SCFE6933 Rad-Tolerant ACAP Processing Board

Bringing high-performance processing to orbit

COTS 6U SpaceVPX processing board powered by the AMD® Versal® AI 

The rad-tolerant SCFE6933 employs the latest commercial heterogeneous processing engines to collect and process more sensor data at the edge, faster, for a clearer picture of the mission environment and real-time decision-making.The FPGA resources increase processing by 20x and the software programmability afforded by them allow for application-specific changes or augmentation while in orbit, crucial to system longevity and adaptability.

ASK A QUESTION

Mercury Systems SCFE6933 Rad-Tolerant ACAP Processing Board

Performance & Adaptability

20x
Faster FPGA
24 GB
Memory
>30
TID (krad)
>45
SEL (MeV-cm^2/mg)
Features
  • Designed for LEO, MEO, GEO, HEO
    satellites and deep space missions
  • AMD Versal AI Core ACAP processor
  • SpaceVPX compliant for ease of integration
  • Fiber-optic interfaces to maximize bandwidth
Specifications

Physical

  • Single-slot 6U VPX form factor
  • Compliant with the VITA 78 SpaceVPX
    standard
  • Up to 16 Rx/Tx mid-board fiber
    transceivers

Backplane Interface

  • VITA 78 slot profile:
    SLT6-PAY-4F1Q2T-10.2.1
  • VITA 66.x capable on P6
  • AMD Versal AI Core VC1902 ACAP,
    which contains 1,968 DSP58 engines

 

Memory

  • 24 GB of DDR4 SDRAM

Radiation Tolerance

  • Single Event Latch-up (SEL): > 45 MeV/mg/cm2
  • Total Ionizing Dose (TID): > 30 krad

Other

  • Space-qualified
  • Vita 46.11 IPMI controller
  • Sensor interface to monitor
    temperature, voltage
  • Power sequencing
  • Secure JTAG
  • Manufactured in an AS9100D facility

DOWNLOAD DATASHEET

Product Guide

Product Guide: Space-Qualified Microelectronics

DOWNLOAD NOW

BLOG

Microelectronics Powering the New Space Economy

READ MORE

CASE STUDY

Case Study: Mercury and NASA SSDR

READ MORE

MODULAR OPEN SYSTEM ARCHITECTURES

Deploy and Upgrade Technology at the Speed of Relevance

Our design methodology incorporates modular open system architectures (MOSA) and industry standards, such as OpenVPX™ and SOSA™, so you can deploy and refresh the latest technology quickly to adapt to evolving threats, while maintaining interoperability across domains. 

DISCOVER MORE

RELATED PRODUCTS

Space-Qualified Filters

Space-Qualified Filters

SEE MORE

Space-Qualified, Solid-State Power Amplifiers

Space-Qualified, Solid-State Power Amplifiers

SEE MORE

NAND Memory

NAND Memory

SEE MORE

DISCOVER MORE

White Paper: Achieving Full Spectrum Dominance with DRFM Technology

DRFM-based radar environment simulators and radar target generators are efficient, cost-effective...

SEE MORE

Webinar: The Future of Direct RF and Its Impact on Technology Roadmaps and Architectures

Direct RF is quickly becoming the technology of choice for radar, electronic warfare, and...

SEE MORE

Webinar: Direct RF Technology to Advance Edge Digital Signal Processing

Digital #signal processing has been the impetus behind analog to #digitalRF signal conversion for...

SEE MORE

Article: Direct RF Converters and FPGAs Boost Electronic Warfare Applications

Emerging FPGA architectures combine advanced RF converters and high-performance processing engines...

SEE MORE