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Technical specifications are subject to change without prior notice
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A practical example
A server is running a medical 3D application, sending bitmaps to 18 remote clients
across the enterprise. To allow for optimum network performance, the bitmaps are
being compressed.
• Scenario 1:
compression is performed by the CPU
• Scenario 2:
compression is performed by the MICB-1340 board
Technical specifi cations
Format:
standard PCI-e x8 board
Codec:
lossless: based on JPEG-LS (ISO/IEC 14495/1)
lossy:
based on JPEG
Performance:
maximum throughput of 1200 MB/s
Power consumption:
20 W at full power
Typical setup that 1 board can handle:
• 15 simultaneous users at 1600 x 1200 x 24 bit/pixel
• frame rate: 25 Hz
• 75% of image updated
• 75% of users active
Deliverables:
• PCI-e board
• Linux driver (kernel 2.6.x)
• Linux application library
• Windows
®
driver (XP 32/64, Vista)
• Windows
®
application library
• Sample application incl. source
Scenario 1:
CPU
Scenario 2:
MICB-1340
Benefi t
Number of servers
needed for 18 clients
6
2
49% cost reduction
Total hardware cost
$28.566
$14.522
Total power
consumption
4200 W
1450 W
65% less power
consumption
Total rack space
6
2
67% less rack space
total HW
cost
$28,566
total power
consumption
scenario 1
scenario 2
total
rack space
What are the concrete benefi ts of the MICB-1340 compression board
in a setup with 18 remote clients?
4,200 W
1,450 W
6 U
2 U
$14,522
