Optical sourcing desk: send host, firmware, port, reach and quantity for compatibility review. Start RFQWhatsApp follow-up
WUHAN SUNFULL Global B2B DeskTECHNICAL REVIEW for prepared BOMsWhatsApp RFQContact UsDocuments

Fiber Cabling

4x8F to 4x8F Type 4 Fiber Assembly | S2MPOA4x8F4

Catalog reference: 10m (33ft) MPO 4x4 Shuffle Breakout Cable, 32 Fibers, 4xMPO-8 APC (Female) to 4xMPO-8 APC (Female), Single Mode (OS2), Type 4, LSZH, 3.0mm, Max IL ≤ 0.35dB, Yellow

Use the model and SKU to confirm the exact connector, construction, route and acceptance evidence for this passive component.

10m (33ft) MPO 4x4 shuffle breakout cable features 32 Fibers with 4xMPO-8 APC female to 4xMPO-8 APC female connectors, OS2 Single Mode fiber, Type 4 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 s2mpoa4x8f4-103356Model S2MPOA4x8F416 SKU options

Select the exact SKU

Search and select a SKU to update the exact title, description, model and option attributes before sending an RFQ.

SKU 103359 - Model S2MPOA4x8F4

10m (33ft) 4xMPO-8 APC Female to 4xMPO-8 APC Female OS2 Single Mode Type 4 Shuffle Breakout Cable (32 Fibers, LSZH)

10m (33ft) MPO 4x4 shuffle breakout cable features 32 Fibers with 4xMPO-8 APC female to 4xMPO-8 APC female connectors, OS2 Single Mode fiber, Type 4 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
4x8F to 4x8F
Polarity
Type 4

Match connector type, fiber count, fiber type, polarity, keying, route length and insertion-loss budget before RFQ. Host-brand EEPROM coding does not apply.

Share: LinkedIn Facebook X Email
  • Ultra-low insertion loss and high return loss ensure link consistency
  • G.657.A1 fiber grade with 10mm 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
≥60dB
Fiber Grade
G.657.A1 (Compatible with G.652.D)
Attenuation at 1310 nm
≤0.35 dB/km
Polish Type
APC to APC
Attenuation at 1550 nm
≤0.21dB/km
Polarity
Type 4
Min. Bend Radius
10mm
Fiber Mode
OS2 9/125μm
Cable Diameter
3.0mm
Fiber Count
4x8F to 4x8F
Tensile Strength
80/150N (Long/Short Term)
Wavelength
1310/1550nm
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 S2MPOA4x8F4

Review connector, construction, routing and handling details that apply to the selected family and exact SKU.

Connector and fiber construction

Single-Mode Shuffle Fiber Cables redefine high-speed AIDC connectivity. Engineered for extreme density and seamless deployment, they integrate precision 8° APC connectors to ensure Ultra-low insertion loss.

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

Downloads

Technical documents

Use documents together with the exact SKU selection; document version and commercial validity should be reconfirmed during RFQ review.

Compare alternatives

Related product families

Compare shared part-number references and technical traits, then confirm the exact SKU, host and route requirements for your project.

TopRFQWA