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April 2013 |
Features of CAE-62:
- 3 Megapixel with 1080p
- Day & Night with Adaptive IR LED
- Vari-focal Lens with f2.8-12mm / F1.4
- Basic WDR (74 dB)
- 30 fps at 1920 x 1080
- Vandal Resistant (IK09)
CAE-62A is an upgrade in July 2014 to include Adaptive IR LED, Digital IO and Audio.
Full Product Specification:
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April 2013 |
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When installing a Maximus style system with a Quadro and Tesla GPU for accellerated 3D CAD, a situation may occur where one or neither of the cards are detected by CUDA programs as a CUDA device.
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Register to read more.
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April 2013 |
There are limits to the maximum number of drives per array and arrays per controller as listed below:
- Series 6E (6405E and 6805E):
Please note that Series 6E RAID controllers support RAID 0, 1, 1E, and 10 only!
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- Maximum Number of Arrays or Simple Volumes Per Controller: 64
- Maximum Number of Arrays that can be created on the same set of drives: 4
- Maximum Logical Drive Size: 512TB
- Maximum Number of Drives in Striped Array (such as RAID 0 or RAID 10):
6405E: 4
6805E: 8
Note: there is no expander support on Series 6E controllers! The
maximum number of drives that can be connected is limited to the number
of ports available on the controller (four with the 6405E, and eight
with the 6805E).
Source: Adaptec Answer ID 17138
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April 2013 |
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Geforce is a consumer brand of video cards targeting the gaming market. Products under this brand follow a naming convention for its prefix, main code and suffix, presumably decided by the chip designer Nvidia. Popular prefixes are GT, GTS, and GTX in increasing sequence of performance. The main code is from 200 to 999 where digit 1 represents the generation, and digits 2&3 represent the positioning in the generation. Popular suffixes are Ti and Ti Boost in increasing sequence of performance. The above convention applies in 2013, because we saw 4 digits of the main code and different prefixes and suffices in previous years.
(hover mouse over to enlarge figures)
The product code of GTX650 indicates Generation 6 and middle of the range. Generation 6 is based on Nvidia Kepler technology whereas Gen 5 is based on Fermi. Terms like Kepler and Fermi started at the time of Nvidia releasing CUDA which is a framework for heterogeneous parallel computing. For example, Fermi corresponds to CUDA 2 and Kepler corresponds to CUDA 3.
A comparison of the hardware spec is shown in the table. The newer card is certainly more modern for graphics display as shown.
(Hover mouse over to enlarge)
Performance wise, GTX650 is only marginally higher than GTX550Ti. The chart was from http://www.geforce.com/hardware/desktop-gpus/geforce-gtx-650/performance
For professional digital content creations such as 3D CAD and video editing, GTX650 is nothing compared to Quadro 2000 which has lesser cores. We tested both in TSD. Quadro 2000 was tested on a system “ASUS P8Z77-V LX / i3 3220 / 4GB DDR3-1600”, and GTX 650 was tested on “ASUS P8H61MX R2.0/ i3 3220 / 4GB DDR3-1600”. All tests were done at 1280x960 resolution with 8x FSAA. Figures of higher value have higher performance.
For scientific computations, GTX650 showed a pleasant performance under Single Precision. Lower figure means higher performance. GTX650 out-performs Q2000 on SP.
In summary,
o GTX 650 is more powerful than GTX 550 Ti for gaming applications.
o GTX 650 is not suitable for professional CAD applications
o GTX 650 can be considered for scientific applications on SP
END
Click here to return
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April 2013 |
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Geforce is a consumer brand of video cards targeting the gaming market. Products under this brand follow a naming convention for its prefix, main code and suffix, presumably decided by the chip designer Nvidia. Popular prefixes are GT, GTS, and GTX in increasing sequence of performance. The main code is from 200 to 999 where digit 1 represents the generation, and digits 2&3 represent the positioning in the generation. Popular suffixes are Ti and Ti Boost in increasing sequence of performance. The above convention applies in 2013, because we saw 4 digits of the main code and different prefixes and suffices in previous years.
(hover mouse over to enlarge figures)
The product code of GTX650 indicates Generation 6 and middle of the range. Generation 6 is based on Nvidia Kepler technology whereas Gen 5 is based on Fermi. Terms like Kepler and Fermi started at the time of Nvidia releasing CUDA which is a framework for heterogeneous parallel computing. For example, Fermi corresponds to CUDA 2 and Kepler corresponds to CUDA 3.
A comparison of the hardware spec is shown in the table. The newer card is certainly more modern for graphics display as shown.
(Hover mouse over to enlarge)
Performance wise, GTX650 is only marginally higher than GTX550Ti. The chart was from http://www.geforce.com/hardware/desktop-gpus/geforce-gtx-650/performance
For professional digital content creations such as 3D CAD and video editing, GTX650 is nothing compared to Quadro 2000 which has lesser cores. We tested both in TSD. Quadro 2000 was tested on a system “ASUS P8Z77-V LX / i3 3220 / 4GB DDR3-1600”, and GTX 650 was tested on “ASUS P8H61MX R2.0/ i3 3220 / 4GB DDR3-1600”. All tests were done at 1280x960 resolution with 8x FSAA. Figures of higher value have higher performance.
For scientific computations, GTX650 showed a pleasant performance under Single Precision. Lower figure means higher performance. GTX650 out-performs Q2000 on SP.
In summary,
o GTX 650 is more powerful than GTX 550 Ti for gaming applications.
o GTX 650 is not suitable for professional CAD applications
o GTX 650 can be considered for scientific applications on SP
END
Click here to return
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