SSF™ 8K/UHD 48Gbps Active Optical HDMI PLENUM
SSF48UHDAOC20M
20 m / 65.62 ft
Cleerline SSF™ 8K Ultra High Definition HDMI Active Optical Cables (AOC) provide the ultimate in signal transfer at 48 Gbps.
These cables bridge the gap between shorter-distance HDMI installations and longer-distance fiber installations. These cables bridge the gap between shorter-distance HDMI installations and longer-distance fiber installations. In longer-distance applications, they also reduce needed materials by eliminating the immediate need for HDMI over fiber extenders.
All Cleerline SSF™ 8K UHD HDMI Active Optical Cables are constructed using 4 strands of SSF™ fiber optic glass alongside copper wire. The internal fibers feature SSF™ Glass, Glass, Polymer construction, creating a fiber that is much more durable and flexible than traditional fiber optic cable.
Offering incredible 8K UHD signal transfer, these cables provide everything needed for the highest quality transmissions, including HDR, ARC, and more. All cables feature a plenum outer jacket.
Features And Benefits:
- 4K, 5K, 8K, and 10K Resolution
- 48 Gbps, max 120 fps/HZ
- SSF™Fiber Optic Technology
- ARC + eARC up to 20 meters, ARC only 30 meters, 40 meters
- SSF™ allows cable to be re-terminated if necessary
- No external power required for most applications
- HDMI to USB cord included in case of embedded power < 5V
DATA, RESOLUTION, AND IMAGE
4K, 5K, 8K, and 10K
48 Gbps, 120 fps/Hz
HDCP 2.2
Variable Refresh Rate (VRR)
High Dynamic Range (HDR)
Wide Color Gamut (WCG)
Fixed Rate Link (FRL)
HD & UHD Resolutions
VESA Resolutions
3D Signals
10 & 12-bit
AUDIO
ARC + eARC: up to 20 m / ARC Only: 30 m
7.1 Audio / Dolby Audio / DTS Audio
JACKET & CONNECTORS
Jacket Type Plenum Rated CMP/FT6
Connector Head Markings
Source or Display according to connector.
Cable is directional.
OPTICAL FIBER
Fibers 4
Type SSF™ Multimode
Coating 250 μm “Soft Peel” S-Type Coating
COMPLIANCE
UL Listed |Type OFNP, CMP FT6 | RoHS Compliant Directive 2011/65/EU
SSF™ conforms to the requirement of IEC 60793-2