Onyx ACCEL-VS100 Medical PC
$1,499.99 AUD
Approx $1,027.49 USD
Description:
Onyx ACCEL-VS100 Medical PC
Live Video Streamer.HDMI/VGA.13W EUMedical Power adapter.with Recordin
Specifications
| Input Port | 1x HDMI (Type-A) , 1x VGA (HD-15) , 1x Unbalanced Stereo (3.5mm) |
| Output Port | 1x HDMI (Type-A) |
| Pass Through | 1x LAN (RJ-45) 1x RS232 (DE-9) 1x MicroSD slot |
| Service Port | 1x USB (Type-A) |
| HDMI Compliance | 2.0 |
| HDCP Compliance | 2.2 |
| Input Signal Types | 4K@60 8bit YUV 4:4:4 |
| Output Signal Type | 4K@60 8bit YUV 4:4:4 |
| Maximum Input | HDMI - 4096×2160p@60, 2560×1600p@60RB VGA - 1920×1200p@60RB |
| Maximum Output | HDMI - 4096×2160p@60, 2560×1600p@60RB H.264 Stream - 1080p@60 |
| HDMI Audio | Unbalanced Stereo, 2CH LPCM |
| Power Supply | 5V/2.6A |
| Power Consumption | 9.57W (Full Load) |
| Chassis Material | Metal (Steel) |
| Chassis Colour | White |
| Dimensions (W x H x D) | 231.5 x 25 x 108mm |
| Weight | 668g |
| Certification | CE: EN 60601-1-2:2015(V4.0), EN 60601-1:2006/A1:2013/A12:2014 (V3.1) FCC: Part 18 Class A |
Onyx ACCEL-VS100 Medical PC: Advanced Video Streaming for Digital Operating Rooms
Product Overview
The Onyx ACCEL-VS100 is a compact, fanless medical-grade PC designed to facilitate high-quality video streaming and recording in digital operating rooms (ORs). With its ability to handle HDMI and VGA inputs, support for 4K video output, and integration with major streaming platforms, it serves as an essential tool for modern surgical environments.
Key Features
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Video Input Compatibility: Accepts HDMI (up to 4K@60Hz) and VGA (up to 1920×1200@60Hz) signals, ensuring versatility in
connecting various medical imaging devices.
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High-Resolution Output: Delivers 4K@60Hz HDMI output with 8-bit YUV 4:4:4 color depth, maintaining image clarity during
procedures.
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Simultaneous Streaming: Capable of generating up to four simultaneous H.264 streams at 1080p@60Hz, facilitating
multi-platform broadcasting.
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Audio Integration: Supports audio embedding and mixing via analog stereo input, enhancing the multimedia experience.
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Live Streaming Support: Integrated support for live streaming to platforms like Facebook, YouTube, or Twitch, broadening
the reach of medical procedures.
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User-Friendly Control: Operable via front panel buttons, WebGUI, Telnet, RS232, and IR remote, offering flexible control
options.
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Medical Certifications: Complies with CE: EN 60601-1-2:2015(V4.0) and EN 60601-1:2006/A1:2013/A12:2014 (V3.1) standards,
ensuring safety and reliability in medical settings.
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Compact Design: Dimensions of 231.5 × 25 × 108 mm and a weight of 668g make it suitable for space-constrained environments.
Benefits
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Enhanced Surgical Education: Live streaming capabilities allow for real-time sharing of surgical procedures, aiding in
education and training.
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Improved Patient Engagement: Streaming surgeries can help patients understand procedures, leading to increased trust and
satisfaction.
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Efficient Record-Keeping: Recording capabilities provide a valuable resource for post-operative review and documentation.
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Versatile Integration: Compatibility with various input sources and streaming platforms ensures seamless integration into
existing OR setups.
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Compliance with Medical Standards: Adherence to international medical certifications assures healthcare providers of its
safety and performance.
Why Choose the Onyx ACCEL-VS100?
The ACCEL-VS100 is specifically designed to meet the demands of modern digital operating rooms. Its compact size, low power consumption, and compliance with medical standards make it an ideal choice for healthcare facilities seeking to enhance their video streaming and recording capabilities. By centralizing video signal management and offering flexible control options, the ACCEL-VS100 contributes to more efficient and streamlined OR operations.
Conclusion
The Onyx ACCEL-VS100 Medical PC is a robust and efficient solution for managing video signals in digital operating rooms. Its advanced features, compact design, and compliance with medical standards make it a valuable asset for healthcare facilities aiming to optimize their surgical environments.
