CoaXPress area scan cameras Hikrobot

Hikrobot area scan cameras with a CoaXPress interface: high bandwidth over coax, power and control on the same cable, a frame grabber is required.

Model	Resolution	Frame rate	Sensor	pixel size
MV-CH6040-10XM-M72-NFArea camera	28416×21280 px¹	1.45 fps	66.7 mm	3.76×3.76 µm
MV-CH650-90XM-F-NFArea camera	9344×7000 px	31.5 fps @ 9216×7000 px	29.9×22.4 mm	3.2×3.2 µm
MV-CH050-90XM-C-NNArea camera	2592×2160 px	213 fps	1/2″	2.5×2.5 µm
MV-CH140-90YM-M58S-NFArea camera	4608×3072 px	339 fps	25.34×16.9 mm	5.5×5.5 µm
MV-CH1510-10XM-M72-NFArea camera	14208×10640 px	6.2 fps	66.7 mm	3.76×3.76 µm
MV-CH1510-11XM-M72-TFArea camera	14208×10640 px	6.2 fps	66.7 mm	3.76×3.76 µm
MV-CH210-90YM-M58S-NNArea camera	5120×4096 px	222 fps	23.04×18.43 mm	4.5×4.5 µm
MV-CH2450-10YM-M72-TFArea camera	19200×12800 px	12.4 fps	64.84 mm	2.81×2.81 µm
MV-CH050-90XC-C-NNArea camera	2592×2160 px	213 fps	1/2″	2.5×2.5 µm
MV-CH120-40XM-M58S-NNArea camera	4096×3072 px	188 fps	22.5×16.9 mm	5.5×5.5 µm
MV-CH120-90X2M-C-NNArea camera	4096×3072 px	95 fps	1.1″	3.4×3.4 µm
MV-CH120-90X2C-C-NNArea camera	4096×3072 px	95 fps	1.1″	3.4×3.4 µm
MV-CH140-90XM-M58S-NNArea camera	4608×3072 px	169 fps	25.34×16.9 mm	5.5×5.5 µm
MV-CH250-90XM-C-NNArea camera	5120×5120 px	41.5 fps	1.1″	2.5×2.5 µm
MV-CH250-90XC-C-NNArea camera	5120×5120 px	41.5 fps	1.1″	2.5×2.5 µm
MV-CH250-20XM-M58S-NNArea camera	5120×5120 px	80 fps	23×23 mm	4.5×4.5 µm
MV-CH650-90XM-M58S-NFArea camera	9344×7000 px	31.5 fps @ 9216×7000 px	29.9×22.4 mm	3.2×3.2 µm
MV-CH650-90XC-M58S-NFArea camera	9344×7000 px	31.5 fps	29.9×22.4 mm	3.2×3.2 µm
MV-CH1510-10XM-M72-TF V2.0Area camera	14192×10640 px	6.2 fps	66.7 mm	3.76×3.76 µm
MV-CH1510-10XC-M72-NFArea camera	14208×10640 px	6.2 fps	66.7 mm	3.76×3.76 µm
MV-CH1510-10XC-M72-TF V2.0Area camera	14192×10640 px	6.2 fps	66.7 mm	3.76×3.76 µm
MV-CH1510-11XC-M72-TFArea camera	14208×10640 px	6.2 fps	66.7 mm	3.76×3.76 µm
MV-CH6040-10XC-M72-TFArea camera	28416×21280 px¹	1.38 fps @ RGB8, resolution 14208×10640 px	66.7 mm	3.76×3.76 µm
MV-CH6040-10XM-M72-TFArea camera	28416×21280 px¹	1.45 fps	66.7 mm	3.76×3.76 µm
MV-CH050-90Y1M-NNArea camera	2448×2048 px	164 fps	2/3″	3.4×3.4 µm
MV-CH050-90Y1C-NNArea camera	2448×2048 px	164 fps	2/3″	3.4×3.4 µm
MV-CH120-60Y1M-NN V2.0Area camera	4096×3072 px	80 fps	1.1″	3.45×3.45 µm
MV-CH120-60Y1C-NN V2.0Area camera	4096×3072 px	80 fps	1.1″	3.45×3.45 µm
MV-CH120-90Y1C-NNArea camera	4096×3072 px	93.9 fps	1.1″	3.4×3.4 µm
MV-CH120-90Y1C-NHArea camera	4096×3072 px	93.9 fps	1.1″	3.4×3.4 µm
MV-CH120-90Y1M-NNArea camera	4096×3072 px	93.9 fps	1.1″	3.4×3.4 µm
MV-CH120-90Y1M-NHArea camera	4096×3072 px	93.9 fps	1.1″	3.4×3.4 µm
MV-CH120-90Y2M-C-NNArea camera	4096×3008 px	149 fps	1.1″	3.4×3.4 µm
MV-CH120-90Y2C-C-NNArea camera	4096×3008 px	149 fps	1.1″	3.4×3.4 µm
MV-CH140-90YC-M58S-NFArea camera	4608×3072 px	339 fps	25.34×16.9 mm	5.5×5.5 µm
MV-CH210-90YC-M58S-NNArea camera	5120×4096 px	222 fps	23.04×18.43 mm	4.5×4.5 µm
MV-CH240-10YM-C-NNArea camera	5312×4608 px	191.7 fps	1.2″	2.74×2.74 µm
MV-CH250-90YC-C-NN V2.0Area camera	5120×5120 px	150 fps	1.1″	2.5×2.5 µm
MV-CH250-90YN-C-NN V2.0Area camera	5120×5120 px	150 fps	1.1″	2.5×2.5 µm
MV-CH250-90YM-M58S-NN V2.0Area camera	5120×5120 px	150 fps	1.1″	2.5×2.5 µm
MV-CH250-90YC-M58S-NN V2.0Area camera	5120×5120 px	150 fps	1.1″	2.5×2.5 µm
MV-CH250-90YM-C-NN V2.0Area camera	5120×5120 px	150 fps	1.1″	2.5×2.5 µm
MV-CH250-90Y1M-NNArea camera	5120×5120 px	41.3 fps	1.1″	2.5×2.5 µm
MV-CH250-90Y1C-NNArea camera	5120×5120 px	41.3 fps	1.1″	2.5×2.5 µm
MV-CH250-90Y1C-NHArea camera	5120×5120 px	41.3 fps	1.1″	2.5×2.5 µm
MV-CH250-90Y1M-NHArea camera	5120×5120 px	41.3 fps	1.1″	2.5×2.5 µm
MV-CH250-90Y2M-C-NFArea camera	5120×5120 px	85 fps	1.1″	2.5×2.5 µm
MV-CH650-90YM-M58S-NNArea camera	9344×7000 px	71 fps	29.9×22.4 mm	3.2×3.2 µm
MV-CH650-90YC-M58S-NNArea camera	9344×7000 px	71 fps	29.9×22.4 mm	3.2×3.2 µm
MV-CH650-90YC-F-NNArea camera	9344×7000 px¹	71 fps¹	29.9×22.4 mm¹	3.2×3.2 µm¹
MV-CH1030-90YM-M58S-NNArea camera	11264×9200 px	24.3 fps	36.1×29.4 mm	3.2×3.2 µm
MV-CH2450-10YC-M72-TFArea camera	19200×12800 px	12.4 fps	64.84 mm	2.81×2.81 µm
MV-CI050-Y1S-NNSwir area camera	2592×2056 px	120 fps	1/1.4″	3.45×3.45 µm

Planning a CoaXPress camera architecture

This category contains Hikrobot area scan cameras with a CoaXPress interface. The connection supplies high bandwidth over coax and carries power and control on the same cable. These cameras belong in acquisition systems built around a frame grabber, which is a required part of the CoaXPress architecture described for the range.

Interface architecture is the first selection gate. Confirm that the host can accept the required frame grabber and that the installation is planned around coax for image traffic, power and control. Once that system choice is fixed, compare the complete camera designation rather than treating models with a shared MV-CH prefix as interchangeable.

The MV-CH list contains several closely related designation pairs and branches. Examples include MV-CH050-90XM-C-NN with MV-CH050-90XC-C-NN, and MV-CH6040-10XM-M72-TF with MV-CH6040-10XC-M72-TF. Other entries carry M58S, M72, C or F elements in their names, as well as NN, NF, NH and TF endings. The range also includes the SWIR area camera MV-CI050-Y1S-NN.

Selection should preserve the full suffix chain. Similar stems can end in different letters, name elements or version marks, and the list includes both base names and V2.0 entries. After establishing the CoaXPress host path, align the exact model designation with the intended camera type and acquisition arrangement; do not substitute a nearby suffix by visual similarity alone.

FAQ

What system component is required for these CoaXPress cameras?

A frame grabber is required. The category is built around high-bandwidth transfer over coax, with power and control carried on the same cable, so the grabber and cable path need to be planned as part of the acquisition system.

Why is the full CoaXPress camera designation important?

Models with the same main stem can differ later in the name. MV-CH050-90XM-C-NN and MV-CH050-90XC-C-NN are separate entries, for example. Preserve every element and ending when matching a camera to the intended configuration.

Which designation branches occur in the MV-CH range?

The listed names include M58S, M72, C and F elements, together with NN, NF, NH and TF endings. They also include XM, XC, YM, YC, YN, Y1 and Y2 branches, so filtering must use the complete listed designation.

Does the category contain anything beyond MV-CH area cameras?

Yes. Alongside the MV-CH area camera entries, the range includes MV-CI050-Y1S-NN, identified as a SWIR area camera. Its different family prefix and camera type make it a separate branch during selection.

Can the same cable path carry more than image data?

The category description states that CoaXPress carries power and control on the same coax cable used for its high-bandwidth connection. Cable planning therefore belongs with frame-grabber selection rather than being treated as a separate final step.

¹ unofficial data