128cores 1U 19’ MPO&MTP-LC Angled Rack mount patch panel-No Modular design

Technical Specifications

Drawing

Other Accessories

8F MPO-LC 0.9mm fanout 50cm	End A	End B	Optical Performance
	1x8F MPO&MTP (Male) with Pin	8x LC simplex 0.9 connectors	Standard MPO IL<0.5dB Super low loss MPO IL<0.35dB LC ‘s IL<0.3dB

MPO Adapter	Keyway	Footprint	Insertion Loss	Color
	Opposed (Up-Down) Aligned (Up-Up)	MPO/MTP standard	≤0.2dB	Black

LC DX Reduced flange Adapter	Keyway	Footprint	Insertion	Color
	Aligned (Up-Up)	SC Footprint	≤0.2dB	SM:BLUE OM3:AQUA OM4:MAGENTA OM5:LIME GREEN

LC Reduced flange TF Adapter	Keyway	Footprint	Insertion	Color
	Aligned (Up-Up)	SC Footprint	≤0.2dB	SM:BLUE OM3:AQUA OM4:MAGENTA OM5:LIME GREEN

Design Principles

Integrated Non-Modular Design

Unlike cassette-based patch panels, this panel is a one-piece integrated breakout unit: the breakout harness is permanently installed at the factory, eliminating modular cassette slots and their associated insertion loss and mechanical tolerance. The result is a compact, robust panel with a clean front face.

Angled LC Mounting

The front LC adapters are mounted on an angled plane. Patch cords exit the adapters at a controlled angle and are guided into the side cable-management channels, keeping the minimum bend radius, reducing strain on   connectors, and improving front-panel readability and access.

Fixed High–Density Breakout(8-of-12 Active Fibers)

The panel terminates 128 fibers in a single 1U of rack space. Each rear MPO-12 trunk interface follows the

widely used 8-of-12 fiber plan (4 transmit + 4 receive pairs, as in 40G QSFP SR4 / parallel optics links): 8 active fibers per trunk are fanned out to one 8-LC front group, while the remaining 4 fiber positions are spare. This

removes the need for separate LC patch panels and trunk fan-out cassettes, saving rack height and cabling vol – ume.

Factory-Terminated Breakout Harness

The internal interconnection is a pre-terminated, pre-tested 0.9 mm loose-buffered breakout harness with

MPO (male) plugs. Because the harness is factory terminated, no splicing or field termination is required during installation, which improves link quality and shortens deployment time. Each MPO-12 trunk fans out to one 8 – LC group, giving a clean one-to-one mapping.

0.9 mm loose–Buffered Fiber Design

0.9 mm loose-buffered fiber provides a compact, robust breakout medium inside the panel. The buffered con – struction protects the fiber from mechanical stress and simplifies routing while maintaining the required mini – mum bend radius.

Polarity Management

MPO-based links follow the polarity methods (Type A, Type B and Type C) defined in ANSI/TIA-568.3-D. The fixed breakout harness is manufactured with the selected polarity; trunk cables, harness and patch cords are chosen together to ensure end-to-end polarity consistency.

SPCC Chassis and Standard Mounting

The SPCC chassis offers a light weight, high rigidity and an effective grounding path, while ventilated openings allow natural airflow. The panel follows the 19-inch equipment practice (483 mm width, 44.3 mm per rack unit) in accordance with EIA-310-E / IEC 60297-3-100, ensuring drop-in compatibility with standard racks.

International Standards & Compliance

Application

Data centers — MDA / HDA / EDA zones: 40G, 100G or 400G MPO backbone links terminated on the rear, fanned out to duplex LC server and switch access ports.

Enterprise and campus LAN — backbone consolidation and high-density patching in equipment rooms and telecommunications rooms.

Telecom central offices and FTTx — high-density single-mode (OS1/OS2) fiber distribution and ODF-style termination.

Cloud and colocation facilities — space-constrained patching where every rack unit of height is at a premi – um.

Storage networks (SAN) and high-performance computing — deterministic, high-channel-count fiber management.

Installation

Mount the panel on 19-inch rack rails using the slotted mounting ears; tighten all rack screws to prevent movement.

Connect the chassis grounding stud to the rack earth before cabling.

Plug MPO trunk cables into the rear MPO-12 adapters; the internal breakout harness is already factory – terminated, so no splicing is required.

Route front patch cords into the angled cable-management channels, respecting the minimum bend radius of the cables.

Label each group (G1–G16) and port according to the local labeling plan.

Maintenance

Clean connector ferrules before every mating; always fit dust caps on unused adapters and connectors.

Do not look directly into a fiber end-face or adapter while a light source is connected — laser safety per IEC 60825-1.

Keep fibers within their bend radius at all times; avoid sharp folds and tensile loads on patch cords and trunk cables.

Check insertion loss after re-mating; repeated contamination is the most common cause of excess loss in high-density patching.

Order Index

Full loaded MPO/MTP–LC  96F Patch panel

For Example:UHD2S-2-1-1-1-1