Cosmo C2 1TX 1RX - Hollyland
Wireless Video systems > Prosumer Wireless Transmission Systems
EAN:6976068117445
€ 929,00 + VAT
€ 1.133,38 VAT Included
Adcom - Hollyland
Used&Demo
Availability: 1 unit
Product Detail Open Box
| Type | Open Box | Functionality | |
| Warranty | 24 months | Aesthetics | |
| Instructions | Yes | Original packaging | Yes |
Hollyland Cosmo C2 Wireless Video Transmission System 1 Transmitters/1 Receiver Kit + Case
The Cosmo C2 HDMI/SDI Wireless Video Transmission System from Hollyland allows you to wirelessly transmit high-resolution video up to 1080p60 over long distances up to 3000' to a single receiver, allowing flexible video monitoring and distribution for your studio or field production.
This kit comprises a transmitter and a receiver that communicate over the 5.1 to 5.85 GHz wireless frequency range.
Additional improvements to the series include HEVO 2.0 technology, UVC/RTMP/NDI|HX streaming support, and expanded power options.
Strong Signal Strength, Seamless Frequency Hopping
The Cosmo C2 can transmit 1080p60 video up to 3000' (914.4 m) line-of-sight with a low 33 ms latency.
The system operates on the 5 GHz frequency band, automatically detecting surrounding frequency interference and seamlessly switching to a clean channel via HEVO 2.0 technology.
This makes for an uninterrupted transmission signal.
Connectivity
- The transmitters feature one HDMI input, one SDI input, and one SDI loop output.
- The receiver features two HDMI outputs, two SDI outputs, and an RJ45 Ethernet port.
- USB-C ports on all the units allow you to connect to the included USB-C OTG adapter and your personal computer for UVC streaming.
RTMP and NDI|HX Streaming
The Cosmo C2 unlocks RTMP streaming for direct live streaming to YouTube, Twitch, and other platforms.
The receiver unit supports NDI|HX protocol, transmitting video streams via a single network cable for a cleaner production space.
FPS Booster, Fractional Frame Rate
Using a frame rate compensation algorithm, the Cosmo C2 receiver can convert low frame rate inputs like 1080p24/25/30 to high frame rate outputs at 1080p60, making smoother visuals. The Cosmo C2 can also transmit HDMI/SDI fractional frame rate input/output signals to ensure flexibility while filming.
Frozen Frame
If
The Cosmo C2 HDMI/SDI Wireless Video Transmission System from Hollyland allows you to wirelessly transmit high-resolution video up to 1080p60 over long distances up to 3000' to a single receiver, allowing flexible video monitoring and distribution for your studio or field production.
This kit comprises a transmitter and a receiver that communicate over the 5.1 to 5.85 GHz wireless frequency range.
Additional improvements to the series include HEVO 2.0 technology, UVC/RTMP/NDI|HX streaming support, and expanded power options.
Strong Signal Strength, Seamless Frequency Hopping
The Cosmo C2 can transmit 1080p60 video up to 3000' (914.4 m) line-of-sight with a low 33 ms latency.
The system operates on the 5 GHz frequency band, automatically detecting surrounding frequency interference and seamlessly switching to a clean channel via HEVO 2.0 technology.
This makes for an uninterrupted transmission signal.
Connectivity
- The transmitters feature one HDMI input, one SDI input, and one SDI loop output.
- The receiver features two HDMI outputs, two SDI outputs, and an RJ45 Ethernet port.
- USB-C ports on all the units allow you to connect to the included USB-C OTG adapter and your personal computer for UVC streaming.
RTMP and NDI|HX Streaming
The Cosmo C2 unlocks RTMP streaming for direct live streaming to YouTube, Twitch, and other platforms.
The receiver unit supports NDI|HX protocol, transmitting video streams via a single network cable for a cleaner production space.
FPS Booster, Fractional Frame Rate
Using a frame rate compensation algorithm, the Cosmo C2 receiver can convert low frame rate inputs like 1080p24/25/30 to high frame rate outputs at 1080p60, making smoother visuals. The Cosmo C2 can also transmit HDMI/SDI fractional frame rate input/output signals to ensure flexibility while filming.
Frozen Frame
If
