1m (3ft) 16-Fiber MMC-16 APC Female to MPO-16 APC Female Single-Mode Jumper for High-Density Data Center Cabling

Fiber Cabling

16F Fiber Assembly | S2MMCMPOA16FJ

Catalog reference: 1m (3ft) MMC Jumper, MMC-16 APC (Female) to MPO-16 APC (Female), 16 Fibers, Single Mode (OS2), Jumper Polarity, OFNP, 2.5mm, Max IL ≤ 0.35dB, Yellow

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1m (3ft) High-density S2MMCMPOA16FJ MMC Jumper/Cable with VSFF TMT ferrule, 16 Fibers, MMC-16 APC Female, OS2, Max IL ≤0.35dB, APC for superior return loss, easy installation with push-pull boot, ideal for structured cabling and high-bandwidth data center applications.

Family s2mmcmpoa16fj-103461Model S2MMCMPOA16FJ13 SKU options

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SKU 103462 - Model S2MMCMPOA16FJ

1m (3ft) 16-Fiber MMC-16 APC Female to MPO-16 APC Female Single-Mode Jumper for High-Density Data Center Cabling

BrandSUNFULL

Length1m (3ft)

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Connector Type: MMC Female to MPO Female
Fiber Count: 16F
Polarity: Jumper Polarity

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Get Datasheet & Quote Construction Review WhatsApp Technical Documents

VSFF MMC Connector Supports 3x Cabling Port Density over the MPO Format
Top & Bottom Rails Enable Correct Orientation to Simplify Installation and Maintenance
The TMT ferrule format can intermateability with corresponding MT and MT-16 formats
DirectConec Push-Pull Boot to enable easy access when installing or de-commissioning cabling at a passive patch panel, server, or switch in the network
TMT Elite Enable 0.35dB Low IL and APC for Superior Return Loss
Tested to Telcordia GR-1435
Support Data Center Structured Cabling and High-Bandwidth Applications

Engineering record

Specifications

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Connector Type: MMC 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: Jumper Polarity
Min. Bend Radius: 10mm
Fiber Mode: OS2 9/125μm
Cable Diameter: 2.5mm
Fiber Count: 16F
Tensile Strength: 80/150N (Long/Short Term)
Wavelength: 1310/1550nm
Connector Durability: ≥ 500 - 1000 times
Flame Rating: OFNP
Operating Temperature: 0~70°C
Insertion Loss: ≤0.35dB

Technical detail

Construction and application notes for S2MMCMPOA16FJ

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Connector and fiber construction

The MMC connector features a very small form factor footprint, enabling over 3x higher port density compared to traditional MPO connectors. This density advantage allows deployment of the same number of optical ports in less than one-third of the space, or increases optical port capacity per rack unit by more than 3x. In addition, the compact interface size creates more working space around each optical port, improving cable management, airflow efficiency, and overall operational convenience.

1m (3ft) 16-Fiber MMC-16 APC Female to MPO-16 APC Female Single-Mode Jumper for High-Density Data Center Cabling detail

Polarity and routing

The TMT ferrule inherits the proven MT and MT-16 alignment structure, with an optimized shoulder design that enhances mechanical strength and polishing precision for repeated mating cycles. Featuring a 250 μm pitch and compatibility with 250/200/165 μm fibers, it is intermateable with MT and MT-16 formats and delivers low insertion loss in both single-mode APC and multimode APC applications.

Inspection and installation

The MMC system supports MMC-to-MPO conversion patch cords, enabling seamless integration with existing MPO infrastructure. Typical configurations include MMC16 ↔ MPO16 and MMC16 ↔ MPO 2×8, allowing high-density MMC deployment without large-scale cabling replacement—ideal for phased upgrades and hybrid data center environments.

Inspection and installation

In large data center campuses, high fiber count cables—up to 6,912 fibers—are commonly deployed between buildings for aggregation layer connectivity. Traditionally, these links require bulk cable installation and field fusion splicing, especially in conduit pathways or space-constrained indoor routes. With its reduced form factor, MMC enables factory-terminated assemblies that can be directly installed in constrained pathways—eliminating complex field splicing, accelerating deployment, and minimizing data center downtime.