This is the high-end unit of the series. The main feature is the possibility of having various configurations for a better adaptation to the customer’s needs by providing various image sensors and data transfer/recording options. HSC-XP is produced with the image sensors MT9M413, or CMOSIS CMV2000 or CMV4000. This allows to select a model with a maximum or a lower performance (40% lower) but with a significantly better image quality (10/12 bpp against 8/10 bpp) and with a better resolution (2/4 Mpixels against 1.3 Mpixels).
All HSC-XP models can be equipped with a built-in hardware disk array, high-speed SSD standard mSATA. Continuous recording time is limited only by the capacity of the used SSD. Downloading the image data from the camera can be organized via different channels, depending on the configuration: External cabling PCI Express, Gigabit Ehernet, USB.
The low-level model of the HSC-XP series has a 4xSSD disk array and External Cabling PCI Express x4 Gen2, and can be used in two modes:
- Camcorder with capturing images to SSD and their subsequent download to a host computer over external PCIE/ 1Gb Ethernet. The control is performed by the external host via a PCIE interface.
- Real time image streaming to a host computer over an external PCIE, while the host computer is used as a “software” framegrabber. A special framegrabber board is not needed. This configuration realizes the function of a real time image processing supposed a host computer with sufficient performance is available.
Another model of the HSC-XP series is for applications “in the field”. The camera is equipped with an internal embedded computer, allowing for a direct link to some periphery devices like large format LCD, keyboard/mouse, i.e. for a comfortable work as a camcorder “in the field” there is no need of an extra computer as all functions for camera control and image pre-processing are performed on-board. In the same time an external link to a host PC via a PCIE is available as well.
All models of the HSC-XP series can be easily adapted to various image sensors, for example for the use of LUPA-1300-2
All HSC-XP models can be equipped with a built-in hardware disk array, high-speed SSD standard mSATA. Continuous recording time is limited only by the capacity of the used SSD. Downloading the image data from the camera can be organized via different channels, depending on the configuration: External cabling PCI Express, Gigabit Ehernet, USB.
The low-level model of the HSC-XP series has a 4xSSD disk array and External Cabling PCI Express x4 Gen2, and can be used in two modes:
- Camcorder with capturing images to SSD and their subsequent download to a host computer over external PCIE/ 1Gb Ethernet. The control is performed by the external host via a PCIE interface.
- Real time image streaming to a host computer over an external PCIE, while the host computer is used as a “software” framegrabber. A special framegrabber board is not needed. This configuration realizes the function of a real time image processing supposed a host computer with sufficient performance is available.
Another model of the HSC-XP series is for applications “in the field”. The camera is equipped with an internal embedded computer, allowing for a direct link to some periphery devices like large format LCD, keyboard/mouse, i.e. for a comfortable work as a camcorder “in the field” there is no need of an extra computer as all functions for camera control and image pre-processing are performed on-board. In the same time an external link to a host PC via a PCIE is available as well.
All models of the HSC-XP series can be easily adapted to various image sensors, for example for the use of LUPA-1300-2
PRELIMINARY TECHNICAL SPECIFICATIONS:
CAMERA TYPE HSC-XP-1.3-500 HSC-XP-1.3-500-CM HSC-XP-2.2-340 HSC-XP-2.2-340-CM HSC-XP-4.2-180 HSC-XP-4.2-180-CM
Sensor type: CMOS CMOS CMOS CMOS CMOS CMOS
Sensor diagonal: 19.7 mm 19.7 mm
Resolution 1280 x 1024 1280 x 1024 2048 x 1088 2048 x 1088 2048 x 2048 2048 x 2048
Pixel pitch: 12 x 12 μm 12 x 12 μm 5.5 x 5.5 μm 5.5 x 5.5 μm 5.5 x 5.5 μm 5.5 x 5.5 μm
Shutter: Global shutter Global shutter Pipelined Pipelined Pipelined Pipelined
global shutter global shutter global shutter global shutter
Bit per Pixel : 10/8 10/8 12/10 12/10 12/10 12/10
Frame rate at full resolution/10 bpp: 500 fps 500 fps 340 fps 340 fps 180 fps 180 fps
Image read out: External cabling External cabling External cabling External cabling External cabling External cabling
PCI Express x4 Gen2, PCI Express x4 Gen2, PCI Express x4 Gen2, PCI Express x4 Gen2, PCI Express x4 Gen2, PCI Express x4 Gen2,
Rec. to SSD array Rec. to SSD array Rec. to SSD array Rec. to SSD array Rec. to SSD array Rec. to SSD array
Synchronization : Free run, ext. trigger, Free run, ext. trigger, Free run, ext. trigger, Free run, ext. trigger, Free run, ext. trigger, Free run, ext. trigger,
Software trigger Software trigger Software trigger Software trigger Software trigger Software trigger
Exposure control: Software, ext.signals, Software, ext.signals, Software, ext.signals, Software, ext.signals, Software, ext.signals, Software, ext.signals,
Exp. during read out, Exp. during read out, Exp. during read out, Exp. during read out, Exp. during read out, Exp. during read out,
Extended optical range Extended optical range Extended optical range Extended optical range Extended optical range
(piecewise lin. response) (piecewise lin. response) (piecewise lin. response) (piecewise lin. response) (piecewise lin. response)
Region of interest (ROI) Static/Dynamic Static/Dynamic 8 different sub-windows 8 different sub-windows 8 different sub-windows 8 different sub-windows
in one read-out cycle, in one read-out cycle, in one read-out cycle, in one read-out cycle,
sub-sampling sub-sampling sub-sampling sub-sampling
Trigger/Control IO Signal Opto isolated, Opto isolated, Opto isolated, Opto isolated, Opto isolated, Opto isolated,
Rising/falling edge, level Rising/falling edge, level Rising/falling edge, level Rising/falling edge, level Rising/falling edge, level Rising/falling edge, level
Local user´s interface Local standard PC key- Local standard PC key- Local standard PC keyboard
and mouse on USB, board and mouse on USB, board and mouse on USB,
Local external DVI or D.P. Local external DVI or D.P. Local external DVI or D.P.
LCD up to 1800 x 1200 LCD up to 1800 x 1200 LCD up to 1800 x 1200
3xUSB2.0 hosts for ext. 3xUSB2.0 hosts for ext. 3xUSB2.0 hosts for ext.
media, 1xUSB client media, 1xUSB client media, 1xUSB client
Remoute control, Images download from camera software via PCIE x4, software via PCIE x4, software via PCIE x4, software via PCIE x4, software via PCIE x4, software via PCIE x4,
1Gb Ethernet, USB 1Gb Ethernet, USB 1Gb Ethernet, USB 1Gb Ethernet, USB 1Gb Ethernet, USB 1Gb Ethernet, USB
Optical format: 1-inch 1-inch 2/3 inch 2/3 inch 1 inch 1 inch
Standard Lens Mount: CS or C-Mount CS or C-Mount CS or C-Mount CS or C-Mount CS or C-Mount CS or C-Mount
Power: DC 12 v, 15W DC 12 v, 15W DC 12 v, 15W DC 12 v, 15W DC 12 v, 15W DC 12 v, 15W
Dimensions: 84 x 84 x 170 mm 84 x 84 x 170 mm 84 x 84 x 170 mm 84 x 84 x 170 mm 84 x 84 x 170 mm 84 x 84 x 170 mm
Accessories: User Software, User Software, User Software, User Software, User Software, User Software,
Manual, Power Supply, Manual, Power Supply, Manual, Power Supply, Manual, Power Supply, Manual, Power Supply, Manual, Power Supply,
API SDK Windows/Linux API SDK Windows/Linux API SDK Windows/Linux API SDK Windows/Linux API SDK Windows/Linux API SDK Windows/Linux