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(128M x 16)<br />
16<br />
(128M x 16)<br />
16<br />
Config<br />
EE<br />
User<br />
EEPROM<br />
DDR3 - 800<br />
DDR3 - 800<br />
DDR3 - 800<br />
DDR3 - 800<br />
DDR3 - 800<br />
DDR3 - 800<br />
(128M x 16)<br />
(128M x 16)<br />
(128M x 16)<br />
(128M x 16)<br />
(128M x 16)<br />
(128M x 16)<br />
16<br />
16<br />
16<br />
16<br />
16<br />
16<br />
Spartan - 6 Spartan - 6 Spartan - 6 Spartan - 6 Spartan - 6 Spartan - 6<br />
77<br />
77<br />
77<br />
77<br />
77<br />
LX150<br />
LX150<br />
LX150<br />
LX150<br />
LX150<br />
LX150<br />
<strong>FPGA</strong> 0 <strong>FPGA</strong> 1 <strong>FPGA</strong> 2 <strong>FPGA</strong> 3 <strong>FPGA</strong> 4 <strong>FPGA</strong> 5<br />
(FGG484)<br />
(FGG484)<br />
(FGG484)<br />
(FGG484)<br />
(FGG484)<br />
(FGG484)<br />
MB (upper) 8<br />
64 MB (lower)<br />
64<br />
64<br />
64<br />
64<br />
64 77<br />
8<br />
Spartan - 6 Spartan - 6 Spartan - 6 Spartan - 6 Spartan - 6 Spartan - 6<br />
77<br />
77<br />
77<br />
77<br />
77<br />
LX150<br />
LX150<br />
LX150<br />
LX150<br />
LX150<br />
LX150<br />
<strong>FPGA</strong> 11 <strong>FPGA</strong> 10 <strong>FPGA</strong> 9 <strong>FPGA</strong> 8 <strong>FPGA</strong> 7 <strong>FPGA</strong> 6<br />
(FGG484)<br />
(FGG484)<br />
(FGG484)<br />
(FGG484)<br />
(FGG484)<br />
(FGG484)<br />
32<br />
32<br />
16<br />
16<br />
16<br />
16<br />
16<br />
16<br />
DDR3 - 800<br />
DDR3 - 800<br />
DDR3 - 800<br />
DDR3 - 800<br />
DDR3 - 800<br />
DDR3 - 800<br />
(128M x 16)<br />
(128M x 16)<br />
(128M x 16)<br />
(128M x 16)<br />
(128M x 16)<br />
(128M x 16)<br />
PCIe<br />
100MHz Clock<br />
Bridge<br />
ALL <strong>FPGA</strong>s<br />
Q<br />
MB Clock<br />
4-lane PCIe (GEN1/GEN2)<br />
PCIe<br />
Expansion Board to Board<br />
Cards / Dataflow<br />
Top<br />
Bottom<br />
QSE<br />
QSE<br />
4 4 4 4<br />
data<br />
GTP<br />
77<br />
Spartan - 6<br />
LX150T<br />
User <strong>FPGA</strong><br />
Dataflow<br />
data<br />
Manager<br />
77<br />
DM<br />
GTP<br />
GTP<br />
data<br />
data<br />
data<br />
data<br />
data<br />
data<br />
data<br />
data<br />
data<br />
data<br />
data<br />
data<br />
High Performance Computing<br />
DNBFC_S12_12_Cluster<br />
DDR3 - 800<br />
DDR3 - 800<br />
Each line represents 4 GTX<br />
serial I/O connections<br />
3.125 GB/s per line<br />
BFC_S10_PCIe<br />
PCIe (GEN1)<br />
4 4 4 4 4 4<br />
4 4 4 4<br />
PCIe Fan Out<br />
Switch<br />
PCIe Fan Out<br />
Switch<br />
8 8<br />
PCIe<br />
QPI<br />
Xeon<br />
(CPU2)<br />
Xeon<br />
(CPU1)<br />
2 GB DDR3<br />
2 GB DDR3<br />
2 GB DDR3<br />
2 GB DDR3<br />
2 GB DDR3<br />
2 GB DDR3<br />
Platform<br />
Controller<br />
Hub<br />
(3420)<br />
6<br />
LAN 1<br />
10/100/1000 base-T<br />
LAN 2<br />
USB 0<br />
USB 1<br />
Video (XGI)<br />
HDD<br />
Up to 6 HDD (SATA 3)<br />
Features<br />
• 5U Rackmount Chassis containing:<br />
- 1 Intel Xeon E3-1275 processor card<br />
- 12 DNBFC_S12_PCIe <strong>FPGA</strong> cards each with 13 Xilinx of the<br />
largest Spartan-6 <strong>FPGA</strong>s (XC6SLX150)<br />
• PCIe 4-lane (GEN1)<br />
• 156 <strong>FPGA</strong>s in total, 100% dedicated to application<br />
- Other configurations with different CPU to <strong>FPGA</strong> ratios are available<br />
- 2 bays for SATA-3 hard drives<br />
• Processor card<br />
- Intel Xeon E3-1200 series (Sandy Bridge) processors, 3.4 GHz<br />
• Quad-Core, 8MB shared L2 cache<br />
• 4 GB DDR3 memory (4 GB total)<br />
- Options up to 32 GB (32 GB max)<br />
• VGA with standard D-Sub connector<br />
• 10/100/1000BASE-T Ethernet (2 ports)<br />
• USB 2.0 (4 ports total)<br />
- 2 ports on front panel<br />
- 2 ports on back bracket<br />
• Supports most all Linux distributions<br />
<strong>The</strong> DNBFC_S12_12_Cluster is a complete, 5U rack mount <strong>FPGA</strong> acceleration<br />
cluster. <strong>The</strong> standard configuration contains the following:<br />
Trenton TSB7053 Xeon processor card<br />
12 DNBFC_S12_PCIe Spartan-6 <strong>FPGA</strong> cards with 13 LX150 <strong>FPGA</strong>s per card.<br />
2 TB SATA II Hard Drive<br />
This system contains the maximum number of cost effective <strong>FPGA</strong> that<br />
can be reasonability integrated into a 5U chassis. Power and cooling are<br />
the constraining variables. High performance data paths between <strong>FPGA</strong><br />
boards enable data movement under algorithmic control that is wholly<br />
separate from the host processor, enabling <strong>FPGA</strong>-based acceleration of<br />
whole new classes of data intensive algorithms.<br />
In short, the DNBFC_S12_12_Cluster is a massive number of large,<br />
low cost <strong>FPGA</strong>s integrated with an excellent dual Xeon-based processor<br />
host. High speed serial cables between <strong>FPGA</strong> cards add as much a 5<br />
GB/s data throughput within the chassis.<br />
A partial list of possible applications includes:<br />
Bioinformatics<br />
Genomic Search<br />
Financial Analytics<br />
- Low Latency Analysis<br />
- Derivative Calculations<br />
Image Processing<br />
Signal Processing<br />
Radar<br />
Scientific Computing<br />
Video Compression<br />
Encryption/Decryption (Cryptography)<br />
44<br />
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