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Own products
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TED-iMX board - Freescale i.MX1
Single Board Computer
- Freescale MC9328MX1 ARM920T™-based
MCU @ 200MHz
- 220 VAC / 12 VDC universal power supply
- Power consumption : 2 W
- 16 Mbyte Flash (optional
32 Mbyte)
- 64 Mbyte 32-bit SDRAM
- One Ethernet 10/100 Base
T port
- One CompactFlash
connector
- Real Time Clock with battery
- One USB peripheral port
(Downstream)
- One RS232C port with
CTS/RTS flow control signals on DB9
connector
- One RS232 port on HE-10
connector TTL compatible
- Direct interface for external LCD
(active or passive)
- Direct interface for external touchscreen
- Two 80-pin expansion connectors
with most i.MX1 signals :
- 1 connector for asynchronous memory
access. 24 bits addressable, 2 "chip
select", 8/16/32 bits access
- 1 connector for 50 General Purpose IO
- MultiICE connectors for
debug (JTAG)
- Built-in ROM monitor
- eCOS compatible
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Vision Booster II
autonomous and intelligent camera
Based on CMOS captors, Virtex FPGA and Freescale
DSP, this open architecture camera introduces the
concept of a standard product with two
independently rotating "eyes" for
industrial control applications. Captors can be
matrix or linear, color or monochrome. Wired
processings are performed by a Virtex FPGA
(histogram , input and output LUTs, various
filters and other algorithms configurable in
real-time. The DSP provides to the Vision Booster
II camera local intelligence and
extra computation power. The opto-isolated
input/outputs, an optional USB interface
and 2 serial ports provide a large
communication palette permitting easy integration
in an industrial environment.
The algorithms implanted in the Virtex FPGA are
customizable. |
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TFT Express board
Flat screens control board (TFT technology), from
an analogical VGA or S-VGA source . |
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Products
developed for our clients : |
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64-bits PCI
board, acquiring and real-time image processing |
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Developed according to a schedule
of conditions, this board presents the following
features :
- 64-bits/66 Mhz PCI interface. Running in
master mode without waiting cycle, in
order to maintain an optimal transfer
rate
- Interface carried out with a Virtex-E
(XCV300-E- BG432) Xilinx FPGA
- Windows NT and Windows 2000 drivers
developed by MVD
- Image acquisition through optical fiber
at 1 Gigabits/sec rate
- Real-time image processing algorithms
implemented into FPGA
- Images and parameters processing
storage into a 256 Mo SDRAM
module.
SDRAM controller was developed by MVD,
and set-up into FPGA.
- LVDS interface for communication with the
outside
- RS232 port optical emulation
- FPGA reconfiguration by remote control
without manual intervention on board
(Smart Config)
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Image
capture device for scientific application based
on a CCD captor use, meant to be loaded onto a
sounding ballon. |
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Developped according to a
schedule of conditions, this board uses a CCD
captor selected for its electrical designs making
possible running at very low temperatures.
A Spartan-II (2S50 TQ144) Xilinx FPGA carries out
timings (synchros CCIR) and interfaces
functions with board and outside elements. |
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Three-dimensional
control and measuring device for industrial
applications, using the triangulation principle.
Total production of the electronic boards.
Three-dimensional image processing algorithms
implemented by DSP processors, and a Xilnx FPGA,
XC4000 family. |
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Device for
measuring the speed and direction of a ball
for a golf simulator : Based on the use
of two sets of 2560 pixels linear cameras,
this device determines, with high precision,
speed and trajectory of a golf ball. The data
calculations, performed in real time by a FPGA
and affined by Analog Devices DSP, are
transmitted to the central unit. This central
unit is responsible for synthesizing images which
will reconstruct ball trajectory in a virtual
environment, projected on a giant screen. |
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Image
processing device for tracking defects
in the textile industry. For this application, a
specialized DSP was implemented into a Xilinx
FPGA. |
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Various
controllers for flat screens in TFT and DSTN
technology in color for industrial
applications. Analogic VGA, SVGA interfaces and
multi-standards composite video (PAL, SECAM,
NTSC, Y/C) for the screens. |
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Different
ASICs prototypes for civil and military
applications :
Performed in Xilinx FPGA, these prototypes
were set on boards specially designed for this
purpose, thus enabling the development of ASICs
on model, in order to reduce the simulation
time and to carry out an exhaustive test on the
most sensitive parts of designs. |
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Electronic
control for ink-jet print heads :
applications for graphic printing on industrial
packagings. Electronic device based on the use of
a 16-bit micro-controller, and a SPARTAN XL FPGA
accepting several configurations according to the
print heads used. |
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Medical
imaging device with USB interface :
Equipped with two cameras using the latest CMOS
captors, images are captured in a SDRAM memory
controlled by a Spartan II FPGA, before being
transferred to a PC through a USB port. |
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