L3 autonomy
A family of L3 autonomous FPGA sensors, that provides integrated, persistent awareness and security across land, sea and air -- all at the tactical edge.
L4 autonomy
A family of L4 autonomous FPGA sensors, that provides integrated, persistent awareness and security across land, sea and air -- all at the tactical edge.
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Perceptor™
visual intelligence
Perceptor™
With PERCEPTORs visual data acquisition is boosted by the realtime image processing extended to the edge.
PERCEPTOR’s parallel computing pipelines and onboard AI make it an indispensable tool for advanced robotics, autonomous systems where split-second decision-making is essential.
PERCEPTOR
is an edge computing powerhouse with its FPGA-based sensor and integrated AI. At its core, quantified, pruned, and optimized CNNs work in tandem with parallel computing pipelines, delivering a remarkable 10x performance boost.
Its dynamic power management extends operational life, while thermal stability and resistance to environmental stresses ensure reliability in demanding conditions.
Its dynamic power management extends operational life, while thermal stability and resistance to environmental stresses ensure reliability in demanding conditions.
- Fpga-based ai accelerationLeverages FPGA technology with onboard AI, enabling real-time image processing and a performance boost through parallel computing pipelines, ideal for ultra-fast decision-making
- Configurable cnn architectureFeatures quantified, pruned, and optimized CNNs that can be swapped and configured on-the-fly, allowing for unparalleled flexibility in AI-driven vision applications
- Adaptive integration and upgradeabilitySeamlessly integrates with existing assets and systems, supporting field-upgradeable logic (EEPROM) or hack-resistant (ROM) options
- Resilient edge computingOffers dynamic power management thermal stability, longer operational endurance and reliable performance in demanding environments with instant-on capability
Fpga-based ai acceleration
Leverages FPGA technology with onboard AI, enabling real-time image processing and a performance boost through parallel computing pipelines, ideal for ultra-fast decision-making
Configurable cnn architecture
Features quantified, pruned, and optimized CNNs that can be swapped and configured on-the-fly, allowing for unparalleled flexibility in AI-driven vision applications
Adaptive integration and upgradeability
Seamlessly integrates with existing assets and systems, supporting field-upgradeable logic (EEPROM) or hack-resistant (ROM) options
Resilient edge computing
Offers dynamic power management thermal stability, longer operational endurance and reliable performance in demanding environments with instant-on capability
Interface
IEEE 802.3 100Base-T
Data formats
2048 x 1536, JPEG, 25 fps
Iris
P / DC
Dimensions, mm
40 x 40 x 42
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Perceptor
A radiation tolerant camera with wide dynamic range.
A product designed to handle the harsh high-energy environment of space and radiation-exposed environments, such as nuclear power plants.
A product designed to handle the harsh high-energy environment of space and radiation-exposed environments, such as nuclear power plants.
Front matter, or preliminaries, is the first section of a book and is usually the smallest section in terms of the number of pages. Each page is counted, but no folio or page number is expressed or printed, on either display pages or blank pages.
Front matter, or preliminaries, is the first section of a book and is usually the smallest section in terms of the number of pages. Each page is counted, but no folio or page number is expressed or printed, on either display pages or blank pages.
Front matter, or preliminaries, is the first section of a book and is usually the smallest section in terms of the number of pages. Each page is counted, but no folio or page number is expressed or printed, on either display pages or blank pages.