VCSBC nano Z 0015

Made for each other: The VCSBC nano Z Embedded Systems with Dual-Core ARM and VC Linux operating system.

VCSBC nano Z Board Camera Embedded Vision System with programmable ZYNQ module.

nano board

VCSBC nano Z Smart Camera boards are assembled on both sides, which enables their exceptionally small dimensions of only 40 mm x 65 mm.

Sensor

1/1.8" CMOS sensor, e2v, available as color version (Bayer filter)

Dig. I/Os

12 freely programmable I/Os

Products / OEM Embedded Vision Systems / ARM/Linux / Board cameras / VCSBC nano Z 0015

Fast facts

1/1.8" CMOS sensor, e2v
Resolution: 1600 x 1200 pixel, UXGA
Frame rate: 50 fps
High-speed shutter: 1 µs
Low-speed shutter: up to 1.28 s adjustable integration time
Dual-Core ARM with 2 x 866 MHz and integrated FPGA

Also available

as color version "C" (Bayer filter) on request
with external sensor board "RH", cable length 80-200 mm
as stereo Smart Camera with 2 external sensor boards "RH-2"

512

MD DDR-SDRAM

FRAMES PER SECOND

1600 x 1200

RESOLUTION

866

MHz DUAL-CORE ARM

PROGRAMMABLE I/Os

40 x 65

in mm DIMENSIONS

Dimensioned drawing for Smart Camera series VCSBC nano Z.

Specifications

Sensor:

1/1.8" CMOS from e2v, available as color version (Bayer filter)

Resolution:

1600(H) x 1200(V) active pixel, UXGA

Pixel size:

4,5(H) µm x 4,5(V) µm

Shutter:

High-speed: 15 µs + in steps of 15 µs. Low-speed: up to 1 s adjustable integration time

Integration:

Global shutter

Frame rate:

50 fps

Acquisition:

Program-controlled or external high speed trigger, full-frame & partial scanning (ROI), jitterfree acquisition

Processor:

Dual-core ARM Cortex-A9 with 2 x 866 MHz and integrated FPGA

RAM:

512 MB DDR-SDRAM

Flash EPROM:

16 GB flash memory (nonvolatile)

Dig. I/Os:

12 programmable I/Os

Trigger I/Os:

1 trigger input (opto-decoupled), 1 flash trigger output (open collector)

Interfaces:

Ethernet 1Gbit, serial RS232, I²C

Power Supply:

10-30 V DC

Power consumption:

<3 W

Design type:

Sensor on-board

Click here for hardware manual

Online hardware manual VCSBC nano Z

The ZQNC SoC module, basis for the Z models, increases the performance enormously thanks to the freely programmable FPGA. The programming of the FPGA itself has significant advantages whenever low power consumption and high-speed are mandatory.

MICHAEL ENGEL OWNER of Vision Components & INVENTOR OF THE SMART CAMERA

Your contact

We gladly offer our help in finding the perfect solution for your requirements. And if not available yet, we will develop it for you!

Sales international

Jan-Erik Schmitt

Vice President of Sales
P +49 7243 2167-23
M +49 176 63 31 85 08
schmitt@qwtybvislwiok2futn-caqompoplsneennts.comsyn

Xing

Your contact

We gladly offer our help in finding the perfect solution for your requirements. And if not available yet, we will develop it for you!

Sales Americas
Mariann Király
Director of Business Development
Vision Components US Office
P +1 (802) 725 8351
M +1 (224) 900 0687
mariangwsh5n.w4ikiralmp9siy@_szin+vision-pweifcomponenyyzcts.com^o8fq2

LinkedIn

Your contact

We gladly offer our help in finding the perfect solution for your requirements. And if not available yet, we will develop it for you!

Sales Americas
Endre Tóth
Director of Business Development
Vision Components US Office
P +1 603 598-2588
M +1 603 55 77 122
etbeoth@vitszsic0lon-componenybts._6fvycomri

LinkedIn

VC LibQ based on Halcon for fast application development with embedded vision systems

More pixels, more frames, low-noise

VCSBC nano Z 0015

Specifications

Click here for hardware manual

The ZQNC SoC module, basis for the Z models, increases the performance enormously thanks to the freely programmable FPGA. The programming of the FPGA itself has significant advantages whenever low power consumption and high-speed are mandatory.

Your contact

Your contact

Your contact

Smart cameras, great ideas.