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NPP/JPSS HRD/LRD Status

NPP/JPSS HRD/LRD Status. Patrick Coronado NASA Goddard Space Flight Center. directreadout.sci.gsfc.nasa.gov/ ipopp. NPP S/C Communication Links. TDRS. CMD: 2067.270833 MHz 125& 1000 bps. TLM: 2247.5MHz 1.024, 4.096 or16.384 kbps (Realtime Only). SMD Antenna. DB Antenna. S-Band

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NPP/JPSS HRD/LRD Status

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  1. NPP/JPSS HRD/LRD Status Patrick Coronado NASA Goddard Space Flight Center directreadout.sci.gsfc.nasa.gov/ipopp

  2. NPP S/C Communication Links TDRS CMD: 2067.270833 MHz 125& 1000 bps TLM: 2247.5MHz 1.024, 4.096 or16.384 kbps (Realtime Only) SMD Antenna DB Antenna S-Band Antenna CMD2067.270833 MHz 2,000 & 128,000bps TLM2247.5MHz 1.024, 4.096, 16.384, 32.768 kbps (Realtime) 524.288 kbps (Stored) 8.2125GHz 300.0Mbps 7.812 GHz 15 Mbps TDRSS Ground Link Svalbard,Norway Station TDRSS White Sands Station Direct Broadcast Downlink Direct Readout User Terminal

  3. JPSS S/C Communication Links SMD Antenna DB Antenna HRD LRD 7.8XX GHz 15 Mbps 1.7 Ghz 4 Mbps Direct Broadcast Downlink Direct Readout User Terminal

  4. EOS/NPP/JPSS HRD/LRD ProcessingStatus • The mechanism for the user community to process HRD and LRD will be through the International Polar-Orbiter Processing package (IPOPP) • IPOPP is being developed by the JPSS Field Terminal Segment at NASA GSFC • To include mission processing requirements and end-user recommendations • A Beta version has been released • An NPP post-launch version will be released with instrument-specific radiometric calibration and georegistration algorithms

  5. What is IPOPP? • The Interoperable Polar Orbiter Processing Package (IPOPP) is a real-time data processing framework that provides a processing environment for direct readout science algorithms using real-time directly broadcasted spacecraft science instrument data.  • It enables anyone to create, evaluate and use NASA’s direct readout Earth science data products, and is specifically designed for ease of integration into decision support systems. • The framework supports the creation of products for use in models, vegetation monitoring, atmospheric conditions, and sea surface properties

  6. IPOPP Characteristics IPOPP is: • Distributed, hybrid - data and configuration file (xml) driven architecture • Portable to Linux x86 platforms • Efficient to run on modest hardware (workstation class) • Simple to install and easy to use • Able to ingest and process satellite overpasses of arbitrary length • Highly configurable and scalable • Able to produce core and regional value-added Environmental Data Record (EDR) products • Capable of forward processing and reprocessing • Compliant with mission formats

  7. IPOPP Specifications and Status *

  8. Innovation: Simulcast – Distributed, Real-time Data Monitoring *

  9. Innovation: Development and Testing Process Unique Development and Testing procedures established to provide public use science algorithms for operational end-user applications.

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