10 GigE and fibre area scan cameras Hikrobot
Hikrobot area scan cameras with a 10 Gigabit Ethernet interface and fibre versions: large-sensor throughput without a frame grabber, hundreds of metres over fibre.
| Model | Resolution | Frame rate | Sensor | pixel size |
|---|---|---|---|---|
| MV-CH800-60TM-M58S-NNArea camera | 10304×7712 px | 15 fps | 30×22.4 mm | 2.9×2.9 µm |
| MV-CH310-10TC-M58S-NNArea camera | 6464×4852 px | 17.2 fps | 22.3×16.7 mm | 3.45×3.45 µm |
| MV-CH500-90TC-M58S-NFArea camera | 7008×7000 px | 15.5–23.3 fps | 22.4×22.4 mm | 3.2×3.2 µm |
| MV-CH250-25TM-M58S-NFArea camera | 5120×5120 px | 40 fps | 23×23 mm | 4.5×4.5 µm |
| MV-CH800-60TC-M58S-NNArea camera | 10304×7712 px | 15 fps | 30×22.4 mm | 2.9×2.9 µm |
| MV-CH1030-90TC-M58S-NNArea camera | 11264×9200 px | 11 fps | 46.6 mm | 3.2×3.2 µm |
| MV-CH250-90TC-C-NFArea camera | 5120×5120 px | 41.5 fps | 1.1″ | 2.5×2.5 µm |
| MV-CH240-10TM-C-NNArea camera | 5328×4600 px | 35.1 fps | 1.2″ | 2.74×2.74 µm |
| MV-CH320-60TM-M58S-NNArea camera | 7744×4336 px1 | 30 fps1 | 22.6×12.7 mm1 | 2.9×2.9 µm1 |
| MV-CH610-10TM-F-TF V2.0Area camera | 9568×6380 px1 | 17.9 fps1 | 36×24 mm | 3.76×3.76 µm1 |
| MV-CH650-60TM-M58S-NNArea camera | 9344×7008 px | 17.5 fps | 30×22.4 mm | 3.2×3.2 µm |
| MV-CH050-90TM-C-NFArea camera | 2448×2048 px | 163.4 fps | 2/3″ | 3.4×3.4 µm |
| MV-CH050-90TC-C-NFArea camera | 2448×2048 px | 163.4 fps | 2/3″ | 3.4×3.4 µm |
| MV-CH120-15TM-M58S-NFArea camera | 4096×3000 px | 68.3 fps | 1.1″ | 3.45×3.45 µm |
| MV-CH120-15TC-M58S-NFArea camera | 4096×3000 px | 68.3 fps | 1.1″ | 3.45×3.45 µm |
| MV-CH120-60TM-C-NFArea camera | 4096×3072 px | 80 fps @ Mono8, resolution 4096×3072 px1 | 1.1″ | 3.45×3.45 µm |
| MV-CH120-60TC-C-NF V2.0Area camera | 4096×3072 px1 | 80 fps1 | 17.6 mm1 | 3.45×3.45 µm1 |
| MV-CH120-90TM-C-NFArea camera | 4096×3072 px | 94 fps | 1.1″ | 3.4×3.4 µm |
| MV-CH250-25TC-M58S-NFArea camera | 5120×5120 px | 40 fps | 23×23 mm | 4.5×4.5 µm |
| MV-CH250-25TM-F-NFArea camera | 5120×5120 px | 40 fps | 23×23 mm | 4.5×4.5 µm |
| MV-CH250-60TM-M58S-NFArea camera | 5120×5120 px | 31.7 fps | 23×23 mm | 4.5×4.5 µm |
| MV-CH250-90TM-M58S-NFArea camera | 5120×5120 px | 41.5 fps | 1.1″ | 2.5×2.5 µm |
| MV-CH250-90TC-M58S-NFArea camera | 5120×5120 px | 41.5 fps | 1.1″ | 2.5×2.5 µm |
| MV-CH250-90TM-C-NFArea camera | 5120×5120 px | 41.5 fps | 1.1″ | 2.5×2.5 µm |
| MV-CH250-92TM-C-NF V2.0Area camera | 5120×5120 px | 41.5 fps | 1.1″ | 2.5×2.5 µm |
| MV-CH250-92TC-C-NF V2.0Area camera | 5120×5120 px | 41.5 fps | 1.1″ | 2.5×2.5 µm |
| MV-CH310-10TM-M58S-NNArea camera | 6464×4852 px | 17.2 fps | 22.3×16.7 mm | 3.45×3.45 µm |
| MV-CH320-60TC-M58S-NNArea camera | 7744×4336 px1 | 30 fps1 | 22.6×12.7 mm1 | 2.9×2.9 µm1 |
| MV-CH500-90TM-M58S-NFArea camera | 7008×7000 px | 23.3 fps | 22.4×22.4 mm | 3.2×3.2 µm |
| MV-CH500-90TM-F-NFArea camera | 7008×7000 px | 23.3 fps | 22.4×22.4 mm | 3.2×3.2 µm |
| MV-CH610-10TC-F-TF V2.0Area camera | 9568×6380 px1 | 17.9 fps1 | 36×24 mm | 3.76×3.76 µm1 |
| MV-CH650-60TC-M58S-NNArea camera | 9344×7008 px | 17.5 fps | 30×22.4 mm | 3.2×3.2 µm |
| MV-CH650-90TM-M58S-NFArea camera | 9344×7000 px | 17.4 fps | 29.9×22.4 mm | 3.2×3.2 µm |
| MV-CH650-90TM-F-NFArea camera | 9344×7000 px | 17.4 fps | 29.9×22.4 mm | 3.2×3.2 µm |
| MV-CH650-90TC-F-NFArea camera | 9344×7000 px | 17.4 fps | 29.9×22.4 mm | 3.2×3.2 µm |
| MV-CH650-90TC-M58S-NFArea camera | 9344×7000 px | 17.4 fps | 29.9×22.4 mm | 3.2×3.2 µm |
| MV-CH1030-90TM-M58S-NNArea camera | 11264×9200 px | 11 fps | 46.6 mm | 3.2×3.2 µm |
| MV-CH210-90Q2M-M58S-NFArea camera | 5120×4096 px | 541 fps | 23.04×18.43 mm | 4.5×4.5 µm |
| MV-CH1510-10FM-M72-TFArea camera | 14208×10640 px | 6.2 fps | 66.7 mm | 3.76×3.76 µm |
| MV-CH2450-10Q1M-M72-TFArea camera | 19200×12800 px | 12.4 fps | 64.84 mm | 2.81×2.81 µm |
| MV-CH2450-10Q1C-M72-TFArea camera | 19200×12800 px | 12.4 fps | 64.84 mm | 2.81×2.81 µm |
Selecting the 10 GigE or fibre path
This range contains Hikrobot area scan cameras with a 10 Gigabit Ethernet interface and fibre versions. It targets large-sensor throughput without a frame grabber. Fibre provides the documented option for links extending over hundreds of metres, making host architecture and transmission distance the first choices to settle.
Choose between the Ethernet and fibre paths from the required run and system layout. The defining contrast with a grabber-based acquisition chain is that these cameras are described as operating without a frame grabber. After the link type is fixed, retain the complete designation so that nearby camera entries are not collapsed into one choice.
The list spans MV-CH names with C, F, M58S and M72 elements and with NN, NF or TF endings. Closely related entries include MV-CH310-10TM-M58S-NN and MV-CH310-10TC-M58S-NN, while the MV-CH500 and MV-CH650 groups include both M58S and F forms. The range also contains V2.0 names alongside entries without that mark.
Selection is therefore a staged check: confirm 10 Gigabit Ethernet or fibre transmission, decide whether the required distance calls for the fibre option, and then match every element of the camera designation. Models sharing a numeric stem can still have different middle and ending codes, so the exact named variant should carry through the mechanical and network plan.
FAQ
Is a frame grabber required for the 10 GigE camera range?
No frame grabber is required in the architecture described for this category. The cameras use a 10 Gigabit Ethernet interface, with fibre versions also included, so selection begins with the intended network path and link distance.
When does the fibre option become relevant to the layout?
The category describes fibre transmission over hundreds of metres. Choose that path when the planned camera-to-host run needs the documented long-distance option, then match the exact fibre camera designation in the range.
How is the range divided by the listed designation elements?
Model names contain C, F, M58S and M72 elements, with NN, NF and TF endings. The MV-CH500 and MV-CH650 groups include both F and M58S forms, while other stems occur with C or M72 elements.
Why should similar 10 GigE model names not be shortened?
MV-CH310-10TM-M58S-NN and MV-CH310-10TC-M58S-NN differ only in a later designation element but are separate entries. Keeping the complete name avoids substituting one listed camera form for another.
What should be established before selecting an individual camera?
Establish the required large-sensor data path, the 10 Gigabit Ethernet or fibre connection, and the transmission distance. Then filter by the full model designation, including its middle elements, ending and any V2.0 mark.
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