AMERGINT - softFEP Front End Processor

AMERGINT - softFEP Front End Processor
  • Process telemetry and command data streams in satellite control centers.
  • Connect satellite control centers with networked antenna sites.
  • Fully software-defined and customer-configurable.

More

Software Applications 

T&C Front End Processor Apps

  • Red and Black front ends connect to NSA Type-1 COMSEC devices.
  • Telemetry frame synchronization, with optional CCSDS processing. Transmits the time-tagged frames to your T&C software.
  • Command formatting builds the uplink data stream and checks the command echo.

Network Front End Processor Apps

  • Network gateway for telemetry and command streams being sent across a wide area network.
  • Supports Space Link Extension (SLE) and most standard IP Protocols.
  • May be single units on one side or paired across the WAN.

AFSCN Front End Processor App

  • Implements the ADCCP Protocol. ADCCP is a serial protocol used by the AFSCN.
  • Formats the command uplink per SIS-508, supporting both C/C/S and EXU formats.

FEP-Functions

CCSDS

VCDUs, CLTUs, Space Packets, SLE, and more

Modem/COMSEC Interfaces

A full range of devices are supported.

Data Recording

Data archiving can be added too.

Customer Configurable 

Our drag-and-drop GUI Visualizer lets you engineer the display.

More Product Information

AMERGINT - softFEP Data Recorders
  • Record and playback satellite telemetry and command streams.
  • DVR-Like operations for ease of use in operations or test.
  • Multi-Terabyte RAID-5 storage capacity.
  • Manage recordings with Preserve, Export, and Import Functions.

AMERGINT - softFEP Payload Processors
  • Receive and process high-rate downlink data streams.
  • Perform error detection and correction on each downlink.
  • Fully software-defined and customer-configurable.

AMERGINT - Satellite Test Systems
  • Integration of our standard products into turn-key test racks.
  • Supports factory testing and launch site checkout.
  • Configurable to support multiple satellite families.

AMERGINT - Range / Launch Site Systems
  • Network Gateways correlate and route serial data and time over IP networks, then regenerate that serial data and time at one or more sites.
  • Data Acquisition Applications capture, process, display, and record from sensors and other data sources.
  • Range Data Systems capture, process, record, route, and display data from telemetry sources.

AMERGINT - satTRAC Modem / Baseband Unit
  • Signal Converters for RF and 70MHz
  • Digital IF over Ethernet
  • Software Apps for Waveform-Specific Processing

Brandywine - RTG-510 - Universal GPS and Time Code Processor
  • Universal GPS , IRIG A, B, E, G, NASA36, and HaveQuick inputs
  • 12 channel GPS receiver
  • 16 programmable outputs for time codes and pulse rates
  • Output codes include NTP, IRIG A, B, E, G, H, NASA36, HaveQuick, 1PPS
  • Electrical time code input/output
  • Dual Independent Ethernet ports with integrated web server control
  • High Stability Oven Controlled Oscillator Standard
  • 9-Digit Time Display
  • Redundant Hot Swappable Power Supplies
  • 1U 19” rack mount

Brandywine - Miniature Airborne Timecode Processor (TCP-AM)
  • A multi-format precision time source in a very small form factor with low power consumption.
  • Can operate as a time code format translator: eg IEEE-1588 (PTP) to IRIG-B

Brandywine - Airborne Time Code Processor (TCP-AS)
  • Flight Qualified
  • Support for IEEE-1588 and GPS Havequick II I/O
  • Input IEEE-1588 and Convert to IRIG A/B
  • Tested to MIL-STD 810F and 461E CE102 and RE 102
A multi-format precision time source in a small form factor with low power consumption. Can operate as a time code format translator: eg IEEE-1588 (PTP) to IRIG-B

Matrox Imaging - RadientPro CL Vision Processor Board
  • Capture images at the highest Camera Link rates with support for the Full and 80-bit modes at up to 85MHz (single-Full model).
  • Eliminate lost pixels through a PCIe® 2.0 x8 host interface and ample on-board buffering.
  • Reduce cabling and eliminate power supplies by way of Power over Camera Link (PoCL) support.
  • Offload and accelerate image processing to free and assist the host CPU using an Altera® Stratix® V FPGA.
  • Simplify the development of custom on-board image processing using the optional Matrox FPGA Development Kit (FDK).
  • Reduce development and validation costs through a managed lifecycle offering consistent long term availability.
  • Implement image capture with ease and confidence using Matrox Imaging Library (MIL) application development toolkit.
  • Maintain flexibility and choice by way of 64-bit Windows 7/8.1/10, Linux®1 and RTX641 (RTOS) support.