MPO MTP to 4 Duplex LC Upc 8-Core Om3 Breakout Patch Cord

• Customization: Available
• Application: Local Communication Cable
• Conductor Material: Optical Fiber Core – No Metal Conductor Used
• Model NO.: HL-MPO-LC8F-OM3
• Cover Material: LSZH or Ofnp Flame-Retardant Optical Cable Sheath
• Type: Not a Twisted Pair Cable – This Is a Fiber
• Material Shape: Round Wire
• Conductor Type: Glass Fiber Core Nonelectrical Transmission Medium
• Wire Core Material: Om3 50/125 μm Multimode Fiber Core
• Certification: CE, ISO, RoHS
• Model: MPO/MTP to LC Om3 8-Core Fanout Patch Cord
• Brand: Holight
• Fiber Count: 8 Cores (4 Duplex LC Channels)
• Connector Configuration: MPO/MTP (Male or Female) to LC Upc Duplex
• Fiber Type: Om3 Multimode 50/125 μm, Bend-Insensitive
• Cable Structure: Breakout/Fanout From Trunk to Duplex LC
• Insertion Loss: ≤0.35 dB (MPO), ≤0.2 dB (LC Upc)
• Return Loss: ≥30 dB (Upc Polish)
• Jacket Material: LSZH / Ofnp (Plenum)
• Jacket Diameter: 3.0 mm (Main Trunk), 2.0 mm (Fanout Tail)
• Operating Temperature: -10°c to +70°c
• Minimum Bend Radius: 30 mm
• Polish Type: Upc (Ultra Physical Contact)
• Customization Support: Jacket Color, Length, Label, Connector Type, Packa
• Transport Package: 80 PCS Per Carton Individually Packed
• Specification: 8Core OM3 Breakout Patch Cable MPO/MTP
• Trademark: HOLIGHT
• Origin: China
• HS Code: 85447000
• Production Capacity: 50, 000 PCS/Month

Product Description

MPO to LC UPC 12 Fiber OM4 Breakout Patch Cord for Data Center

The MPO/MTP to LC UPC 8-Core OM3 Breakout Patch Cord is a high-density fiber interconnection solution engineered for data centers, enterprise networks, and telecom backbones. Featuring a compact 8-fiber OM3 multimode core, this cable enables seamless fan-out from 1 MPO/MTP connector to 4 LC duplex UPC connectors, supporting data rates up to 40G Ethernet.

Constructed with tight-buffered, bend-insensitive fiber, an aqua-colored jacket, and low-loss MPO/MTP connectors, this patch cord ensures low insertion loss and high return loss. Designed for applications requiring parallel transmission, breakout connectivity, or structured cabling optimization, it delivers outstanding performance with simplified installation and reduced congestion.

Features

Applications

• Breakout from MPO/MTP to 4 LC Duplex UPC.

• OM3 multimode 50/125 μm core, Aqua jacket.

• Supports 40G parallel optics / short-reach.

• Factory-terminated and tested.

• Low insertion loss (≤0.35 dB MPO, ≤0.2 dB LC).

• Customizable length, jacket, connector type.

• Data center rack interconnects.

• 40G Ethernet breakout connections.

• MPO to LC cassette fan-out.

• Telecom backbone and ODF panel.

• Parallel optical transceiver cabling.

• High-density structured cabling.

• Fiber SAN/Storage systems.

• Switch-to-patch panel cabling.

Specification

Fiber Count	8 cores
MPO Connector	Male or Female (Pins optional)
LC Connector	Duplex LC UPC × 4
Fiber Type	OM3, 50/125 μm multimode
Jacket Diameter	3.0 mm main, 2.0 mm fanout
Insertion Loss	≤0.35 dB (MPO), ≤0.2 dB (LC)
Return Loss	≥30 dB
Operating Temperature	-10°C to +70°C
Storage Temperature	-20°C to +85°C
Minimum Bend Radius	30 mm

Customization Options

Quality Assurance

Buyer Benefits

• Connector gender and polishing (UPC/APC).

• Jacket material: LSZH, OFNP, armored.

• Fanout length and tail type.

• Color coding and label printing.

• Packaging and labeling for OEM.

• 100% tested for IL and RL on MPO and LC.

• Interferometer check on endfaces.

• IEC/TIA-568 and GR-326 compliant.

• RoHS/REACH environmental safety.

• Visual inspection and optical continuity test.

• No MOQ required.

• Free samples available.

• Fast production and lead time.

• OEM logo and private label supported.

• Competitive pricing for data center integrators.

Related Products

- MTP/MPO Fiber Cassette.

- 12F OM3 LC-LC Patch Cord.

- SC APC to LC UPC Adapter.

- 1U 24 Port Patch Panel.

- MPO Cleaning Kit.

- LC Fiber Loopback Module.

Production Process MPO / MTP

Customer Reviews

• "We use these cables in all our spine-leaf switch racks — consistent quality and fast delivery."

– Ryan K., USA.

• "Perfect performance with MPO-LC cassettes. Great polish and no breakouts."
– Leo F., Germany.

• "Color coding and custom labeling was very helpful in deployment."
– Fernanda R., Brazil.

• "We pre-ordered 100 pcs with OEM branding. Excellent support from HOLIGHT."
– Ahmed M., UAE.

Exhibitions We Attended

• ICT Poland.

• Cairo ICT.

• TechEXPO USA.

• LEAP Saudi Arabia.

• Expo ISP Peru.

FAQ

What is the typical use of this MPO/MTP to LC breakout cable in a network setup?

Is this cable compatible with 40GBASE-SR4 or 100GBASE-SR10 transceivers?

What is the difference between MPO and MTP connectors in this cable?

This breakout cable is typically used to fan out 8 fibers from a single MPO/MTP connector into 4 duplex LC connections, ideal for connecting MPO trunk cables to LC-based patch panels or active equipment such as switches or transceivers in data centers or telecom environments.

Yes, the OM3 8-core MPO breakout cable is compatible with 40GBASE-SR4 when used to connect an MPO/MTP transceiver to 4 × 10G SFP+ ports. For 100G applications, a 12-core breakout would typically be used.

MTP is a high-performance version of MPO developed by US Conec with better mechanical and optical performance. HOLIGHT supports both connector types, depending on your preference or system requirement.

Can this breakout patch cord be customized for length, connector gender, or jacket material?

Is each connector tested before shipment? What testing standards do you follow?

Can this breakout be used for both horizontal cabling and rack-to-rack patching?

Absolutely. We offer full OEM customization including cable length, MPO gender (male/female), polishing type (UPC/APC), fanout length, jacket material (LSZH, OFNP, armored), and even labeling or packaging for project deployments.

Yes. Each cable is 100% tested for Insertion Loss (IL) and Return Loss (RL) using calibrated equipment. MPO heads are also verified using interferometers to inspect endface geometry. We comply with TIA/EIA-568, IEC 61754, and GR-326 standards.

Yes. This product is ideal for rack-to-rack high-speed connections and can also be used for horizontal cable distribution within raised floors or cable trays, thanks to its flexibility and high-density design.