The RXR4000 receiver is a premium performance product offering two independently (or coherently) tuned wideband RF channels and 32 independently tunable sub-band narrow channels in a single 0.8" pitch 6U sized module. This also includes FPGA-based processing that time tags all data outputs, baseband I/Q, Magnitude/Phase FFT cells, and demodulated AM, FM, CW, OOK, and SSB digital audio. A delay memory for each wide band tuner channel is provided to support processing complex signal types.

The two independently (or coherently) tuned wideband tuner channels each cover the 20-3000 MHz frequency range. Standard data and control interfaces include options for SRIO, PCIe, and Aurora, as well as legacy RACE++^TM.

The RXR5000 receiver is a next generation premium performance product offering two wideband RF channels and 32 independently tunable sub-band narrow channels in a single 0.8" pitch 6U sized module. This also includes FPGA-based processing that time tags all data outputs, baseband I/Q, Magnitude/Phase FFT cells, and demodulated AM, FM, CW, OOK, and SSB digital audio. A delay memory for each wide band tuner channel is provided to support processing complex signal types. Two additional FPGA's are provided to host programming spaces for users, which can often replace external DSP processing boards and save chassis size, weight, and power.

The two independently (or coherently) tuned wideband tuner channels each cover the 20-3000 MHz frequency range. Standard data and control interfaces include options for SRIO, Gig-Ethernet, PCIe, and Aurora, as well as legacy RACE++^TM.

The RXR4031 receiver consists of one receiver tuner from the R4000 family and one receiver tuner from the R3031 family providing versatile frequency coverage (0.5-3000 MHz) in a single 6U-160 VME64x/VXS receiver.

The RXR5131 receiver consists of one receiver tuner from the R5000 family and one receiver tuner from the R3031 family providing versatile frequency coverage (0.5 to 3000 MHz) in a single 6U-160 VME64x/ VXS receiver. The two receiver modules each have the features of their dual receiver's counterparts. The digital main board provides the advanced digital features of the R5000 receiver.

The REF1002 VMEbus card provides a GPS C/A code disciplined, precision 10 MHz frequency, and 1 PPS Time reference.  The REF1000 consists of a single 6U–160 VME64x circuit card assembly, containing one daughter module, the GPS receiver assembly.

The onboard 10 MHz oscillator uses a precision SC cut, ovenized crystal.  This oscillator is phase locked to the worldwide GPS signal, combining both the long term frequency accuracy of the GPS disciplined Cesium and Rubidium atomic references, with the superior short term stability of a SC rotated, ovenized 10 MHz crystal.

The RFD1002-3 VMEbus card provides RF Distribution function with 3 RF inputs (normally Omni, Sine, and Cosine antenna beams) in the 20-1000 MHz frequency range that can be commutated against a reference antenna input in that range and 3 RF inputs in the 500-3000 MHz frequency range that can commutated against a reference antenna input in that range. The Commutated/ Reference channel pairs are made available to two sets of receiver channels (coherent) for DF subsystems support. In addition to the RF distribution functions, all time and frequency reference functions described for the REF1002 are also provided.

The RFD3004 6U VMEbus card provides a compact, selectively band limited RF Distribution function that can be used with a variety of Eclipse COTS VME tuners. The RFD3004 consists of a single 6U-160 VME64x motherboard assembly with an RF distribution daughter module.

The RFD3004 covers the 1 MHz to 3000 MHz frequency range with one dedicated HF path, four VHF/UHF band-limited inputs, and three outputs that can select any of the four VHF/UHF inputs. Each path is filtered and amplified with high dynamic range amplifiers before being provided to the outputs.

Additionally, there is an external input that can be selected by each of the four outputs for calibration and BIT purposes.

The RFD3008 is a10.0x 5.5x 1.5 inch module that is powered and controlled by the receiver chassis in a system configuration. The unit features 14 antenna inputs in the 20-1000 MHz range that are commutated against two reference antenna inputs in this range and 7 antenna inputs in the 500-3000 MHz range that are commutated against a UHF reference antenna input. The commutated reference coherent pairs are output to two receiver inputs in support of DF subsystem functions. All commutated timing and data set collection are time tagged and deterministic to reduce downstream algorithm processing issues.

The 3.6 pound unit may be mounted up to 25 feet from the receiver chassis.

Features:

• 16 GB DDR3 SDRAM
• PMC and XMC connectors
• 64-bit PCI
• PCIe x4
• RACE++ on Pn4 connector
• DMA engine for efficient data transfer
• Option without memory for I/O bridge functions only

The Eclipse PMC/XMC Memory Module is a 16 GB SDRAM buffer with 64-bit PCI, PCIe x4, and slave RACEway interfaces on a single PMC card. An Altera Stratix IV FPGA controls the flow of data to and from the SDRAM. The card can be operated in three different modes: PCI/RACE; PCIe/RACE; and PCIe-only. Remote field upgrade of the FPGA firmware is supported.

Features:

• Transmit from 20MHz to 3000 MHz, 30 MHz IF BW
• Up to 40 MHz complex sample rate
• Configurable for data transmission or as a calibration source
• 14 bit high performance upconverting DAC
• 128MB of SDRAM for data buffering
• Single wide PMC/XMC slot
• 32-bit PCI or PCIe x4 interface

The Eclipse XMT1000 transmitter is designed to work in a system with an Eclipse RXR4000 or RXR5000 located is the same chassis. For the XMT1000 to transmit, one of the RX LO outputs is tuned for the desired TX frequency. Eclipse supplied PCI/PCIe device drivers allow easy system integration. 1pps and 10 MHz signals are required to provide precise timing of transmissions.

Features:

• 1/4 ATR chassis Per ARINC 404A Standards
• 6-Slots VME64x Card Cage for 6U-160 Modules
• Backplane supports RACEWay or VXS Data Paths
• Power Supply Capacity for 764 Watt module loading
• Cooling fans provided 25 CFM/Slot air
• Input Power of 28VDC or 120-230 VAC @50-400 Hz
• Ruggedized for airborne and ground mobile installations
• EMI Compliant

Features:

• Full ATR Chassis per ARINC 404A standards
• 12-Slots VME64x card cage for 6U-160 modules
• Backplane supports RACEWay, VXS, or Hybrid VXS/VPX data paths
• Power supply capacity for 1300 watt module loading
• Cooling fans provided 25 CFM/Slot air
• Input power of 28VDC or 120-230VAC @ 50-400 Hz
• Ruggedized for airborne or ground mobile installations
• EMI compliant

Features:

• Standard 6U-160 VME64x or VXS for 6-slot card cage
• Choice of VITA 41.x Serial lane backplanes or RACEWay Crossbar
• Ruggedized for field application
• EMI and environmentally qualified
• Power supplies and Cooling for 764 watt module loading
• Also available in 2U( 4-Slot) and 1U (2-Slot) configurations

This hardware suite provides an integrated hardware package in a 6-Slot chassis. A typical module complement is two Single Board Computers chosen by the client for compatibility with user applications software and operating system, two dual channel Eclipse receivers, one REF module for time and frequency standard source, and a spare channel for any other processing or memory module required by the client. Multiple configurations of this package are available as production items that include VME64x, RACEWay, or VSX backplanes. Variations of this airborne qualified and ground mobile qualified package can be customized with a nominal NRE effort. Optional items include transport cases and shock mount trays.

This hardware suite provides an integrated hardware package in a 12-Slot chassis. A typical module complement is two to four Single Board Computers chosen by the client for compatibility with user applications software and operating system, two to five dual channel Eclipse receivers, one REF module for time and frequency standard source, and spare channels for any other processing or memory module required by the client. Multiple configurations of this package are available as production items that include VME64x, RACEWay, VSX, or VSX/VPX hybrid backplanes. Variations of this airborne qualified and ground mobile qualified package can be customized with a nominal NRE effort.

This hardware suite provides an integrated hardware package in a 6-Slot Rack Mounted chassis (3U panel height). A typical module complement is two Single Board Computers chosen by the client for compatibility with user applications software and operating system, two dual channel Eclipse receivers, one REF module for time and frequency standard source, and a spare channel for any other processing or memory module required by the client. Multiple configurations of this package are available as production items that include VME64x, RACEWay, or VSX backplanes. Variations of this fixed ground and ground mobile qualified package can be customized with a nominal NRE effort. Four-Slot chassis (2U panel height) and Two-Slot chassis (1U panel height) are also production items to provide scalability in hardware suite capability.