FPGA Boards - 3U
Annapolis FPGA boards are engineered for superior performance and maximum bandwidth. Both Xilinx and Intel FPGAs are leveraged to offer the best FPGA technology available and to fit customer preference, design requirements, and production schedule.
Following are Annapolis’ latest 3U boards. You can find all 3U boards listed below the table.
|Part #||FPGA Type||SoC Type||Band-width*||LVDS to Backplane||Cooling||Temp||Open Standards|
Contact Us for Specs
|Stratix 10||40GbE||Air or Conduction||-40˚ to +70˚||VITA 65|
|WB3XB0||UltraScale+||UltraScale+||40GbE||4||Air or Conduction or AFT||-55˚ to +85˚||VITA 65|
|WB3XB1||UltraScale or UltraScale+||UltraScale+||40GbE||4||Air or Conduction or AFT||-55˚ to +85˚||VITA 65|
|WB3XBM||UltraScale or UltraScale+||UltraScale+||40GbE||16||Air or Conduction or AFT||-55˚ to +85˚||SOSA|
|WB3XBP||UltraScale+||UltraScale+||100GbE||0||Air or Conduction or AFT||-55˚ to +85˚||SOSA|
*Bandwidth per Backplane Port
These FPGA cards paired with Annapolis OpenVPX-compliant 3U backplanes enable even the most bandwidth intensive applications.
If I/O is required, Annapolis offers extraordinary density, bandwidth and analog conversion choices. Each 3U card has one mezzanine IO site which can support up to two WILDSTAR™ Mezzanine cards.
Other 3U FPGA card features include Hot Swap, On-Board dual core PowerPC, Management Processor connected to OpenVPX IPMI Management Plane, backplane user IO (LVDS, HSS, IRIG, Clocking), front panel RJ45 for PowerPC and front panel SMA (IRIG, Clocking).