Sundance SMT784 v.1.0 - Manual (Page 7)

Version 1.0 Page 7 of 31 SMT784 User Manual
Introduction
The SMT784 is a Virtex 5 based PXIe system utilizing Sundance’s SMT700 carrier
board and the SMT384 quad 125MSPS ADC mezzanine board. The SMT700
implements up to eight 2.5-Gigabit PCI Express lanes, allowing a maximum data
transfer of 2 gigabytes per second. It also implements optionally a 32-bit, 33-MHz
PCI interface. As a standard, the ADCs are all AC-coupled (RF Transformers), but
can also be optionally DC-coupled (TI opamp
THS4509 ). ADC configuration,
sampling, and transferring modes are set via internal control registers stored inside
the FPGA and accessible via a Comport interface.
The front panel interfaces make inter-system capabilities extremely extensive, while
the ADC’s and configurable clock distribution attached to the mezzanine module
(SMT384) make processing raw data fast and simple to configure.
Together, the SMT784 is a powerful system for capturing and manipulating data at
high speeds.
Main features of system:
• Xilinx Virtex 5 in an FF1136 package. Supports LX50T/LX85T/SX50T or
LX110T/SX95T.
• FPGA configuration from flash (64MB) using a Xilinx Coolrunner CPLD.
• One 64-bit wide data bank of DDR2 memory. The bank uses 4, 16-bit wide
devices. Running this memory at 220MHz provides a maximum access speed
of over 3.5Gbyte/s.
• Sundance LVDS Bus (SLB) connector for interfacing the SMT700 carrier with
the SMT384 mezzanine. (Future expanded functionality can be achieved as
well by utilizing any one of Sundance’s long line of other mezzanine modules)
• Front panel SATA connectors carrying Virtex5 serial interfaces.
• Front panel RJ45 for gigabit Ethernet.
• Front panel Fibre Optic modules carrying Virtex5 Serial interfaces.
• Sundance
Rocket Serial Link (RSL) connector with 4 serial interfaces.
• Front panel USB interface to allow re-programming of the flash memory.
• Four 14-bit, 125MSPS analogue to digital converters.
• Flexible, on-board, low-jitter clock generation.
• One external clock, external triggers, and one reference clock via MMCX
connector.
• All analogue inputs to be connected to 50-ohm sources/loads.
• Mezzanine module temperature sensors.