This HPEC ATR 3U system for SOSA aligned payloads is intended for use in demanding RADAR, SIG-INT, EW and EA applications. The rugged design offers an ample I/O complement including multiple receiver and transmitter channels plus 1PPS and 10MHz Ref with a 10Gigabit Ethernet Fiber data interconnect making it an ideal C4ISR Modular Open Sensor System (CMOSS) for harsh environments.
The system leverages LCR’s 800 Series AoC3U-821 chassis for VITA 48.2 conduction cooled modules supporting 8 payload and 2 VITA 62 PSU slots plus a removable solid state drive bay. LCR can integrate a high-performance Intel Xeon processor and NVIDIA GPGPU, providing nearly 10TFLOPs of computational power to meet the high bandwidth signal I/O requirements in today’s mission critical deployments.
Each FPGA sub-system has backplane Ethernet connections to a 40 GigE switch providing copper or optical I/O through customizable 38999 connectors to the front panel. The FPGA sub-system has a full meshed 40Gigabit capable network between each VPX card. The system maintains SOSA alignment to the connector level for future tech refresh deployments. It is designed to accommodate best-in-class 3U CMOSS and SOSA aligned payloads to meet mission needs with minimal time to theater.
800 Series CMOSS MOSA System
This HPEC ATR 3U system for SOSA aligned payloads is intended for use in demanding RADAR, SIG-INT, EW and EA applications. The rugged design offers an ample I/O...
800 Series CMOSS MOSA System
This HPEC ATR 3U system for SOSA aligned payloads is intended for use in demanding RADAR, SIG-INT, EW and EA applications. The rugged design offers an ample I/O complement including multiple receiver and transmitter channels plus 1PPS and 10MHz Ref with a 10Gigabit Ethernet Fiber data interconnect making it an ideal C4ISR Modular Open Sensor System (CMOSS) for harsh environments.
The system leverages LCR’s 800 Series AoC3U-821 chassis for VITA 48.2 conduction cooled modules supporting 8 payload and 2 VITA 62 PSU slots plus a removable solid state drive bay. LCR can integrate a high-performance Intel Xeon processor and NVIDIA GPGPU, providing nearly 10TFLOPs of computational power to meet the high bandwidth signal I/O requirements in today’s mission critical deployments.
Each FPGA sub-system has backplane Ethernet connections to a 40 GigE switch providing copper or optical I/O through customizable 38999 connectors to the front panel. The FPGA sub-system has a full meshed 40Gigabit capable network between each VPX card. The system maintains SOSA alignment to the connector level for future tech refresh deployments. It is designed to accommodate best-in-class 3U CMOSS and SOSA aligned payloads to meet mission needs with minimal time to theater.
The AoC3U-821 reflects design practices in use across the LCR family of proven ATR chassis designed to meet a range of MIL-STD-810, MILSTD-461, and MIL-S-901D.
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Cooling
Conduction cooled with forced air assist
Cooling for aggregate payload power approaching 700W
Side walls form enclosed air chambers isolated from the modules
Concentrated air flow runs co-planar to heat sink fins
Power Supply
Dual VITA 62 pluggable power supply slots, up to 1500W
MIL-STD-704E, MIL-STD-1275
Physical
10.35” (H), 7.5 (W) x 17″ (D) incl. handles and connectors
Weight: Approximately 38lbs, no payload boards
Application driven custom I/O panels with MIL-STD connectors
VITA 48.2 conductive cooling with air assist
Environmental
Designed to meet a variety of MIL-STD-810, MIL-STD-461, MIL-STD-167 and MIL-S-901D methods
Backplane
Custom topologies supporting VPX and SOSA aligned payload module profiles
Support for 1000BASE-BX, 1000BASE-KX, 10GBASE-KX4, 10GBASE-KR, or 40GBASE-KR4
Up to 8 plus 2 PSU slots with VITA 66 and 67 Optical and RF support
VPX and SOSA aligned slot support
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Our headquarters, engineering center, customer support center and manufacturing facility is located in Audubon, PA. just minutes from Center City Philadelphia. Our design facility in Ridgeland, MS. provides additional engineering resources in board design and system integration.