The Oktava ML52X VIRTEX-5 ROCKET IO CHARACTERIZATION PLATFORM is a high-performance validation system for testing and characterizing RocketIO transceivers within Xilinx Virtex-5 FPGA families. It provides direct access to RocketIO GTX and GTP transceivers via multiple SMA connectors, enabling engineers to validate signal integrity and performance of high-speed serial interfaces across industry-standard protocols.
Technical Specifications
FPGA Support
• Xilinx Virtex-5 family with multiple device variants
• XC5VFX100TFF1136 (ML523-FXT) and XC5VFX200TFF1738 (ML525-FXT) for FXT models
• XC5VLX110TFF1136 (ML523), XC5VLX50TFF665 (ML521), and XC5VLX330TFF1738 (ML525) for LX models
RocketIO Transceiver Access
• GTX and GTP transceiver types supported
• SMA connectors for external signal analysis and measurement
• Programmable pre-emphasis (transmitter equalization)
Signal Integrity & Testing Capabilities
• PRBS generator and checker for bit error rate testing
• Bit error rate testing (BERT) with dynamic PMA feature control
• TX output swing and RX equalization adjustment
• Pattern generation and detection with real-time data display
• IBIS-AMI model support for analog and algorithmic characterization
• Compatible with Xilinx Virtex-5 RocketIO SIS kits for Synopsys HSPICE
Interfaces & Connectivity
• JTAG programming and debug interface
• GMII and SGMII Ethernet PHY interfaces
• PCI Express support (Rev 2)
• Multiple SMA connectors for transceiver access
– Key Features
The platform supports major serial IO standards including Serial RapidIO, Gigabit Ethernet, XAUI, and Fibre Channel. Dynamic control of physical medium attachment (PMA) parameters enables detailed transceiver characterization across varying operating conditions. Integrated PRBS and pattern-based testing delivers immediate bit error ratio measurements.
– Typical Applications
High-speed serial interface validation, transceiver performance characterization, signal integrity analysis, and compliance testing for Gigabit Ethernet and PCIe implementations.
– Compatibility & Integration
Designed for use with Xilinx simulation and characterization tools, including IBIS-AMI SIS kits. JTAG interface enables seamless FPGA configuration and firmware updates.
