PrimeX 120
10.511,75 €
Produktinformationen "PrimeX 120"
12 MP Auflösung | +/- 0,1 mm 3D-Genauigkeit1 | 300 FPS native Bildrate | 1000 FPS maximale Bildrate2
Die Primex 120-Kamera bietet außergewöhnliche Präzision und verfolgt Marker in einer Entfernung von bis zu 300 Fuß mit einer Positionsabweichung von weniger als +/-0,10 mm. Ihr speziell entwickeltes 18-mm-„Fast Glass“-Objektiv bietet geringe Verzerrung, hohe Lichtdurchlässigkeit und ein breites Sichtfeld von 51° x 39°, das beim 120W-Modell auf 65° x 51° erweitert werden kann. Sie unterstützt passive und aktive Marker, synchronisiertes Graustufenvideo und flexible Systemkonfigurationen für hochpräzises 3D-Tracking in jeder Umgebung.
1.
3D accuracy referenced is typical for a 30'×30' (9m×9m) tracking area. Range is estimated using a 14 mm marker with cameras at an exposure of 800, gain of 6, and the lowest f-stop.
2.
Frame rate | Resolution | FOV (standard 24mm lens) | FOV (wide 18mm lens) |
|---|---|---|---|
300 fps | 4096×3072 | 51°×39° | 65°×51° |
480 fps | 4096×1904 | 51°×25° | 65°×33° |
840 fps | 2048×1072 | 51°×14° | 65°×19° |
1000 fps | 2048×896 | 51°×12° | 65°×16° |
| 3D Accuracy: | +/- 0.1 mm |
|---|---|
| Active Marker Range: | 91 m (300') |
| Camera Body: | 3 digit numeric LEDs status indicators, 3/8"-16 Tripod Mount (×2), 1/4"-20 with adapter , Full-color LED health and activity indicator, Sculpted from aluminum and polycarbonate |
| Compatible Software: | Camera SDK, Motive, NatNet SDK |
| Connections: | Ethernet camera sync, GigE/PoE data port, PoE++ power |
| Depth: | 6.37 inches (16.17 cm) |
| Global Shutter : | Default Speed: 0.25 ms, Maximum Speed: 3.13 ms at 300 fps, Minimum Speed: 0.01 ms |
| Height: | 6.61 inches (16.80 cm) |
| Image Processing Types: | MJPEG Grayscale, Object, Raw Greyscale, Segment |
| LED Ring: | 60 LEDs, 850 nm infrared, Intensity control, Strobe mode, Ultra High Power |
| Latency: | 3.33 ms |
| Lens & Filter: | Adjustable F-stop, Adjustable focus |
| Native Framerate: | 300 Hz |
| Passive Marker Range: | 40 m (131') |
| Resolution: | 4096 × 3072 |
| Stock Lens: | 24 mm F#2.5 / 51° horizontal FOV / 39° vertical FOV |
| Weight: | 6.3 pounds (2.88 kg) |
| Width: | 6.61 inches (16.80 cm) |
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Höchste Genauigkeit. Größte Reichweite. Höchste Auflösung. Wenn Ihre Anwendung unsere branchenführende Präzision bei der 3D-Bewegungsmessung in einem sehr großen Volumen erfordert, gibt es nichts Vergleichbares zur Genauigkeit und Langlebigkeit des Primex 120.
Bare Active-Marker-Tracking, aufgenommen bei Nacht in einer Höhe von 100 (Bild 1), 200 (Bild 2) und 300 Fuß (Bild 3)
„Fast Glass“-Objektiv. Wir entwickeln unsere eigenen „Fast Glass“-Objektive mit extrem geringer Verzerrung für eine optimale Marker-Verfolgung. Das Standardobjektiv des Primex 120 mit 18 mm Durchmesser ist mit einer breitbandigen Antireflexbeschichtung versehen, die die Lichtdurchlässigkeit zum Bildgeber erheblich erhöht und so größere Volumen und präzisere 3D-Daten liefert.
Wählen Sie die Option mit größerem Sichtfeld. Die Standardausführung der Primex 120 bietet ein breites Sichtfeld (FOV) von 51° x 39°. Für größere Volumina, die höchste Genauigkeit erfordern, ist die Primex 120W mit einem 18-mm-Weitwinkelobjektiv mit 65° x 51° erhältlich. Durch das zusätzliche Sichtfeld können Benutzer weniger Kameras einsetzen, um Bewegungen in größeren Bereichen zu erfassen.
Verfolgt passive und aktive Marker mit Positionsfehlern von weniger als +/-0,10 mm und Rotationsfehlern von weniger als 0,1 Grad.
Passive Marker – oder retroreflektierende Marker, darunter Kugeln, Halbkugeln und sogar flache reflektierende Scheiben – lassen sich von PrimeX-Kameras leicht identifizieren und verfolgen.
Aktive Marker mit unsichtbaren Infrarot-LEDs senden einzigartige Impulse für fehlerfreie Marker-IDs mit geringer Latenz bei der Datenübertragung und einer Erfassungszeit von 10 ms.
Aktive Marker sind der Maßstab für Virtual- oder Mixed-Reality-Tracking mit geringer Latenz, Ground-Truth-Systeme für Augmented Reality und Robotikanwendungen mit hoher Objektanzahl, wie z. B. Drohnenschwärme.
Statusanzeige an der Kamera. Primex-Kameras halten den Benutzer mit definierbaren farbigen LED-Anzeigeringen um das Objektiv auf dem Laufenden. Sie nehmen eine Aufführung auf? Alle am Set wissen, dass das System aufzeichnet. Sie wählen eine Kamera aus? Die Farbe ändert sich sofort. Sie haben eine eigene Idee? Mit einfachen Software-Steuerelementen können Sie diese umsetzen.
Neuer Blitz mit höherer Leistung. Ultrahochleistungs-LEDs bieten eine verbesserte Reichweite für jede beliebige Verschlusseinstellung. Die Motion-Capture-Kamera mit der weltweit größten Reichweite ist jetzt noch besser geworden. Dehnbarkeit des Motion-Capture-Anzugs
Externer Sync-Ein-/Ausgang, Genlock und Timecode. Synchronisieren Sie beliebige Prime- und Primex-Kameras mit dem eSync 2 mit jedem Signal oder jeder Quelle und profitieren Sie dabei von der Funktionalität und Flexibilität, die Sie von einem professionellen Tracking-System erwarten. Die Kameras lassen sich mit Dutzenden von Quellen synchronisieren, darunter auch mit dem Genlock-Signal professioneller Kameras, wobei die Aufzeichnung und andere Ereignisauslösungen über allgemeine Eingänge und Softwarebefehle gesteuert werden können.
Verwenden Sie das Synchronisationsausgangssignal als Master oder zum Auslösen von Kraftmessplatten, EMGs und National Instrument DAQs für eine flexible und dennoch präzise Hardware-Synchronisation. Mit SMTPE-Timecode lässt sich eine hochpräzise Frame-Synchronisation erzielen, was die Bearbeitung und Protokollierung erleichtert. Das kostenlose und offene SDK von OptiTrack ermöglicht eine weitere Anpassung innerhalb der Timing-Protokolle.
Kompetente Systemkonfiguration für jeden Raum.
OptiTrack hat bereits über 30.000 Tracking-Systeme in Räumen aller Formen und Größen installiert. Unsere Experten beraten Sie gerne, welches Tracking-System für Ihre Anforderungen am wirtschaftlichsten und geeignetsten ist – heute und in Zukunft.
Es geht um mehr als nur Kameras. Primex-Kameras arbeiten Hand in Hand mit der Motive 3D-Motion-Capture-Software von OptiTrack, die über trainierte Markersets, kontinuierliche Kalibrierung, Skeletal Solver und vieles mehr verfügt. Mit den Primex-Kameras und Motive können Benutzer Tracking-Daten anzeigen und analysieren, um alles von Robotik und Bewegungswissenschaften bis hin zu Videospielanimationen, filmischer virtueller Produktion und standortbasierter virtueller Realität zu informieren.
Bilder: Vor und nach der kontinuierlichen Kalibrierung
With wide FOV lens
12 MP resolution | +/- 0.1 mm 3D accuracy1 | 300 FPS native frame rate | 1000 FPS max frame rate2 The Primex 120 camera delivers exceptional precision, tracking markers at up to 300 feet with less than +/-0.10mm positional error. Its custom-engineered 18mm “fast glass” lens offers low distortion, high light transmission, and a broad 65° x 51° FOV. It supports passive and active markers, synchronized grayscale video, and flexible system configurations for high-accuracy 3D tracking in any environment. 1. 3D accuracy referenced is typical for a 30'×30' (9m×9m) tracking area. Range is estimated using a 14 mm marker with cameras at an exposure of 800, gain of 6, and the lowest f-stop. 2. Frame rate Resolution FOV (wide 18mm lens) 300 fps 4096×3072 65°×51° 480 fps 4096×1904 65°×33° 840 fps 2048×1072 65°×19° 1000 fps 2048×896 65°×16°
1.3 MP resolution | +/- 0.20 mm 3D accuracy1 | 240 FPS native frame rate | 1000 FPS max frame rate2 The Primex 13 offers high-speed, precise tracking for medium-sized areas, with a compact design and exceptional 3D accuracy. Featuring a 240 FPS frame rate, sub-0.20 mm positional accuracy, and 0.5° rotational error, it supports both active and passive markers. Its custom "fast glass" M12 lenses, filter options, and advanced synchronization capabilities make it ideal for professional applications. Easy setup tools, powerful on-board processing, and an open SDK enhance usability and integration, making it the next generation of the most widely used motion tracking camera in history. 1. 3D accuracy referenced is for Primex 13 and typical for a 30'×30' (9m×9m) tracking area. Range is estimated using a 14 mm marker with cameras at an exposure of 800, gain of 6, and the lowest f-stop. 2. Frame rate Resolution FOV (5.5mm lens)240 fps1280×102456°×45°360 fps1040×83249°×40°500 fps880×70442°×34°1000 fps624×49630°×24°
1.3 MP resolution | +/- 0.20 mm 3D accuracy1 | 240 FPS native frame rate | 1000 FPS max frame rate2 Optimized for compact and large-scale spaces, the Primex 13W offers high-speed tracking at 240 FPS with sub-0.3 mm accuracy and 0.5° rotational error. Its compact 2.7" design, IR illumination, and powerful on-board processing support both active and passive markers. Custom M12 lenses, filter switching, and mix-and-match compatibility with Prime cameras ensure precise 3D data in any environment, while advanced synchronization options and an SDK enable seamless integration into professional setups. 1. 3D accuracy referenced is for Primex 13 and typical for a 30'×30' (9m×9m) tracking area. Range is estimated using a 14 mm marker with cameras at an exposure of 800, gain of 6, and the lowest f-stop.2. Frame rate Resolution FOV (5.5mm lens)240 fps1280×102456°×45°360 fps1040×83249°×40°500 fps880×70442°×34°1000 fps624×49630°×24°
2.2 MP resolution | +/- 0.15 mm 3D accuracy1 | 360 FPS native frame rate | 500+ FPS max frame rate2 The Primex 22 blends range, speed, and field of view (FOV) to deliver edge-to-edge coverage with exceptional 3D accuracy. Designed with precision and intuitive usability, it features a 360 FPS frame rate, sub-0.15 mm positional accuracy, and 0.5° rotational error. Its ultra-wide-angle format and advanced "fast glass" 6.8mm lenses provide unmatched capture volumes in smaller spaces or expansive setups.The camera's advanced onboard processing ensures low latency and high accuracy, while easy setup tools and robust synchronization options, including Genlock and Time Code, make it ideal for professional motion capture and OEM integrations. It’s the perfect solution for capturing precise, high-quality 3D data in diverse environments.1. 3D accuracy referenced is typical for a 30'×30' (9m×9m) tracking area. Range is estimated using a 14 mm marker with cameras at an exposure of 800, gain of 6, and the lowest f-stop. 2. Frame rate Resolution FOV (standard 6.8mm lens) 360 fps 2048×1088 79°×47° 500 fps 2048×776 79°×35° 1000 fps 2048×384 79°×18°
4.1 MP resolution | +/- 0.10 mm 3D accuracy1 | 180 FPS native frame rate | 250+ FPS max frame rate2 The Primex 41 is the pinnacle of large-scale 3D measurement systems, offering over 100 feet of passive marker range and 150 feet with Signature Pulse Active3 technology. Its precision, with positional errors less than 0.10 mm and rotational errors under 0.5°, is unmatched, making it ideal for large-scale tracking and high-speed motion capture.This camera features intuitive design, custom-engineered “fast glass” lenses, and optional wide-view configurations to maximize field of view and accuracy. Integrated image processing, outdoor capture capability, and synchronized reference video recording provide a seamless user experience, while flexible synchronization options ensure compatibility with professional setups. A robust SDK supports OEM applications, enabling customized integrations for diverse industries.1. 3D accuracy referenced is typical for a 30'×30' (9m×9m) tracking area. Range is estimated using a 14 mm marker with cameras at an exposure of 800, gain of 6, and the lowest f-stop. 2. Frame rate Resolution FOV (standard 12.5mm lens) 180 fps 2048×2048 51°×51° 240 fps 2048×1440 51°×37° 500 fps 2048×720 51°×18° 1000 fps 2048×352 51°×9° 3. Signature Pulse Active markers provide their own unique ID, resulting in 100% error free labels. When introduced into the tracking area, the LED markers are acquired in < 0.1 seconds. Unique marker placements based on spatial separation, normally required for passive marker tracking, are not required for distinguishing multiple rigid bodies.
4.1 MP resolution | +/- 0.30 mm 3D accuracy | 180 FPS native frame rate The Primex 41W is the pinnacle of large-scale 3D measurement systems, offering over 100 feet of passive marker range and 150 feet with Signature Pulse Active2 technology. Its precision, with positional errors less than 0.10 mm and rotational errors under 0.5°, is unmatched, making it ideal for large-scale tracking and high-speed motion capture.This camera features intuitive design, custom-engineered “fast glass” lenses, and optional wide-view configurations to maximize field of view and accuracy. Integrated image processing, outdoor capture capability, and synchronized reference video recording provide a seamless user experience, while flexible synchronization options ensure compatibility with professional setups. A robust SDK supports OEM applications, enabling customized integrations for diverse industries.1. 3D accuracy referenced is typical for a 30'×30' (9m×9m) tracking area. Range is estimated using a 14 mm marker with cameras at an exposure of 800, gain of 6, and the lowest f-stop. 2. Signature Pulse Active markers provide their own unique ID, resulting in 100% error free labels. When introduced into the tracking area, the LED markers are acquired in < 0.1 seconds. Unique marker placements based on spatial separation, normally required for passive marker tracking, are not required for distinguishing multiple rigid bodies.
Synchronize any Prime and PrimeX cameras
Enhance your integration of motion tracking data into production and measurement ecosystems. Features include external sync in/out, Genlock, SMPTE Time Code, PoE, and more. Each eSync 2 comes with removable mounting tabs and an optional universal power supply (US/EU-compatible). In the Box 1 eSync 2 1 12V universal power supply (US/EU-compatible) 2 Mounting tabs (removable) 3 BNC male to RCA female adapters 4 Rubber feet 4 Velcro straps 1 eSync 2 quick start guide Synchronize Ethernet cameras to almost any signal or source with the eSync 2. Cameras can be in sync to sources such as a professional video Genlock signal, and can also be triggered to record from general purpose inputs and software commands. Use the sync output signal or trigger with a DAQ for biomechanical force plate data alignment. Highly accurate frame timing can also be achieved with SMTPE Time Code for ease in editing and logging. One eSync 2 per motion capture system is all that is needed, and all cameras align within a very precise ~+/-5µs of the input signal. The PoE Ethernet connection allows an eSync 2 to be located almost anywhere in a lab or studio, making it easy to connect with/to source signals. With convenient output signals that can mirror most inputs, you can place the eSync 2 in the middle of an existing setup, or convert signal types for greater system flexibility. Automatically measures and reports the frequency of signals connected to its inputs. This enables fast and easy confirmation inputs have the frequency expected. Genlock sync in Genlock your OptiTrack Ethernet cameras to an external video source via SD Black Burst or HD Tri-Level analog input. All modern SD and HD sync inputs are accepted for easy integration in professional studio environments. Genlock is ideal for syncing mocap data to live action media, including on-set capture, camera tracking, reference video, and head-mounted face mocap cameras. Compatible with common Data Aquisition I/O devices General purpose sync in Isolated - Used when the sync source is above normal logic 3.3V, or has a different ground reference. Recommended as the default input for general purpose syncing. High Impedance - Three high-impedance digital inputs are available for sending sync signals from an external device to the eSync 2. General purpose sync out Four digital outputs are available for sending sync signals from the eSync 2 to external devices. SMPTE Time Code Stamp recorded and streamed motion tracking data with SMPTE Time Code for compositing with other media in post. Time Code support in Motive:Body includes FBX, C3D, and NatNet. Motive:Tracker support includes CSV, NatNet, and VRPN. Plug-n-play Shutter glasses support Generic 3D shutter glasses support is provided by offsetting the camera's IR Strobe. Connect video cards that support a stereo output signal to the Sync In, and a shutter glasses signal generator to the Sync Out. Use the adjustable software offset to avoid interference between the mocap camera strobes and the shutter glasses. VESA input and output connectors are provided for graphics cards and IR emitters that do not have BNC connections.