Compact GPU computer supporting an NVIDIA® 70 W low-profile GPU and an AMD® Ryzen™ PRO 8640U processor.
Anti-Jam Triple-Band Antenna with XF+ Channel-Split Filtering
Rugged AMD® EPYC™ 9005 Turin HPC server supporting 2x 400 W GPUs, five additional PCIe slots and 2x 10GbE ports.
Two-Element Controlled Reception Pattern Antenna for Jammed Environments
10GbE version of the Nuvo-10108GC: edge AI computer for one 350 W NVIDIA RTX GPU (up to 100 TFLOPS FP32), Intel 14th-Gen Core and up to 128 GB DDR5.
Triple-band GNSS antenna with L-band corrections: GPS L1/L2/L5, GLONASS, Galileo, BeiDou and NavIC, 37 dB gain and 2.5 dB noise figure.
Ekinox Micro is a high-performance GNSS aided Inertial Navigation System (INS) designed for use in a variety of land, marine, and airborne applications.
Hyper-Hemispherical Coverage from a Single 128-Channel Sensor
3 MP automotive GMSL2 camera with Sony ISX031, 120° horizontal field of view, 120 dB HDR and LED flicker mitigation, IP67/IP69K on the lens side.
Embedded Full-Band Antenna Covering Every GNSS Constellation
Tactical-grade MEMS IMU in a housing: 0.1°/h gyro and 6 µg accelerometer bias instability, up to 2 kHz output, RS422 and 5–36 V input.
Automotive-grade 128-channel long-range lidar: 200 m at 10% reflectivity, 360° × 40° field of view and 0.1° resolution, for autonomous vehicles.
Supporting 150W NVIDIA® RTX™ GPU, Intel® Core™ Series 2 / 14th / 13th-Gen CPU
Robust Antenna for Autonomous Vehicles, Precision Agriculture, and More
Miniature tactical-grade MEMS IMU (OEM): 0.8°/h gyro bias instability, 0.08°/√h ARW, ±490°/s range and 480 Hz bandwidth.
128-channel short-range lidar with a 360° × 105.2° field of view and up to 50 m range, covering the blind zone close around vehicles and robots.
10GbE version of the Nuvo-10208GC: edge AI computer for two 350 W NVIDIA RTX GPUs (up to 200 TFLOPS FP32), Intel 14th-Gen Core and up to 128 GB DDR5.
Hesai MT: ultra-high spatial resolution lidar for high-precision 3D reconstruction, 320° field of view, 3.5 mm precision, 300 g.
1-to-2 GNSS and L-band signal splitter (1–2 GHz) with 1 dB insertion loss in an IP67 aluminium housing, to share one antenna between two receivers.
Miniature dual-antenna RTK INS: 0.05° roll/pitch with RTK, 0.2° heading and 1 cm RTK position; land and air version.
Automotive-grade fully solid-state lidar with a 180° × 140° field of view, 492,000 points/s and about 180 g, for blind-spot coverage on vehicles and robots.
Edge AI computer for one 350 W NVIDIA RTX GPU (up to 100 TFLOPS FP32), Intel 14th-Gen Core and up to 128 GB DDR5, rated for -25 to 60 °C.
Full-Band Anti-Jam Antenna for Marine and Mission-Critical Positioning
Serial interface board for the SBG Pulse-40 tactical-grade MEMS IMU (0.8°/h gyro bias instability), for connecting it to a host over a serial link.
Compact 16-channel 360° × 40° lidar with 30 m range at 10% reflectivity, 0.6° resolution and 4.3 W, for AGVs, AMRs and mobile robots.
19" 2U rack-mount IP69K waterproof edge AI computer with NVIDIA L4 GPU and Intel 14th-Gen Core, fanless from -40°C to 70°C.
Four-Element CRPA with eXtended Filtering for Hostile RF Environments
Miniature single-antenna RTK INS: 0.05° roll/pitch with RTK, 0.2° heading with vehicle dynamics and 1 cm RTK position; CAN version.
3 MP automotive GMSL2 camera with Sony ISX031, 64° horizontal field of view, 120 dB HDR and LED flicker mitigation, IP67/IP69K on the lens side.
Low Elevation Angle Nulling Against Ground-Based Jammers
Miniature single-antenna RTK INS: 0.05° roll/pitch with RTK, 0.2° heading with vehicle dynamics and 1 cm RTK position; land and air version.
For Autonomous Perception and Precision Mapping
Ruggedized GPU computer with 4x GMSL2 camera inputs, a 150 W NVIDIA® RTX GPU and Intel® 14th/13th/12th-Gen Core™ processor.
Dual-Band GNSS Antenna for Precision Positioning Across Multiple Constellations
Miniature dual-antenna RTK INS: 0.05° roll/pitch with RTK, 0.2° heading and 1 cm RTK position; CAN version for land and air.
16-channel 360° mid-range lidar with 120 m range, ±1 cm accuracy and a 30° vertical field of view, for robots, mapping and autonomous vehicles.
IP66 waterproof fanless computer with Intel 14th-Gen Core and up to 128 GB DDR5 in a sealed housing, for outdoor, marine and washdown installations.
Miniature dual-antenna RTK INS: 0.05° roll/pitch with RTK, 0.2° heading and 1 cm RTK position; marine version with heave output.
5 MP automotive GMSL2 camera with Sony IMX490, 120° horizontal field of view, 120 dB HDR and LED flicker mitigation, IP67/IP69K on the lens side.
Pre-filtered dual-band GNSS antenna for GPS L1/L2, GLONASS G1/G2, Galileo E1 and BeiDou B1, with 35 dB gain and 2.5 dB noise figure.
Tactical-grade GNSS/INS with a jamming- and spoofing-resilient receiver: 0.03° roll/pitch, 0.08° heading and 1 cm RTK; suspended mounting version.
Fanless 4-channel GMSL2 frame grabber (PCIe x4) for automotive cameras on x86 edge AI systems, with GPS PPS sync and -40 to 70 °C operation.
Four-Element Controlled Reception Pattern Antenna for Contested Environments
Miniature 45 g AHRS with 0.1° roll/pitch, 0.8° magnetic heading and 200 Hz output, CAN version for land and air platforms.
IP66 waterproof AI computer with NVIDIA Jetson AGX Orin (up to 275 TOPS), 8 GMSL2 camera inputs and 4 PoE+ ports, for agriculture, mining and outdoor robots.