![]() ![]() NOTE: if this module is used in other rooms, you must update the rest of the rooms to the same driver.Once completed, select the FPGA button to update. If the Firmware and FPGA Versions are not up-to-date (the numbers appear in red), select the button to upgrade the Firmware Version first.Verify the Firmware Version and FPGA Versions for the USB Interface are up-to-date (the numbers will appear in green).Open the Upgrade Utility (Start | All Programs | CDR DICOM for Windows | Upgrade Utility).Once the installation is complete, plug the Schick USB 2.0 Module into the A-to-B USB Cable, and then the USB Cable into the back of the computer tower.Follow the prompts to install the driver.In the extracted folder, right-click the CDR Elite Setup and select Run as administrator.then right-click again and select Extract All. Once the folder has downloaded, right-click the folder and UNBLOCK.Download the Schick USB 2.0 Module driver from Schick's Website, Select the Schick 33 and Elite Sensor Drivers.Printed copies of this document are considered uncontrolled. Patterson Companies is unable to control or be responsible for the contents and availability of third parties' websites. The link(s) listed above are included for the user's convenience. I/O Gear USB 2.0 booster cable model GUE216 5 meter cable and the IO Gear G2LUB16 will not work for the CDR Elite sensors. The Rosewill extension cable is only $10 available from NewEgg: If the installation absolutely requires more than our standard 5 meter cable, we recommend the following 5 meter USB Rosewill 2.0 extension cable (non-active) combined with our 5 meter cable with ferrite (Patterson Item #0409987), allowing a total length of 10 meters. Again USB Cables should not exceed the maximum length of 5 meters.See elastomeric strip in the cable below: Prior to replacing the existing sensor cable, remove the cable and reseat the elastomeric strip in the cable and then reattach the cable and retest the sensor. exposure times are too low), USB Cables (as highly emphasized above), Imaging Software (image enhancements Hi/Lo/Smooth ON/OFF), Computer Hardware (ample memory, dedicated USB ports & connections, etc…). First look & evaluate all the components going into the CDRElite System, such as X-ray technique factors (i.e. Radiographs with a light or underexposed appearance, Vertical Bands/Lines in Radiographs, Snowy/Grainy Radiographs, Distorted Radiographs, etc…). Replacing the CDRElite Sensor Cable should be the Last Option when troubleshooting system issues such as image quality (i.e.In such rare ESD occurrences, all functionality will be simply restored by unplugging & re-plugging Remote from USB Cable. Such static discharges induced onto Sensors & Remotes could potentially cause self-triggers (a.k.a auto-firing causing white images), Sensor unresponsive and System (Remote) hangs/freezes. Any person can potentially build up to ☘0kV in Static Charge. Try to observe static (ESD) precautions by asking users to "ground" themselves prior to handling any electronic device.Removing any unneeded features will reduce the CDR System's vulnerability to computer conflicts (Power Management, Hibernation, Software Idling, USB Timing Issues, Device conflicts, etc.). If the Office doesn't have a Hybrid of Sensors & Remotes, Disable (uncheck) the CDR AutoDetect feature.Having a sole USB Port connected to the CDR Remote will dedicate the most available USB Power and prevent conflicts with other USB Devices. Remotes should be plugged into an individual USB Port located at the rear of computers. ![]() Such active HUBs could possibly cause USB device/timing conflicts with CDR Remotes within any imaging application. Monitor HUBs, USB multi-HUBs or switchers, or USB Cable Extenders, Computer Front USB ports, etc…). Any CDR Remote should not be used in conjunction with any inline, active USB HUB (i.e.Use Schick issued USB Cables (hi-quality, low impedance, and with ferrite) and Do Not exceed 5 meter lengths. ![]()
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