Q: How do I install the driver
software? A: It depends on which software
operating system you are using on your
computer. Pixera currently supports
Windows® 95, 98, Me, NT, 2000 and XP
including Mac® OS 9.0-9.2.x
Each operating system requires a slightly
different approach. You can download
detailed installation instructions from the
Pixera web site's Support
section. Generally speaking, the driver and
application software require separate
installations, where the driver is always
installed first.
Q: Why can't I install the
driver?
A: It may be that on some
manufacturers' computers, the operating
system will only take the driver when
prompted to do so. In such case you would
not insert the software CD first, but let
the computer detect the hardware and when
requested, insert the software CD for
driver installation.
Q: Can I use the camera system
with Mac® OS X? A: Pixera is currently working on a
software application for Mac® OS X,
with expected release in Q4
2002. Contact Pixera sales
for an update of the exact release
date. Contact
Pixera
Q: What are the minimum system
requirements for installing the
software? A:
Minimum Requirements:
Operating System
Requirements:
|
Windows® 95, 98, Me, NT, 2000,
& XP
Mac® OS 9.0-9.2.x
|
Computer Interface:
|
PCI card slot (Slot No.1
recommended*)
|
CPU speed (Windows®):
|
300MHz or higher
|
CPU speed (Mac® OS):
|
Blue/White G3 or
later
|
Memory RAM (Windows®):
|
128MB or more
|
Memory RAM (Mac® OS):
|
256MB or more
|
Hard disk space
(Windows®):
|
100MB of free space or
more
|
Hard disk space (Mac®
OS):
|
200MB of free space or
more
|
|
|
Recommended:
|
|
Display/Monitor Resolution:
|
1024x768 pixels or
more
|
Display/Monitor Color:
|
16bits or more
|
* Slot No. 1 is closest
to the CPU on the motherboard. A fan
mounted on top often indicates the location
of the CPU.
Q: Does the
slot position of the PCI card
matter? A: For Mac® OS
users it doesn't matter. We recommended
that Windows® users use slot 1,
nearest the *CPU to avoid possible
compatibility issues with other third party
hardware.
*A fan mounted on top often indicates the
location of the CPU.
Q: Can I use two Penguin/Pro camera
systems on the same
computer?
A: Not
currently. The drivers do not work
independently of each other.
Q: Can I use a Penguin/Pro Series
camera system and a Professional/120es
camera system on the same
computer?
A: This is
possible under very specific conditions. If
you have questions regarding this
combination, please contact our
Technical
Support staff with your question
and someone will get back to
you.
Q: How does
the Pixera DiRactor technology achieve 4x
the actual image sensor
resolution?
A: The patented DiRactor™ light
refractor mechanism shifts the incident
light from the subject, with sub micron
accuracy, and 4 spatially shifted exposures
(1392x1040 million pixels per exposure) of
the subject are captured. After image
processing, the maximum resolution of the
resulting images is approximately 5.8
million pixels.
Pixera's
DiRactor™ light refractor
consists of two pieces of optical glass,
each surrounded by a small coil of wire and
encased in a plastic shell. These two
pieces form the diaphragms of the
refractor.
A doughnut shaped magnet separates the
diaphragms and these three pieces are
placed in front of the CCD and housed,
along with the CCD, in a plastic case. Our
light refractor is extremely accurate to
sub-micron distances.
This technology is also very reliable over
time, and doesn't need occasional
calibration compared to other similar
technologies.
Q: How much
cooling is achieved for Penguin 600CL and
150CL?
A: The 4
stage thermoelectric peltier cooling device
reduces the temperature of the CCD sensor
by 20°C compared to a non-cooled
operating condition. The cooling device is
extremely fast with quite operation and
achieves this temperature within 2 minutes
(+/-30sec). We have accomplished this
performance without using a fan, from which
vibrations could degrade the image quality
during longer integration exposures.
The cooling device will reduce "dark
current" noise, or unwanted
spontaneous electric charges of pixel
elements within the CCD sensors silicon
layer by lowering the temperature. The
amount of "dark current" is
depending on both the CCD temperature and
exposure duration.
Q: What microscopy application was
the Penguin and Pro Series camera systems
developed for?
A: All Penguin and Pro camera systems can
be used in wide range of applications such
as biological & medical research,
medical diagnostics, pathology, materials
science, industrial inspection and
analysis, etc.
Most
physicians, researchers, lab technicians or
engineers select a Pixera camera system for
the exceptionally high image quality, color
reproduction, reliability, and ease of use.
A system that is easy to learn and operate
will improve both quality of your work and
productivity.
In addition, you can choose to capture
either up to 1.5 million pixels with the
Penguin 150CL and Pro 150ES or up to 5.8
million pixels resolution with Penguin
600CL and Pro 600ES. The higher resolution,
5.8 million pixels offer large size
publishing quality at about 9"x7"
(23cmx18cm), 300dpi and the ability to
zoom-in on your computer with better
detail.
Q: What microscopy methods was the
Penguin and Pro Series camera systems
developed for? A: The cooled camera
systems, Penguin 600CL & 150CL offer
greater sensitivity (0.01lux), and are
especially suited for low light
fluorescence imaging of dim specimens,
industrial low light and other low light
applications. Of course, these systems can
also take excellent color images in
brightfield and other applications, which
make the Penguin 600CL and 150CL extremely
useful for a variety of applications and
future needs.
The
non-cooled camera systems, Pro 600ES &
150ES offer 0.05lux sensitivity and are
emphasizing high quality color imaging for
brightfield imaging techniques, polarized
light, phase contrast, DIC/Nomarski, Gel
documentation, etc. These systems can also
be used for many fluorescence applications
that don't require the lower light
capabilities.
All Penguin and Pro camera systems
also offer as standard, a "live"
viewfinder, up to 15frames per second at
640x480 pixel size in color, for easy
focusing and live specimen capture at
640x480 and 1392x1040 pixels resolution.
Optional accessories include a hand
switch for remote image capture
or a foot
switch for hands free image
capture. Both accessories are extremely
useful for specific applications and
microscopy methods where the user must
focus all attention on microscope
operation.
Q: What software applications are
in the Penguin/Pro Application
Suite? A: The Penguin/Pro Application
Suite include the following modules,
Windows® Operating
System: Pixera Viewfinder (Live
pre-viewing of image and easy to use
pre-image adjustments)
Pixera Studio (Post capture application
with editing and saving options)
TWAIN Viewfinder
Mac® OS Operating
System: Pixera Studio (with
integrated viewfinder)
Adobe Photoshop Plug-in
For a more
detailed description of each application
module, please visit our Software
section.
Q: What are the technical
specifications for the Penguin and Pro
Series camera systems? A: Most details about
the camera systems are displayed on this
web site, under Products. If you
need more specific details than what's
available on these web pages, please
contact our Technical
Support staff with your question
and someone will get back to
you.
Q: How can I mount the Penguin or Pro
Series camera system to a
microscope? A: Pixera's camera
systems fit most manufacturers microscopes
via a standard C-mount fitting.
In order to mount the camera onto a
microscope, you need a C-mount
coupler/reducer that fit in between the
camera and the microscope. Each adapter
also needs to be fitted with the correct
clamp for the specific model of microscope:
Zeiss Axioplan, Olympus BX, etc.
The coupler/reducer's task is to reduce
the image size from the microscope optics
to fit the ½" CCD sensor on the
Penguin/Pro camera system. When you are
selecting how much reduction or
magnification you need, you need to decide
whether you want to match the
microscope's eyepiece or let the camera
system see less or more. For the widest
field of view, choose a 1/2"
coupler/reducer with a magnification of
0.38x. This will allow you to capture the
maximum amount of area seen in the eye
piece, but it may also cause some
vignetting (shadows) in the corners of the
image. The best match with the eye piece
which also avoids vignetting would normally
be 0.5x magnification, and if you want to
capture even less of what you see in the
eye piece choose 0.67x magnification.
You can receive exact information on what
type of coupler/reducer you need if you
provide you reseller or a manufacturer of
couplers/reducers with your camera and
microscope details.
Please be prepared with the following
information:
Camera CCD size: ½" Type, 8mm
diagonal.
Camera mount: C-mount
Microscope Manufacturer and Model:
Field of view required (in the application
viewfinder):
Q: What about technical support and
warranty? A: Pixera is committed to the
satisfaction of our customers. Pixera
currently provides free technical support
by telephone, fax or email. See
Technical
Support page for contact
details.
All
Pixera cameras come with 12 month limited
warranty.
|