SightLine’s 4000-OEM is our most powerful processor and has full SightLine functionality. Our video processors provide power edge processing for any real-time applications. Onboard processing is key for low latency performance and the best video quality. The 4000-OEM’s multiple digital video inputs include: parallel digital compatibility with any 3000-OEM input adapter board, MIPI, and USB-3. Multiple video outputs include: ethernet streaming H.264 and H.265, HDMI and HDSDI. Dual-channel processing to 4K @ 30 fps with encoding only. SightLine’s 4000-OEM is built on Qualcomm Snapdragon processor. Multiple serial ports and GPIO for implementing system interfaces. Onboard recording to μSD card. Small SWaP at 50.5x38mm weighing 13 grams and 5W power. Both OEM and SOM integration options available. With SightLine’s years of Intelligence, Surveillance and Reconnaissance (ISR) experience, our typical applications include: military surveillance, law enforcement, fire observation and search and rescue. With more drones than ever before in operation, there is growing demand for Counter-UAS solutions. Visual detection is a key part of robust, multi-sensor C-UAS systems, including ground to air and air to air. Whether integrated on a tower, vehicle/robot or UAS, functions are available that directly support security applications for border observation and industrial / site projection.

The 1500-OEM is SightLine’s very small single channel processor for SD to 720p. This processor has multiple video inputs for single channel processing and multiple video outputs for single-stream H.264 IP video, analog. Its compact size makes it ideal for use in small camera systems with a low SWaP, 26.5x37.7mm, 7.6g and 3W. Our video processors provide power edge processing for any real-time applications. Onboard processing is key for low latency performance and the best video quality. With SightLine’s years of Intelligence, Surveillance and Reconnaissance (ISR) experience, our typical applications include: military surveillance, law enforcement, fire observation and search and rescue. With more drones than ever before in operation, there is growing demand for Counter-UAS solutions. Visual detection is a key part of robust, multi-sensor C-UAS systems, including ground to air and air to air. Whether integrated on a tower, vehicle/robot or UAS, functions are available that directly support security applications for border observation and industrial / site projection.

SightLine’s 3000-OEM with its small business card footprint, is a video processor that is well suited for airborne and ground ISR applications. It has multiple video inputs for dual channel processing and multiple video outputs for dual-stream H.264 IP video, analog, HDMI and HDSDI. Processing and streaming capabilities are to 1080p30. Its SWaP is 3.47x1.97x0.2 inches, 1.4 ounces and 10W. Our video processors provide powerful edge processing for real-time applications. Onboard processing is key for low latency performance and the best video quality. With SightLine’s years of Intelligence, Surveillance and Reconnaissance (ISR) experience, our typical applications include: military surveillance, law enforcement, fire observation and search and rescue. With more drones than ever before in operation, there is growing demand for Counter-UAS solutions. Visual detection is a key part of robust, multi-sensor C-UAS systems, including ground to air and air to air. Whether integrated on a tower, vehicle/robot or UAS, functions are available that directly support security applications for border observation and industrial / site projection

Processing video onboard allows SightLine’s tracking function to provide low-latency, gimbal-pointing telemetry. Different modes allow integrators to optimize performance for their application. Intelligent assist, acquisition assist, and other tools help ease operator workload and improve situational awareness. With each software release, SightLine introduces improvements to the tracker; tracking through obstructions, stabilization on track, drone tracking, detection track cueing, etc. Object tracking can run on any of our hardware platforms and the ARM license library. With SightLine’s years of Intelligence, Surveillance and Reconnaissance (ISR) experience, our typical applications include: military surveillance, law enforcement, fire observation and search and rescue. With more drones than ever before in operation, there is growing demand for Counter-UAS solutions. Visual detection is a key part of robust, multi-sensor C-UAS systems, including ground to air and air to air. Whether integrated on a tower, vehicle/robot or UAS, functions are available that directly support security applications for border observation and industrial / site projection.

SightLine’s onboard video processing allows for a suite of software functions that are key in a wide variety of real-time applications.Full Tracking for objects and scene provides low-latency telemetry essential for agile gimbal-pointing. Dead Pixel Removal and Non-Uniformity Correction (DPR / NUC) add capability to calibrate IR cameras/lenses, removing the need for a separate DPR/NUC board. Scene, tracker and detection functions provide low-latency pixel position telemetry data needed for gimbal pointing. Real-time detection algorithms provide important situational awareness information and aid in tracker initialization. Our customer defined classifier runs in real-time to assess any detection or track against training classes. SightLine’s frame to frame registration enables electronic-stabilization of video to improve the user experience. These are some of the software functions SightLine has developed to create tailorable, powerful solutions. With SightLine’s years of Intelligence, Surveillance and Reconnaissance (ISR) experience, our typical applications include: military surveillance, law enforcement, fire observation and search and rescue. With more drones than ever before in operation, there is growing demand for Counter-UAS solutions. Visual detection is a key part of robust, multi-sensor C-UAS systems, including ground to air and air to air. Whether integrated on a tower, vehicle/robot or UAS, functions are available that directly support security applications for border observation and industrial / site projection.