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Updated: July 8th, 2008 05:26 PM CDT
Product Reviews
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The PMC-StarLite is designed as a high-speed, high-bandwidth,
board interconnect PMC aimed particularly at Radstone's flagship
digital signal processing product, G4DSP. The underlying technology
of PMC-StarLite is StarGen's StarFabric, a high-speed, serial
switched fabric technology that exists as a switch and PCI
endpoints. PMC-StarLite provides a 6-port StarFabric switch
with each port, capable of 5GB/s peak communications. The
6-port switch is connected to a StarFabric-to-PCI bridge to
provide a connection between multiple compute nodes on the
host board. Four of the six StarFabric ports are routed to
the PMC front panel for front panel I/O, or to the PMC P4
connector for the rear I/O. The remaining two StarFabric ports
are connected on board to the PCI-to-StarFabric bridge. For
development, a front panel adapter can be fitted so that the
user's fabric network routing can be configured using standard
Ethernet cables. RADSTONE. Woodcliff Lake, NJ.
— Indicate 217 under April 03
DIGITIZER CARD FOR PCI/PXI BUS
The CompuScope 82GC is part of a new family of 2 GS/s waveform digitizer cards for the Compact PCI and PXI bus. It features on-board acquisition memory of up to 16 Megasamples and supports bus mastering to provide 80 MB/s data transfer from on-board memory to host RAM. Its throughput betters GPIB linked oscilloscopes by a factor of almost 1000, allowing automated testing at a faster rate. One feature of the CompuScope 82GC is the Pre Trigger Multiple Record, which allows capture of both pre-trigger and post-trigger data for rapidly occurring events without losing data. Typical applications of the Compuscope 82GC digitizers include testing telecom equipment, radar signal analysis, proton decay measurement, IF signal recording and optical head testing. Applicable industries include wireless communications, data storage, military/aerospace and high-energy physics. GAGE. Montreal, Canada.
— Indicate 218 under April 03
X-RAY IMAGING SYSTEM
The PIoMTE™ x-ray imaging system for high-vacuum environments has been specifically designed to offer high-sensitivity inside high-vacuum chambers over long operation times. The PIoMTE™ camera utilizes a proprietary Roper Scientific back-illuminated CCD without an antireflective (AR) coating. The 1340 x 1300-pixel array and 100% fill factor help improve spatial resolution and dynamic range. This imaging system's thermo-electrically cooled design provides efficient heat removal in high-vacuum environments. Printed circuit boards are thermally linked to coolant to yield reliable operation inside vacuum chambers. The PIoMTE™ imaging system can be cooled down to -50° C via its flexible tubing. Moreover, the 16-bit system's dual-speed operation (1 MHz/100 kHz or 1 MHz/50 kHz) and PVCAM universal programming interface are geared to afford versatility to researchers. ROPER SCIENTIFIC. Trenton, NJ.
— Indicate 217 under April 03
DIGITIZER CARD FOR PCI/PXI BUSThe CompuScope 82GC is part of a new family of 2 GS/s waveform digitizer cards for the Compact PCI and PXI bus. It features on-board acquisition memory of up to 16 Megasamples and supports bus mastering to provide 80 MB/s data transfer from on-board memory to host RAM. Its throughput betters GPIB linked oscilloscopes by a factor of almost 1000, allowing automated testing at a faster rate. One feature of the CompuScope 82GC is the Pre Trigger Multiple Record, which allows capture of both pre-trigger and post-trigger data for rapidly occurring events without losing data. Typical applications of the Compuscope 82GC digitizers include testing telecom equipment, radar signal analysis, proton decay measurement, IF signal recording and optical head testing. Applicable industries include wireless communications, data storage, military/aerospace and high-energy physics. GAGE. Montreal, Canada.
— Indicate 218 under April 03
X-RAY IMAGING SYSTEMThe PIoMTE™ x-ray imaging system for high-vacuum environments has been specifically designed to offer high-sensitivity inside high-vacuum chambers over long operation times. The PIoMTE™ camera utilizes a proprietary Roper Scientific back-illuminated CCD without an antireflective (AR) coating. The 1340 x 1300-pixel array and 100% fill factor help improve spatial resolution and dynamic range. This imaging system's thermo-electrically cooled design provides efficient heat removal in high-vacuum environments. Printed circuit boards are thermally linked to coolant to yield reliable operation inside vacuum chambers. The PIoMTE™ imaging system can be cooled down to -50° C via its flexible tubing. Moreover, the 16-bit system's dual-speed operation (1 MHz/100 kHz or 1 MHz/50 kHz) and PVCAM universal programming interface are geared to afford versatility to researchers. ROPER SCIENTIFIC. Trenton, NJ.
