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HYBRIFLEX® RRH Hybrid Feeder Cabling Solution6x12, 10 AWG, 7/8”, Single-Mode Fiber, 20m

RFS’ HYBRIFLEX Remote Radio Head (RRH) hybrid feeder cabling solution combines optical fiber and DC power for RRHs in a single lightweight aluminum corrugated cable, making it the world’s most innovative solution for RRH deployments.It was developed to reduce installation complexity and costs at Cellular sites.
HYBRIFLEX allows mobile operators deploying an RRH architecture to standardize the RRH installation process and eliminate the need for and cost of cable grounding. HYBRIFLEX combines optical fiber (multi-mode or single-mode) and power in a single corrugated cable. It eliminates the need for junction boxes and can connect multiple RRHs with a single feeder. Standard RFS CELLFLEX® accessories can be used with HYBRIFLEX cable. Both pre-connectorized and on-site options are available.


  • Aluminum corrugated armor with outstanding bending characteristics – Minimizes installation time and enables mechanical protection and shielding
  • Armored fiber optic breakout – Preserves the integrity of the fiber and provides mechanical/environmental protection
  • Same accessories as 7/8"" coaxial cable
  • Outer conductor grounding – Eliminates typical grounding requirements and saves on installation costs
  • Lightweight solution and compact design – Decreases tower loading
  • Robust cabling – Eliminates need for expensive cable trays and ducts
  • Installation of tight bundled fiber optic cable pairs directly to the RRH – Reduces CAPEX and wind load by eliminating need for interconnection
  • Optical fiber and power cables housed in single corrugated cable – Saves CAPEX by standardizing RRH cable installation and reducing installation requirements
  • Outdoor, black PE jacket – Ensures long-lasting cable protection
  • Shielded DC wire – Jacketed and braided cable provides grounding and EMI protection
  • Maximum robustness – Fully armored cable includes riser and breakout

6x12 HYBRIFLEX Pictured

Technical features


Lengthm (ft)20 (66)

Mechanical Specifications

Outer Diameter Nominal mm (in)28.6 (1.13)
Cable Weight kg/m (lb/ft)1.03 (0.7)
Minimum Bending Radius, (Operating)mm (in)125 (5)
Minimum Bending Radius, (Installation)mm (in)254 (10)
Recommended / Maximum Clamp Spacing m (ft)1 / 1.2 (3.25 / 4)

DC Power Cable Specifications

Number of DC Pairs6
Maximum DC-Resistance Power Cable Ω/km (Ω/kft)3.41 (1.04)
Cross Section of Power Cable mm² (AWG)5.3 (10)
DC Wire Jacket MaterialPVC
DC Cable Single Bending Radius mm (in)137 (5.4)
DC Cable Diameter mm (in)4.06 (0.16)
DC Cable JacketPVC
DC Standards (Meets or Exceeds)For use in UL 2822, PVC Nylon, RoHS/REACH Compliant
Break-out length (Top)mm(in)4000 (157)
Break-out length (Bottom)mm(in)150 (6)
DC Cable sealing methodSemi-rigid flame-retarded polyolefin, with hot melt adhesive

Cable Jacket

UV-Protection Individual and External JacketYes

Armor Specifications

Armor TypeCorrugated Aluminum
Maximum DC-Resistance of Armor Ω/km (Ω/kft)1.05 (0.32)
Diameter Corrugated Armor mm (in)25.4 (0.99)

F/O Cable Specifications

F/O Cable TypeSingle-mode
Number of F/O Pairs12
Core/Clad µm9 /125
Single Bending Radius mm (in)137 (5.4)
F/O Standards (Meets or Exceeds)UL Listed Type OFNR (UL1666), RoHS Compliant
Optical LossdB/Km0.5 @ 1310 nm
0.5 @ 1550 nm
Fiber Termination End 1ODC plug
Fiber Termination End 2LC
FO Break-out length (Top)mm(in)4000 (157)
FO Break-out length (Bottom)mm(in)150 (6)
Cable sealing methodSemi-rigid flame-retarded polyolefin, with hot melt adhesive

Testing and Environmental

Storage Temperature °C (°F)-40 to 70 (-40 to 158 )
Operation Temperature °C (°F)-40 to 65 (-40 to 149 )
Installation Temperature °C (°F)-20 to 65 (-4 to 149 )


Optical Insertion Loss Assembly or Jumper0.4 dB (typ)/0.95dB (max) @1310/1550


Optical Insertion Loss Total Path0.8dB (typ)/1.9dB (max) @1310/1550