LPO/NPO/CPO Optical Components
LPO/NPO/CPO Optical Components
Kyomori-Ka’s OEM FAUs are designed for long-haul, metro, and data center applications. By utilizing customizable V-groove chips/lids and proprietary specialized optical fibers, they meet specific requirements regarding fiber pitch, precision, and channel count. Advanced manufacturing processes ensure high-precision positioning, low insertion loss (IL), and high return loss (RL). Furthermore, the innovative integration of connectors and interposers addresses the PIC industry's demands for ultra-high precision, ultra-fine alignment, and extremely low IL, thereby empowering cutting-edge technologies such as silicon photonics, CPO, and supercomputing.
Product Purpose:
●Servers and Storage
●Data Center and High-Performance Computing Environments
●Broadcasting and Media Industry
●Aerospace and Military Communications
●COP Co-Packaged Optics and On-Board Connectivity
●Industrial Automation
●Telecommunications Network
●High-Bandwidth Transceiver
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Product Specifications
●External Optical Component Connector
The Kyomori-Ka ELSFP connector supports hot-swappable external laser sources, eliminating switch downtime; Its self-aligning design enables single-step blind mating of dual low-loss MT ferrules, delivering industry-leading performance while enhancing optical power margin and deployment flexibility.
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*Host Optical Connector
The ELSFP module-side optical connector from Kyomori-Ka is specifically designed for external laser source applications in co-packaged optics (LPO/NPO/CPO).
-Core Advantages- This module connector utilizes self-alignment technology to ensure precise mating with the host-side PCB of the CPO switch during insertion; it features a single-step blind-mate connection using dual low-loss MT ferrules, thereby enhancing system performance and reliability.
-Technical Highlights-
· Seamless Integration: Optimized for external laser source applications, enabling seamless integration with the system.
-Application Value- This solution not only simplifies the installation and maintenance of co-packaged optics systems but also significantly enhances overall system performance through technological innovation; furthermore, its metal-clip connection design ensures reliable connectivity for applications such as data centers and high-speed networks.
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Parameter |
Single-Mode |
| APC | |
| Low Loss | |
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Typical Insertion Loss (dB) 12 Fiber |
0.25 |
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Maximum Insertion Loss (dB) – 12-Fiber |
0.35 |
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Typical Return Loss (dB) |
≥60 |
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Operating Temperature (°C) |
-40~+75 |
| Durability | Exceeds GR-1435 (100 Mating Cycles) |
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*Module-Side Optical ConnectorThe ELSFP module-side optical connector from Kyomori-Ka is an innovative connectivity solution meticulously designed for external laser source applications in co-packaged optics (LPO/NPO/CPO), enabling seamless system integration.
-Core Functions- Upon insertion, this module connector achieves precise mating with the host-side connector already installed on the CPO switch PCB, ensuring connection reliability and stability.
-Technical Advantages-
· Innovative Self-Alignment Technology: Utilizes an advanced self-alignment mechanism to significantly enhance connection precision.
-Application Value- reliable connectivity for co-packaged optics systems via precision alignment and efficient blind-mating technology, effectively enhancing system operational efficiency and stability.
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Parameter |
Single-Mode |
| APC | |
| Low Loss | |
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Typical Insertion Loss (dB) for 12-Fiber |
0.25 |
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Maximum Insertion Loss (dB) – 12-Fiber |
0.35 |
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Typical Return Loss (dB) |
≥60 |
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Operating Temperature (°C) |
-40~+75 |
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Durability |
Exceeds GR-1435 (100 Mating Cycles) |
Product Features
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Product Introduction- The 8° 12-fiber MT jumper is designed for internal connections within high-speed optical modules; it employs an 8° fiber array (FA) at the TX end to couple with a laser array and a 42.5° FA at the RX end to couple with a detector array, thereby facilitating photoelectric conversion. Leveraging the compact size and multi-channel capabilities of the MT ferrule, it enables parallel optical transmission and supports direct pin-based connections as a standard component, serving as a convenient optical interface.
Product Features-
· High-precision dimensions for easy assembly High-speed optical transceiver module |
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Product Introduction- The 16MT jumper is designed for internal connections within high-speed optical modules; it utilizes a 42.5° FA at the RX end coupled to a detector array and an 8° FA at the TX end coupled to a laser array to facilitate photoelectric conversion. Leveraging the compact size and multi-channel capabilities of the MT ferrule, it enables parallel optical transmission and serves as a standard component that supports direct pin connections, offering a convenient optical interface.
Product Features- · High-precision dimensions for easy assembly · Low insertion loss · High-precision polishing angle · High environmental stability and reliability · Customizable upon request · Complies with RoHS and REACH requirements Product Applications-
High-speed optical transceiver module |
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Product Overview- The 8° MT jumper is designed for internal connections within high-speed optical modules; its 8° angled physical contact (APC) interface optimizes insertion loss and return loss.The MT ferrule features a compact, multi-channel design enabling parallel optical transmission, while its standard configuration supports direct pin-based connections, facilitating convenient optical interfacing.
Product Features-
· High-precision dimensions for easy assembly · Low insertion loss · High-precision polishing angle · High environmental stability and reliability · Customizable upon request · Complies with RoHS and REACH requirements Product Applications- High-speed optical transceiver module. |
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Product Overview- An MT fiber patch cord is a pre-terminated fiber optic patch cord featuring MT connectors at both ends; thanks to its compact, multi-channel design, it serves as a standard interface for high-density optical interconnects.
Product Features- · Parallel transmission of multiple optical signals · Low-loss, high-reliability physical connection between modules · Supports rapid deployment and hot-swapping compatibility · Complies with RoHS and REACH requirements Product Applications- High-speed optical transceiver module. |
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