proFPGA Interconnections Boards & Cables

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proFPGA Interconnect Cable

The proFPGA Interconnect Cable connects any 2 extension site connectors of the proFPGA system together. Over the length matched high-performance cables up to 147 I/0s can be connected with a maximum point to point performance depending on the used FPGA type. The board can be used with single ended and differential connections. It is available in 400 mm or 800 mm length.

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proFPGA Interconnect Cable (70pin)

The proFPGA Interconnect Cable connects any 2 extension site connectors of the proFPGA system together. Over the length matched high-performance cables up to 52 I/0s can be connected with a maximum point to point performance depending on the used FPGA type. The board can be used with single ended and differential connections. It is available in 400 mm or 800 mm length.

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proFPGA Memory Boards

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proFPGA DDR4 2.5 GB SDRAM Board

The proFPGA DDR4 2.5 GB SDRAM Board occupies one extension site of the proFPGA system and offers up to 2.5 GB DDR4 SDRAM memory and can be accessed over a 80bit databus. Due to the length matched board design, the daughter boards can be used with performances of up to 2133 Mbps. Besides the board offers three push-buttons and 8 on board LEDs, which can we used for debugging purpose.

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proFPGA DDR4 5 GB SDRAM Board

The proFPGA DDR4 5 GB SDRAM Board occupies one extension site of the proFPGA system and offers up to 5 GB DDR4 SDRAM memory and can be accessed over a 80bit databus. Due to the length matched board design, the daughter boards can be used with performances of up to 2133 Mbps. Besides the board offers three push-buttons and 8 on board LEDs, which can we used for debugging purpose.

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proFPGA DDR4 9 GB SDRAM Board

The proFPGA DDR4 9 GB SDRAM Board occupies one extension site of the proFPGA system and offers up to 9 GB DDR4 SDRAM memory and can be accessed over a 72bit databus. Due to the length matched board design, the daughter boards can be used with performances of up to 526 MHz (1052 MT/s). Besides the board offers three push-buttons and 8 on board LEDs, which can we used for debugging purpose.

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proFPGA DDR4 18 GB SDRAM Board

The proFPGA DDR4 18 GB SDRAM Board occupies one extension site of the proFPGA system and offers up to 18 GB DDR4 SDRAM memory and can be accessed over a 72bit databus. Due to the length matched board design, the daughter boards can be used with performances of up to 526 MHz (1052 MT/s). Besides the board offers three push-buttons and 8 on board LEDs, which can we used for debugging purpose.

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proFPGA LPDDR4 Board

The proFPGA LP DDR4 SDRAM Board occupies one extension site of the proFPGA system and offers with 2x Samsung K4F8E304HB-MGCJ memory devices 2 GByte LPDDR4-3200 capacity. Besides the board offers three push-buttons and 3 on board LEDs.

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proFPGA LPDDR2 Board

The proFPGA LPDDR2 Board occupies one extension site of the proFPGA system and offers 2x two GBit Winbond W97BH2KBQX memory devices which can be accessed over a 32bit databus. Due to the length matched board design, the daughter boards can be used with performances of up to 800 Mbps. Besides the board offers three push-buttons, 16 on board LEDs and 2 SoftTouch connectors, which can we used for debugging purpose.

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proFPGA Flash Board

The proFPGA Flash Board occupies one extension site of the proFPGA system and offers 128 Gbit ONFI flash, 512 Mbit quad SPI flash, 1 Mbit NVSRAM, 1 Mbit quad SPI MRAM, Debug interface for ONFI flash with 38-pin MICTOR connector, debug interface for all SPI signals of all SPI devices, 2 x I²C 64 kbit EEPROMs, 1 x debug interface for each I²C EEPROM, etc..

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proFPGA SRAM Board

The proFPGA SRAM Board occupies one extension site of the proFPGA system and offers up to 144 Mbit memory depth per SRAM accessed over a 18 bit databus. The proFPGA SRAM Board is available in three different comfigurations. Depending on the used SRAM type you can run with 250 MHz, 300 MHz or 333 MHz. Further the board offers 5 LEDs for debugging.

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proFPGA DDR3 2 GB SDRAM Board

The proFPGA DDR3 SDRAM Board occupies one extension site of the proFPGA system and offers 2 GB DDR3 SDRAM memory and can be accessed over a 64 bit or 72 bit databus. Due to the length matched board design, it can be used with a performance of up to 1600 Mbps. Besides, the board offers 10 user LEDs, which can be used for debugging purposes.

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proFPGA DDR3 4 GB SDRAM Board

The proFPGA DDR3 SDRAM Board occupies one extension site of the proFPGA system and offers 4 GB DDR3 SDRAM memory and can be accessed over a 64 bit or 72 bit databus. Due to the length matched board design, it can be used with a performance of up to 1600 Mbps. Besides, the board offers 10 user LEDs, which can be used for debugging purposes.

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proFPGA DDR3 SO-DIMM Adapter Board

The proFPGA DDR3 SO-DIMM Adapter Board occupies one extension site of the proFPGA system and offers a SO-DIMM socket for standard DDR3 memory modules. Due to the length matched board design, the daughter boards can be used with a performance of up to 800 Mbps. Besides, the board offers 10 user LEDs, which can be used for debugging purposes.

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proFPGA Interface Boards

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proFPGA PCIe gen3 8-lane Kit

This kit contains all required components to prototype and verify user designs, which have a PCIe gen3 interface. kit consists of a proFPGA PCIe gen3 8-lane daughter card, which will be plugged on a free extension site of the proFPGA FPGA Module, which provides the required high speed serial transceivers (MGTs), 1x PCIe gen3 8-lane host interface card and a dedicated high performance cable.

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proFPGA SATA Interface Board

The proFPGA SATA Interface Board occupies one extension site of the proFPGA system and provides 8 channels which run up to 12.5 Gbps on 8 SATA connectors (4x HOST, 4x DEVICE) and which support SATA Host and Device connections. The board offers Pericom PI3EQX1204 SATA redrivers to enable a flexible high speed connection using SATA cables with a lengh of up to 1 m and more.

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proFPGA DVI Interface Board

The proFPGA DVI Interface Board occupies one extension site of the proFPGA system and provides 1x DVI Transmitter (TI TFP410) and 1x DVI Receiver (TI TFP403) and runs with up to 165 MHz pixel rates (including 1080p and WUXGA @ 60 Mhz). Further the board provides 8x general purpose LEDs and one Mictor-38 debug connector.

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proFPGA MIPI Interface Board

The proFPGA MIPI Interface Board occupies one extension site of the proFPGA system and provides 2x camera interfaces, each with one clock lane and up to four data lanes which offer transfer rates of up to 2.5 Gbps (HS mode) and 20 MBps (LPDT mode). Further the board provides 8x GPIO, I2C, and a reference clock is available for each camera Interface and one proFPGA top connector to make unused I/Os available.

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proFPGA QSFP Interface Board

The proFPGA QSFP Interface Board occupies one extension site of the proFPGA system and provides 2x QSFP+ connectors. Further the board provides a programmable clock generator for MGT_REFCLK pins, a fixed frequency clock generator (100 MHz) for MGT_REFCLK pins and one proFPGA top connector to make unused IOs available.

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proFPGA Gigabit Ethernet Interface Board

The proFPGA Gigabit Ethernet Interface Board occupies one extension site of the proFPGA system and pro- vides two Gigabit PHYs supporting 10M/100M/1G and MMI/GMI/RGMII. Further the board provides 5x status LEDs per PHY (duplex, 1G, 100M, 10M, activity) and one proFPGA top connector to make unused FPGA signals available.

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proFPGA USB 2.0 & 3.0 Interface Board

The proFPGA USB 2.0 & 3.0 Interface Board occupies one extension site of the proFPGA system and provides two USB ports. One USB port is available through a mini USB connector and is connected to a USB3250 (Microchip). The USB3250 is a hi-speed USB device transceiver with UTMI interface. This USB port can be used to implement a USB 2.0 device in the FPGA with UTMI interface.

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proFPGA USB 3.0 Interface Board

The proFPGA USB 3.0 Interface Board occupies one extension site of the proFPGA system and provides two USB 3.0 A female connectors which can be used either in host or in device mode. The USB 3.0 connection is provided with the TUSB1310A from Texas Instruments.

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