Prodigy™ S7-19PQ Logic System

The Prodigy S7-19PQ Logic System is a high-density, scalable, all-in-one prototyping system that includes all components - FPGA module, power control module, and power supply - for maximum flexibility, durability, and portability. The system is based on four Xilinx's Virtex® UltraScale+™ VU19P FPGA and delivers up to 196M equivalent ASIC gates.

 

Highlights

  • High scalability with 35.76M system logic cells, 663.6Mb internal memory
  • 4,608 high-performance I/Os for peripheral expansions & multi-system connectivity
  • 176 high-speed transceivers at 16Gbps
  • 8 on-board DDR4 SODIMMs totaling 128GB at up to 2.4Gbps
  • Compatible with 90+ Prodigy Prototype Ready IP Library
  • Feature-rich remote management and runtime controls

Large Capacity & Scalability

  • 35.76M System Logic Cells and 663.6Mb of internal memory
  • Eight on-board DDR4 SO-DIMM sockets can hold up to 72-bit 16GB DDR4 in each socket
  • Multiple Logic Systems can be conveniently connected together to expand capacity

High Performance

  • Equal trace length for all the Prodigy connectors
  • Up to 200W of power for an FPGA
  • On-board support of DDR4 memory can run up to 2,400 Mbps
  • High-speed transceivers can run up to 16Gbps

Flexible & Powerful I/Os

  • 4,608 I/Os and 112 high-speed transceivers through 8 Prodigy connectors
  • 64 high-speed transceivers and 128 GPIOs through 8 PGT I/O connectors
  • I/O voltage can be adjusted to 1.2V, 1.35V, 1.5V or 1.8V through runtime software in GUI with 4 status LEDs on-board to indicate I/O voltage

High Reliability

  • Screw-lock design to high-speed I/O connectors
  • Self-Tests – Isolate design issues from board issues conveniently with a software GUI
  • Monitoring of on-board voltage, current and temperature with a software GUI
  • Automatic shut-down upon detection of over-current, over-voltage or over-temperatures

Advanced Clock Management

Standalone Mode

  • 8 global clocks to be selected from
    - 8 programmable clock sources (0.16 ~ 350MHz)
    - 5 pairs of external clocks through MMCX connectors
    - 1 OSC socket
  • 3 design clock outputs through 3 pairs of MMCX connectors
  • 3 global resets to be selected from
    • 3 from on-board push buttons
    • 2 from Clock Module Type D
    • 2 from runtime software in GUI

Multi-System Mode

  • 8 global clocks to be selected from
    - 8 internal programmable clock sources (0.16 ~ 350MHz)
    - 8 external clock resources
  • 3 feedback clocks can be output to global clock sources
  • 2 global resets sourced from global reset sources

Ease-of-Use

  • Multiple FPGA conguration options through
  • Ethernet port, USB port, JTAG and micro SD card
  • Remote power on/o/recycle through Ethernet
  • Auto detection of daughter cards and cables
  • Virtual SWs & LEDs for simple tasks such as changing a setting or indicating a condition remotely
  • Virtual UART for rmware debugging
  • User Test Area – LEDs, Push Buttons, Switches and Pin Headers for testing and debugging
  • On-board battery charging circuit makes FPGA bin le encryption easy (battery not included)
  • Optional ProtoBridge™ AXI software to co-model with software/simulation models at the transaction-level
  • Optional Prodigy Multi-Debug Module (MDM) for the concurrent deep trace debugging of multiple FPGAs
  • Compatible with S2C’s o-the-shelf pre-tested daughter boards
Prodigy™ S7 Logic System Configuration Table
 
S7-9P
S7-13P
S7-19PS
S7-19PD
S7-19PQ
  FPGAs
1×XCVU9P
1×XCVU13P
1×XCVU19P
2×XCVU19P
4×XCVU19P
  System Logic
  Cells (K)
2,586
3,780
8,938
17,876
35,752
  Estimated ASIC
  Gates (M)
14.3
20.8
49
98
196
  FPGA Internal
  Memory (Mb)
345.9
454.5
165.9
331.8
663.6
  DSP Slices
6,840
12,288
3,840
7,680
15,360
  External
  User I/O
676
676
1,184
2,368
5,288
  SerDes
  Transceivers
48
48
44
88
176
  Prodigy
  Connector
4
4
8
16
32
  PGT Connector
2
2
2
4
8