PMC-FPGA03F - User Programmable Virtex II Pro FPGA PMC module with Quad Fiber-Optic Transceivers

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Overview
Block diagram
Specification
Ordering info
Datasheet

FPGA
Device	Xilinx Virtex-II Pro XC2VP50
Speed Grade	-6 (call for other FPGA sizes/grades)
Package	FF1152

Memory
DDR SDRAM	2x 64Mbytes (125MHz)
SRAM	3x 2Mx18-bit (QDR-II) (125MHz)
FLASH	4Mbytes FPGA Boot/Configuration Programmable via PMC/PCI interface

PCI
Device	QL5064
Compliance	32/64-bit PCI 2.2 33/66MHz 3.3/5V tolerant Master/slave/DMA
Enhancements	DMA, interrupt support
Bandwidth	>500Mbytes/sec

Input/Output
Connectors	Low profile RJ
Signal Detect	LVTTL Fibre 3.3VDC power
Optical	Data Rate (GHz)	Signal Range (m)	Suitable for
1310nm FP single mode	1.0625 to 1.25	10 000	1x Fibre Channel Gigabit Ethernet
850nm VCSEL multimode	1.0625 to 1.25	550 or 500	1x Fibre Channel Gigabit Ethernet
850nm VCSEL multimode	2.0	200
850nm VCSEL multimode	1.0625 or 2.125	500 300	1x Fibre Channel 2x Fibre Channel
850nm VCSEL multimode	2.5	150	Infiniband
850nm VCSEL multimode	3.125	100	Pixel bus, full speed RocketIO

Standards
Conforms to IEEE 1386.1 (PMC module) specification

Environmental
	Level 1	Level 2
Cooling	Air/Convection	Air/Convection
Temperature (Operating)	0°C to 55°C	-10°C to 65°C
Temperature (Storage)	-40°C to 85°C	-40°C to 85°C
Humidity	0 to 95% non-condensing	0 to 100% non-condensing
Vibration (Sine)	N/A	N/A
Vibration (Random)	N/A	0.02 g2/Hz 20 to 2000 Hz
Shock	N/A	30 g peak half sine 11 ms
Conformal Coat	No	Yes
Please call for rugged build information.

Software Support
Toolschain	Xilinx ISE 6.x XST
Utilities	Flash and FPGA programming (VxWorks and Windows NT/2000)
Example code	Flash and FPGA programming (VxWorks and Windows NT/2000)

FPGA PMC Card
PMC-FPGA03F-56-B-E-4M-1	Xilinx Virtex-II Pro FPGA PMC module with Optical transceivers, XCV2VP50-6 FPGA, 3x banks 2Mx18 QDR-II SRAM, 128 Mbytes SDRAM, P14 parallel digital I/O, 4ch. 1.0625GHz Multi-mode Tranceivers (53.125MHz BREF), commercial air-cooled
PMC-FPGA03F-56-B-E-2M-1	Xilinx Virtex-II Pro FPGA PMC module with Optical transceivers, XCV2VP50-6 FPGA, 3x banks 2Mx18 QDR-II SRAM, 128 Mbytes SDRAM, P14 parallel digital I/O, 2ch. 1.0625GHz Multi-mode Tranceivers (53.125MHz BREF), commercial air-cooled
PMC-FPGA03F-56-B-E-4S-1	Xilinx Virtex-II Pro FPGA PMC module with Optical transceivers, XCV2VP50-6 FPGA, 3x banks 2Mx18 QDR-II SRAM, 128 Mbytes SDRAM, P14 parallel digital I/O, 4ch. 1.0625GHz Single-mode Tranceivers (53.125MHz BREF), commercial air-cooled
PMC-FPGA03F-56-B-K-4M-1	Xilinx Virtex-II Pro FPGA PMC module with Optical transceivers, XCV2VP50-6 FPGA, 3x banks 2Mx18 QDR-II SRAM, 128 Mbytes SDRAM, P14 parallel digital I/O, 4ch. 2.125/1.0625GHz Multi-mode Tranceivers (106.25MHz BREF), commercial air-cooled
PMC-FPGA03F-56-B-K-2M-1	Xilinx Virtex-II Pro FPGA PMC module with Optical transceivers, XCV2VP50-6 FPGA, 3x banks 2Mx18 QDR-II SRAM, 128 Mbytes SDRAM, P14 parallel digital I/O, 2ch. 2.125/1.0625GHz Multi-mode Tranceivers (106.25MHz BREF), commercial air-cooled
PMC-FPGA03F-56-B-L-4M-1	Xilinx Virtex-II Pro FPGA PMC module with Optical transceivers, XCV2VP50-6 FPGA, 3x banks 2Mx18 QDR-II SRAM, 128 Mbytes SDRAM, P14 parallel digital I/O, 4ch. 2.5GHz Multi-mode Tranceivers (125MHz BREF), commercial air-cooled
PMC-FPGA03F-56-B-L-2M-1	Xilinx Virtex-II Pro FPGA PMC module with Optical transceivers, XCV2VP50-6 FPGA, 3x banks 2Mx18 QDR-II SRAM, 128 Mbytes SDRAM, P14 parallel digital I/O, 2ch. 2.5GHz Multi-mode Tranceivers (125MHz BREF), commercial air-cooled
PMC-FPGA03F-56-B-M-4M-1	Xilinx Virtex-II Pro FPGA PMC module with Optical transceivers, XCV2VP50-6 FPGA, 3x banks 2Mx18 QDR-II SRAM, 128 Mbytes SDRAM, P14 parallel digital I/O, 4ch. 3.125GHz Multi-mode Transceivers (156.25MHz BREF), commercial air-cooled
PMC-FPGA03F-56-B-M-2M-1	Xilinx Virtex-II Pro FPGA PMC module with Optical transceivers, XCV2VP50-6 FPGA, 3x banks 2Mx18 QDR-II SRAM, 128 Mbytes SDRAM, P14 parallel digital I/O, 2ch. 3.125GHz Multi-mode Transceivers (156.25MHz BREF), commercial air-cooled
PMC-FPGA03F-56-B-E-4M-2	Xilinx Virtex-II Pro FPGA PMC module with Optical transceivers, XCV2VP50-6 FPGA, 3x banks 2Mx18 QDR-II SRAM, 128 Mbytes SDRAM, P14 parallel digital I/O, 4ch. 1.0625GHz Multi-mode Tranceivers (53.125MHz BREF), Level 2
PMC-FPGA03F-56-B-E-2M-2	Xilinx Virtex-II Pro FPGA PMC module with Optical transceivers, XCV2VP50-6 FPGA, 3x banks 2Mx18 QDR-II SRAM, 128 Mbytes SDRAM, P14 parallel digital I/O, 2ch. 1.0625GHz Multi-mode Tranceivers (53.125MHz BREF), Level 2
PMC-FPGA03F-56-B-E-4S-2	Xilinx Virtex-II Pro FPGA PMC module with Optical transceivers, XCV2VP50-6 FPGA, 3x banks 2Mx18 QDR-II SRAM, 128 Mbytes SDRAM, P14 parallel digital I/O, 4ch. 1.0625GHz Single-mode Tranceivers (53.125MHz BREF), Level 2
PMC-FPGA03F-56-B-K-4M-2	Xilinx Virtex-II Pro FPGA PMC module with Optical transceivers, XCV2VP50-6 FPGA, 3x banks 2Mx18 QDR-II SRAM, 128 Mbytes SDRAM, P14 parallel digital I/O, 4ch. 2.125/1.0625GHz Multi-mode Tranceivers (106.25MHz BREF), Level 2
PMC-FPGA03F-56-B-K-2M-2	Xilinx Virtex-II Pro FPGA PMC module with Optical transceivers, XCV2VP50-6 FPGA, 3x banks 2Mx18 QDR-II SRAM, 128 Mbytes SDRAM, P14 parallel digital I/O, 2ch. 2.125/1.0625GHz Multi-mode Tranceivers (106.25MHz BREF), Level 2
PMC-FPGA03F-56-B-L-4M-2	Xilinx Virtex-II Pro FPGA PMC module with Optical transceivers, XCV2VP50-6 FPGA, 3x banks 2Mx18 QDR-II SRAM, 128 Mbytes SDRAM, P14 parallel digital I/O, 4ch. 2.5GHz Multi-mode Tranceivers (125MHz BREF), Level 2
PMC-FPGA03F-56-B-L-2M-2	Xilinx Virtex-II Pro FPGA PMC module with Optical transceivers, XCV2VP50-6 FPGA, 3x banks 2Mx18 QDR-II SRAM, 128 Mbytes SDRAM, P14 parallel digital I/O, 2ch. 2.5GHz Multi-mode Tranceivers (125MHz BREF), Level 2
PMC-FPGA03F-56-B-M-4M-2	Xilinx Virtex-II Pro FPGA PMC module with Optical transceivers, XCV2VP50-6 FPGA, 3x banks 2Mx18 QDR-II SRAM, 128 Mbytes SDRAM, P14 parallel digital I/O, 4ch. 3.125GHz Multi-mode Transceivers (156.25MHz BREF), Level 2
PMC-FPGA03F-56-B-M-2M-2	Xilinx Virtex-II Pro FPGA PMC module with Optical transceivers, XCV2VP50-6 FPGA, 3x banks 2Mx18 QDR-II SRAM, 128 Mbytes SDRAM, P14 parallel digital I/O, 2ch. 3.125GHz Multi-mode Transceivers (156.25MHz BREF), Level 2

Software
CD-PF	Software CD (drivers, libraries, utilities, documentation) and first year's annual maintenance

Support
CD-PF-SUPPORT	Annual Maintenance

User programmable Xilinx XC2VP50 Virtex-II Pro FPGA
2 or 4x Fiber-optic Transceivers (front panel)
Up to 3.125Gbps per transceiver
64-bit user programmable data port (PMC user I/O P14)
2x banks DDR SDRAM (64Mbytes per bank)
3x banks QDR-II SRAM (up to 8Mx18-bit per bank)
4Mbytes Flash Memory

The PMC-FPGA03F is an XC2VP50 Xilinx™ Virtex-II Pro FPGA based PMC supporting two or four fiber-optic I/O channels each of which connect to a RocketIO channel on the FPGA.

The PMC-FPGA03F complements the PMC-FPGA03 board, which has identical P14 user I/O connections and memory configurations. Together these two products provide options for front-panel high-speed serial communications (over copper or optical fibre) or parallel digital I/O using a common, firmware compatible architecture.

Communications
The PMC-FPGA03F is fitted with up to four duplex LC optical fiber connectors at the module's front panel. A range of transceivers are offered to provide hardware level support for a number of different data rate and transmission range requirements. The RocketIO (and hence fibre optic) signaling rate is set as a multiple (usually 20x) of the reference clock to the FPGA; so 2.0GHz signaling uses a high quality 100MHz reference. Signaling at or above this rate requires a -6 speed grade FPGA.

The default build option uses Stratos Lightwave 850nm VCSEL multimode optical fiber transceivers, which provide 1x/2x Fiber Channel data links through a duplex LC connector interface, to a distance of up to 500m.

Memory
Two independent banks of 16-bit, 64Mbytes DDR SDRAM are connected directly to the FPGA. Clocked at 125MHz, the banks can be used independently (e.g. 500Mbytes/s 'ping-pong' memory operations) or collectively as a single 32-bit wide, 1Gbytes/s memory structure. This memory is accessible from the PCI bus and provides a large pool of memory to buffer DMA transfers and other large data block operations.

Software/Firmware
Most of the FPGA resources are left free for user applications. To aid FPGA configuration, example VHDL library code blocks are provided to show how the PMC-FPGA03F resources can be used. This includes communications examples based around the Aurora protocol from Xilinx. Flash programming utilities are also provided.

For the PMC host, a board support package is provided with C++ libraries for controlling DMA transfers and interrupts handling.

Development of VHDL code for the FPGA requires synthesis tools such as Xilinx Foundation.

Last updated: Sep 27 2007, 11:21AM

Fiber-Optic Xilinx Virtex II Pro FPGA PMC

Click to enlarge

Related Products:

PMC-FPGA03F User Programmable Virtex II Pro FPGA PMC module with Quad Fiber-Optic Transceivers