xDRT Development Kits

ON-BOARD PROCESSING AND DIGITAL RF TRANSCEIVER DEVELOPMENT KITS

Customizable Development Kits

Trident xDRT Development Kits are lab-based development platforms, preloaded with Trident FW/SW (source files included), for application development, testing, and HWIL demonstrations on Trident Hardware. Compatible with Tridents 3U VPX modules, the kits provide operational and developmental interfaces to flight-like hardware with “lab-friendly” interfaces. These kits are a low-cost, rapidly available platform for new and existing customers. Currently available for UDRT and RDRT, VDRT available Summer-2022; customization and on-site/remote support available.

Contact us at es-bd@tridsys.com for more information.

UDRT DEV KIT SPECIFICATIONS

— Integrated UDRT EDU with XQZU19EG-1FFRC1760M
in LVAUX mode with flight and developmental interfaces

– 4 GB PL and 4 GB PS DDR4 Memory
– 1 GB NAND Flash, 128 MB Redundant NOR Flash
– Two Zynq-PS Ethernet (RJ45)
– Zynq GTY Quad (QSFP+)
– Two (2) Zynq UART connections (USB)
– Zynq/ProASIC JTAG (USB, integrated Pod)
– 1 Pulse Per Second (SMA)
– Discrete boot and power control
– Includes 1 TB SSD on mezzanine site

Included Source Files and Docs

— Trident Yocto Layer BSP
— Zynq processor configurations (TCL)
— Zynq Programmable Logic SDRAM setup (XCI)
— MGT setup constrained by REF CLKs (XCI)
— Pin constraints for the entire chip (XDC)
— Example Project/Bitstreams
— Engineering GUI and C2 GUI for Flight SW
— Library and HW User Manual and Documentation

SWaP

— Benchtop or 19” rack-mountable (3U height)
— 120 VAC (Integrated Power Supply)
— ~8 kg, shipped in protective storage container

Rapid Availability

— From stock to 14-16 weeks
— On-site and remote support included
— Kit Customization is available for interfaces and other mezzanine cards

 

RDRT DEV KIT SPECIFICATIONS

— Integrated RDRT EDU with XQZU28DR-1FFRG1517M in
LVAUX mode with flight and developmental interfaces

– 8 TX and 8 RX Channels (50 ohm, SMA)
– 4 GB PL and 4 GB PS DDR4 Memory
– 1 GB NAND Flash, 128 MB Redundant NOR Flash
– Two Zynq-PS Ethernet (RJ45)
– Zynq GTY Quad (QSFP+)
– Two (2) Zynq UART connections (USB)
– Zynq/ProASIC JTAG (USB, integrated Pod)
– 1 Pulse Per Second (SMA)
– Discrete boot and power control
– Programmable GPIO (routed on mezzanine)

Included Source Files and Docs

— Trident Yocto Layer BSP
— Zynq processor configurations (TCL)
— Zynq Programmable Logic SDRAM setup (XCI)
— MGT setup constrained by REF CLKs (XCI)
— Pin constraints for the entire chip (XDC)
— Example Project/Bitstreams
— Engineering GUI and C2 GUI for Flight SW
— Library and HW User Manual and Documentation
— Compatible with Xilinx “RF Analzyer” Tool

SWaP

— Benchtop or 19” rack-mountable (3U height)
— 120 VAC (Integrated Power Supply)
— ~9 kg, shipped in protective storage container

Rapid Availability

— From stock to 14-16 weeks
— On-site and remote support included
— Kit Customization is available for interfaces and other mezzanine cards

 

VDRT DEV KIT SPECIFICATIONS

— Integrated VDRT EDU with XCVC1902-1MSIVIVA1596
with flight and developmental interfaces

– Two (independent) 8GB DDR4 Memory Banks w/ ECC
– Up to 32GB of NAND Flash, 256MB Redundant NOR Flash
– Two PS Ethernet (RJ45)
– Three Zynq GTY Quad (QSFP+)
– Two (2) Zynq UART connections (USB)
– Zynq JTAG (USB)
– 1 Pulse Per Second (SMA)
– Discrete boot and power control
– 1 TB SSD on mezzanine site optional

Included Source Files and Docs

— Trident Yocto Layer BSP
— Example Vivado Project

• NOC configuration (DRAM / Interconnect)
• AICore Demo
• Processor configuration

— Pin constraints for the entire chip (XDC)
— Engineering GUI and C2 GUI for Flight SW
— HW User Manual and Documentation

SWaP

— Benchtop or 19” rack-mountable (3U height)
— 120 VAC (Integrated Power Supply)
— ~8 kg, shipped in protective storage container

Rapid Availability

— From stock to 14-16 weeks
— On-site and remote support included
— Kit Customization is available for interfaces and other mezzanine cards