The NOVACORD SMPTE 311M-HD Hybrid Camera Cable is engineered for professional broadcast and live-production environments, combining dual single-mode optical fibers. Designed to interconnect studio and field camera systems with base stations, it enables the simultaneous transmission of power, HD video, audio, control data and return signals, ensuring flawless communication over long distances.
Applications
Connection of broadcast studio cameras to CCU/base stations
Concerts, festivals, and large-scale live events requiring long-distance camera runs
Television studios, newsrooms, and production floors
Field production for documentaries, ENG/EFP, and remote multicamera setups
SMPTE-311M Hybrid Camera cable PVC
Professional Hybrid HD Camera Cable with flexible soft jacket. This cable 2SM 9/125 + 4 x AWG20 + 2 x AWG24 acc. to SMPTE 311M-Standard contains Single-Mode Optical Fibres, Auxiliary- and Signal Conductors.
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SMPTE-311M Hybrid Camera cable FRNC-C
Professional Hybrid HD Camera Cable with flexible soft jacket. This cable 2SM 9/125 + 4 x AWG20 + 2 x AWG24 acc. to SMPTE 311M-Standard contains Single-Mode Optical Fibres, Auxiliary- and Signal Conductors. IEC-60322-3-24
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Construction
Auxiliary Conductors AWG20 (4 x 0.6 mm2 )
Conductor: tinned stranded copper wires, 19 x 0.20 mm, diameter 1.0 mm Insulation: HDPE, diameter 1.5 mm
Strength Member AWG16 (1 x 1.22 mm2)
Conductor: galvanized steel wires, diameter 1.6 mm Insulation: HDPE, diameter 2.1 mm.
Braid sheild
Copper wire braid, tinned 95% opt. coverage, diameter 5.9 mm
Signal Conductors AWG24 (2 x 0.22 mm2 )
Conductor: tinned stranded copper wires, 7 x 0.20 mm, diameter 0.6 mm Insulation: HDPE, diameter 1.1 mm
Download datasheet SMPTE-311M Hybrid Camera cable PVC
Download datasheet SMPTE-311M Hybrid Camera cable FRNC-C
Download detailed datasheets for each cable model. Specifications include electrical parameters, construction, materials, and compliance standards.
Conductor:
This cable uses OFC (Oxygen-Free Copper) conductors, ensuring superior signal transmission and long-term reliability. Oxygen-free copper contains a significantly lower level of oxygen impurities compared to standard copper, resulting in improved conductivity and reduced signal loss over long distances.
Insulation protects the copper conductors from damage, prevents short circuits, and keeps the audio signal clean. Color-coded layers (red/black) ensure correct polarity and easy installation. Depending on the version (PVC or FRNC-C), insulation also provides added flexibility, durability, and fire safety.
The cable features a durable, flexible outer jacket that protects the conductors from mechanical stress, abrasion, and bending. Its smooth surface ensures easy installation, while the material provides long-lasting reliability. Available in a black finish for a clean, professional look; FRNC-C versions offer added flame-retardant and low-smoke safety.
PVC - Polyvinyl Chloride (PVC) is the most common jacket material used in cabling today. PVC is a cost-effective option yet still flexible and rugged enough for many work sites.
FRNC-C - flame-retardant and halogen-free for permanent indoor installationsand complies with the European CPR fire classification Dca.