B-M4LCUD | LC UPC to LC UPC 2 Fibers Fiber Assembly
LC UPC to LC UPC 2 Fibers Fiber Assembly with 14 exact SKU options. Confirm construction, route and acceptance requirements before quotation.
Fiber Cabling
2x8F to 2x8F Type 2 Fiber Assembly | M4MPOA2x8F2
Catalog reference: 10m (33ft) MPO 2x2 Shuffle Breakout Cable, 16 Fibers, 2xMPO-8 APC Female to 2xMPO-8 APC Female, Multimode (OM4), Type 2, LSZH, 3.0mm, Max IL ≤ 0.35dB, Magenta
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10m (33ft) MPO 2x2 shuffle breakout cable features 16 fibers with 2xMPO-8 APC female to 2xMPO-8 APC female connectors, OM4 multimode fiber, Type 2 polarity and LSZH jacket. It is used to connect plug-and-play modules or MPO connector panels, enabling multi-level connections and extension of pre-terminated trunk cables through MPO panels, while supporting site-specific optical routing to reduce installation and reconfiguration time in high-density data center networks.
Family m4mpoa2x8f2-103268Model M4MPOA2x8F216 SKU options
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SKU 103271 - Model M4MPOA2x8F2
10m (33ft) 2xMPO-8 APC Female to 2xMPO-8 APC Female OM4 Multimode Type 2 Shuffle Breakout Cable (16 Fibers, LSZH)
10m (33ft) MPO 2x2 shuffle breakout cable features 16 fibers with 2xMPO-8 APC female to 2xMPO-8 APC female connectors, OM4 multimode fiber, Type 2 polarity and LSZH jacket. It is used to connect plug-and-play modules or MPO connector panels, enabling multi-level connections and extension of pre-terminated trunk cables through MPO panels, while supporting site-specific optical routing to reduce installation and reconfiguration time in high-density data center networks.
BrandSUNFULL
Cable Jacket/Flame RatingLSZH
Length10m (33ft)
Confirm passive fiber construction
- Connector Type
- MPO Female to MPO Female
- Fiber Count
- 2x8F to 2x8F
- Polarity
- Type 2
Match connector type, fiber count, fiber type, polarity, keying, route length and insertion-loss budget before RFQ. Host-brand EEPROM coding does not apply.
- Ultra-low insertion loss and high return loss ensure link consistency
- Bend Insensitive Fiber with 7.5mm Min. Bend Radius
- 8° APC Endface Minimizes Optical Reflections to Improve Signal Quality
- LSZH sheath, ensure safe indoor deployment and OFNP Fire Safety-Rated for use in Plenum Air Spaces
- Preorganized Shuffle Assemblies reduce installation time, streamlining deployment in large-scale GPU clusters
Engineering record
Specifications
Family-level values from the collected technical record. Confirm the selected SKU and required evidence in the quotation.
- Connector Type
- MPO Female to MPO Female
- Return Loss
- ≥35dB
- Fiber Grade
- Bend Insensitive
- Attenuation at 850 nm
- ≤2.3 dB/km
- Polish Type
- APC to APC
- Attenuation at 1300 nm
- ≤1.0dB/km
- Polarity
- Type 2
- Min. Bend Radius
- 7.5mm
- Fiber Mode
- OM4 50/125μm
- Cable Diameter
- 3.0mm
- Fiber Count
- 2x8F to 2x8F
- Tensile Strength
- 80/150N (Long/Short Term)
- Wavelength
- 850/1300nm
- Connector Durability
- ≥ 500 - 1000 times
- Cable Jacket/Flame Rating
- LSZH / OFNP (SKU-dependent)
- Operating Temperature
- LSZH:-20~70°C OFNP:0~70°C
- Insertion Loss
- ≤0.35dB
- Cable Structure
- Single Jacket
Technical detail
Construction and application notes for M4MPOA2x8F2
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Connector and fiber construction
Multimode Shuffle Fiber Cables are tailored for high-density network architectures. Boasting a revolutionary shuffle design, they enable flexible routing, space-saving installation and reduced cable clutter. Combined with 8° APC connectors for minimized interference, they deliver consistent high-performance transmission, simplified maintenance and enhanced scalability—empowering data centers to keep pace with explosive traffic growth.
Polarity and routing
Shuffle Cables provide a structured way to redistribute NIC traffic across multiple switches and network planes, transforming traditionally complex cross-connections into organized, high-density fiber assemblies. In large-scale AI and HPC clusters, where multi-plane architectures multiply physical-layer complexity, Shuffle technology ensures that traffic flows remain balanced, scalable, and logically structured. By predefining fiber mappings and enabling multi-path connectivity, it reduces cabling disorder and operational risk while preserving high performance for latency-sensitive workloads
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Technical documents
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