needed by the system topology. Closely related identifiers occur in pairs or larger groups, including MV-GE2202 and MV-GE2204, MV-GT1002 and MV-GT1004, and MV-GX1002, MV-GX1004 and MV-GX1008. P, L and F suffixes also identify separate entries and should not be dropped during selection.

The range is organised into MV-GE, MV-GU, MV-GT, MV-GS, MV-GC, MV-GX, MV-GY and MV-GQ groups. It also contains explicitly versioned choices: MV-GE2002 V2.0, MV-GE2004 V2.0, MV-GY1002 V2.0, MV-GY1004 V2.0, MV-GS1002F V3.0 and MV-GS1004F V3.0. After the interface family is fixed, compare the complete identifiers within that group and carry the version text into the build definition. The unversioned and versioned names must remain distinct in system documentation.

FAQ

Which camera interfaces are represented by the frame-grabber range?

The category names GigE, 2.5 GigE, 10 GigE, USB 3.0, Camera Link and CoaXPress. Match the board family to the camera transport first, because the acquisition interface sets the initial boundary for selection.

Why must the complete suffix remain in the selected board name?

Suffixes distinguish separate entries. MV-GE2202, MV-GE2202P and MV-GE2202L are all present, as are MV-GS1004, MV-GS1004F V3.0 and MV-GS1104F. Recording only the shared stem would leave the board variant ambiguous.

Which entries have an explicit version designation?

The range includes MV-GE2002 V2.0, MV-GE2004 V2.0, MV-GY1002 V2.0 and MV-GY1004 V2.0. It also includes MV-GS1002F V3.0 and MV-GS1004F V3.0. The version is part of each exact designation and should be retained.

Does the category cover synchronisation as well as image transfer?

Yes. Its stated scope combines frame-loss-free acquisition with line synchronisation. Interface choice addresses camera data transport, while the required synchronisation role must remain part of the board-level system selection.

How should closely numbered entries be compared during selection?

Treat each full identifier as a separate choice. Groups such as MV-GT1002 and MV-GT1004 or MV-GX1002, MV-GX1004 and MV-GX1008 provide adjacent entries; compare them only after choosing the required transport family.