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MPBC Multi Purpose Break-out Cable 2 to 12 Cores

$0.8
★★★★★
* Ref. Price

Description

The cable,the tight buffer fiber is placed on the surface with a layer of aramid yarn as strength member units,multi fibers as the subunit twist with FRP(and some cushions) into the circle ,and finally into fiber optic cable with PVC or LSZH sheath,with dry-type water-blocking materials between fiber and sheath.

Features

– Each sub cable contains aramid yarn,good bend performance,without gel,cleaning friendly,easy construction and connection.
– Tight buffer fiber with single strength member and sheath to overcome the effect from bad environment and Mechanical stress.
– LSZH sheath,anti-retardant,Self-extinguishing,Suitable for machine room, cable shaft and used in indoor environment such as wiring inside the wall.
– LSZH sheath,UV,Waterproof mildew,ESCR,No acid gas release,non-corrosive room equipment, suitable for indoor and outdoor use or need a high flame-retardant grades of the   indoor environment (such as wiring in the ceiling, open wire cabling etc.)

Standards

– YD/T1258.2-2009
– ICEA-596
– GR-409
– IEC794
– the requirements of UL approval for OFNR and OFNP.

Optical Characteristics

G.652G.655G.65750/125μm62.5/125μm
Attenuation (+20℃)@850nm – ––≤3.5B/km≤3.5B/km
@1300nm – ––≤1.5B/km≤1.5B/km
@1310nm≤0.40/km≤0.4/km≤0.3/km – –
@1550nm≤0.30/km≤0.30/km≤0.25/km – –
Bandwidth (Class A)@850 – ––≥500MHZ·km≥20MHZ·km
@1300 – ––≥1000MHZ·km≥600MHZ·km
Numerical Aperture – – ––0.200±0.015NA0.275±0.015NA
Cable Cut-off Wavelength λcc –≤1260nm≤1480nm≤1260nm –

Physical Perfermence

Fiber CountSubunit Diameter(mm)Cable Diameter (mm)Cable Weight(Kg/km)Tensile Strength  
 Long/Short    Term(N)
Crush Resistance 
Long/Short Term (N/100mm)
Bending Radius Static/Dynamic (mm)
22.07.0±0.545500/1000400/80030D/15D
42.07.0±0.545500/1000400/80030D/15D
62.07.0±0.562500/1000400/80030D/15D
82.07.0±0.585500/1000400/80030D/15D
102.07.0±0.5109500/1000400/80030D/15D
122.07.0±0.5140500/1000400/80030D/15D

Storage/Operating temperature:-20℃~﹢60℃

FAQ

Q1: What is the structural design and main application of the MPBC Multi Purpose Break-out Cable?

A: The MPBC is a gel-free, tight-buffered breakout fiber optic cable engineered for flexible indoor and outdoor installations, such as machine rooms, cable shafts, ceilings, and wall cabling. Each 2.0 mm subunit contains tight-buffered fiber reinforced with aramid yarn. Subunits are stranded around a central FRP core with dry water-blocking materials and jacketed in PVC or LSZH.

Q2: Which industry and flammability standards does this cable meet?

A: The MPBC cable complies with YD/T 1258.2-2009, ICEA-596, GR-409, and IEC 60794 standards, and meets UL approval requirements for OFNR (Riser) and OFNP (Plenum) ratings.

Q3: What core capacities, cable weights, and physical dimensions are available?

A: Available from 2 to 12 cores with a uniform outer cable diameter of 7.0 ± 0.5 mm and a 2.0 mm subunit diameter. Cable weights by core count include:

  • 2 & 4 Cores: 45 kg/km
  • 6 Cores: 62 kg/km
  • 8 Cores: 85 kg/km
  • 10 Cores: 109 kg/km
  • 12 Cores: 140 kg/km

Q4: What are the mechanical strength and environmental specifications?

A: Performance specifications across all 2–12 core configurations include:

  • Tensile Strength: 500 N long-term / 1000 N short-term
  • Crush Resistance: 400 N/100mm long-term / 800 N/100mm short-term
  • Bending Radius: 30D static / 15D dynamic
  • Temperature Range: -20℃ to +60℃ operating and storage temperature

Q5: What is the reference price and how can I submit a B2B inquiry?

A: The reference price starts at $0.8 USD. Options for fiber cores (2–12), fiber type (G.652D, G.657A1/A2, OM1–OM5), sheath material (PVC/LSZH), FRP type, and custom lengths can be configured on the product page before clicking “Add to Quote” or “Request a Demo”.

Customer Reviews

4.9 / 5.0 ★★★★★ Based on 35 customer reviews
Aris Thorne
August 14, 2026

Deploying micro-cables for high-density FTTH distribution demands an ultra-lightweight profile and high tensile endurance to maximize pneumatic duct-jetting distances. We selected FirstFiber Technologies' JET GYFXTY Indoor/Outdoor Cable across a major municipal FTTH expansion. The compact outer diameter specifications—ranging from 6.0 mm (20 kg/km weight) for lower core counts up to 7.5 mm (30 kg/km weight) for 24-core variants—allowed our installation crews to achieve exceptional jetting runs through sub-ducts. The aramid yarn strength member provides robust tensile performance, rated up to 1800 N long-term and 3500 N short-term, while the defined bending radius limits (15D dynamic / 30D static) made slack coiling inside distribution boxes completely hassle-free.

Jean-Luc Bernier
July 02, 2026

One of the biggest operational hurdles in subscriber distribution is transitioning outdoor trunking into indoor riser environments without adding costly optical splice points. The JET GYFXTY distribution cable solves this by offering flexible LSZH and PVC outer sheath options alongside traditional HDPE. This allows us to pull the same cable directly from outdoor sub-ducts straight into indoor terminal boxes while maintaining full fire prevention compliance. Additionally, the non-metallic, high-strength glass fiber layer provides effective protection against rodent bites without requiring heavy metallic armor. Continuous OTDR monitoring confirmed zero microbending degradation across an operating temperature range of -40°C to +70°C.

Thomas Lindner
May 11, 2026

For industrial campus links passing near high-voltage substations or heavy machinery, avoiding electromagnetic induction is essential. The all-dielectric, non-metallic structure of the GYFXTY cable completely eliminates radio frequency interference (RFI) and electromagnetic interference (EMI). The 200/250 µm G.652 single-mode fibers are housed in a high-modulus, jelly-filled loose tube engineered with an anti-shrinkage compact design that shields the optical core from moisture and mechanical strain. Post-installation attenuation measurements consistently beat factory specs, averaging ≤0.36 dB/km at 1310 nm and ≤0.22 dB/km at 1550 nm. It is a thoroughly engineered, versatile distribution cable for B2B optical infrastructure.

Showing 3 of 35 top reviews.

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