Logix: Building Tomorrow's Fiber Networks with Silicon Labs, E-Switch, and Tech Etch

Imagine a world where data travels seamlessly across continents at lightning speeds, powering everything from streaming services to vital communications. The demand for high-speed, reliable fiber networking is no longer just a trend—it’s a necessity, driven by advances in technology and new regulatory standards. At the heart of these networks are critical components that enable the precise data flow required for modern connectivity.

In this article, we’ll highlight how Logix Sales & Marketing, Inc , in collaboration with Silicon Labs, E-Switch, and Tech Etch, helped a customer develop two critical solutions for fiber networking: a gateway for signal conversion and a telemetry system for real-time network monitoring. These solutions required advanced components designed to optimize performance and withstand demanding environments. As a technical sales firm, Logix Sales & Marketing, Inc ensured the customer received not only the top-quality components but also the technical support needed to bring these designs to life.

This project showcases the power of strategic partnerships and highlights Logix Sales & Marketing, Inc , commitment to delivering results through technical expertise, collaboration, and innovative engineering solutions.

Fiber Networking: Application Overview

In today's hyper-connected world, every second counts in the transmission of data across vast distances. From seamless video streaming to mission-critical communications, fiber networks are the backbone of modern life. Meeting the demands of high-speed, uninterrupted data transmission requires innovative solutions—and the advanced technology to make it possible.

Our customer, a leader in the fiber optic networking sector, set out to solve a pressing challenge: improving signal conversion and telemetry management to create a faster, more reliable fiber network. This project involved developing two critical components: a gateway that could convert long-distance fiber signals into a format suitable for local use, and a telemetry system to monitor network performance and detect potential issues in real time.

The gateway, an essential interface for data conversion, needed to translate complex fiber signals quickly and accurately for consumer applications. Meanwhile, the telemetry system required high-precision components to ensure it could track network health, maintain data flow, and adapt to real-time conditions—all while meeting evolving regulatory standards.

These solutions demanded precision, flexibility, and advanced engineering, making them key players in the future of high-speed, reliable data networks. By developing and refining these systems, our customer is helping to set new standards for connectivity that keep pace with today’s ever-growing data demands.

The Manufacturers Behind the Solution

Silicon Labs: Powering Telemetry Precision with the FG23 Sub-GHz Wireless SoC

In the world of fiber networking, where data transmission must be both rapid and resilient, choosing the right components is crucial. Silicon Labs excels in this space, offering cutting-edge system-on-chips (SoCs), microcontrollers (MCUs), and wireless modules tailored for applications demanding energy efficient, scalable, and robust connectivity. With support for protocols like Bluetooth, Wi-Fi, Zigbee, and Z-Wave, Silicon Labs provides ideal solutions for Fiber Networking innovations. Known for thriving in challenging environments, their SoCs ensure data flows without interruption, establishing Silicon Labs as a trusted name in network infrastructure.

For this project’s telemetry system, the customer selected the FG23 Sub-GHz Wireless SoC— also known as the FG23—due to its ability to manage multiple sub-GHz frequency bands. The FG23's multi-band support proved essential for reliable, interference-free performance across vast distances, even under challenging conditions. The FG23 is optimized for sub-GHz applications, enabling long-distance stability and adaptability to diverse frequency requirements.

The FG23 Sub-GHz Wireless SoC also stands out for its in-field flexibility, allowing network operators to adjust frequencies on the go, which helps keep the system adaptable without major redesigns. For applications that don’t require wireless connectivity, Silicon Labs offers a EFM32 MCU without radio capabilities, preserving the same energy-efficient architecture for enhanced versatility across projects. Click here to view the FG23 Datasheet.

Key Benefits of Silicon Labs and the FG23 Sub-GHz Wireless SoC:

• Wide frequency range: Support for world-wide frequency bands from 110-970MHz, allowing for adaptability in response to regulatory requirements and changing conditions.
• Field adaptability: In-field frequency adjustments enable quick tuning without costly redesigns.
• Energy efficiency: Low power consumption ensures efficient performance, even in demanding, real-time network applications.
• Scalability: Allows for expanding functionality, including changes in memory requirements, GPIO, or wireless protocol adjustments as project needs evolve.
• Product Support: Silicon Labs provided excellent FAE support, including multiple schematic reviews, ensuring the design met all requirements.
• Fast samples: Silicon Labs' ability to quickly provide samples helped the customer keep their project on schedule.

Looking for scalable wireless solutions for your next project? Click here to contact Logix Sales & Marketing about Silicon Labs products.

E-Switch: TL6110 Tact Switches for Precise Gateway Control in Fiber Networking

Precision and reliability are essential in fiber networking, especially within components as critical as the gateway control interface. E-Switch, a leader in the switch market, offering a wide variety of customizable, high-performance solutions, including tactile, anti-vandal, pushbutton, rocker, toggle, slide, DIP, rotary, keylock, snap action switches and more. Known for rapid sample delivery and a broad product range, E-Switch was selected as the ideal partner for this Fiber Networking Solution, where quick access to high-quality components was crucial.

To meet the specific demands of the gateway, the TL6110 Series Tact Switch was chosen for its reliability, compact size, and ease of integration. Mounted on the top of the circuit board within the gateway’s housing, the TL6110 tact switch offers straightforward control over essential functions, all while conserving space on the board. This small but essential component integrates seamlessly into the design, providing a dependable manual control mechanism that enhances both usability and functionality in this fiber networking environment. Click here to view the TL6110 Series Tact Switch datasheet.

Key Benefits of E-Switch and the TL6100 Tact Switch:

• Fast samples delivery: E-Switch provided rapid access to samples, allowing the customer to accelerate prototyping and maintain the project timeline.
• Extensive switch options: E-Switch’s diverse product line of switches ensured that the customer could find a switch that met all their specifications.
• Seamless integration: The TL6110 tact switch integrated easily into the gateway’s board, ensuring smooth operation without additional modifications.
• Compact design: It’s small form factor makes it ideal for space-constrained applications, maximizing board efficiency.
• Durability: Process-sealed to protect against contaminants, this switch ensures long-term reliability, even in harsh environments.
• Right-angle mounting: The TL6110’s right-angle design allows versatile placement on PCBs, supporting optimal layout.
• Tactile feedback: The switch provides clear tactile feedback for precise user control, enhancing the overall user experience.

Looking for reliable switch solutions? Click here to contact Logix Sales & Marketing about E-Switch products.

Tech Etch: Tailored EMI Shielding for Gateway Reliability in Fiber Networking

In high-performance fiber networking, protecting critical components from electromagnetic interference (EMI) is essential to maintaining system reliability. Tech Etch excels in this area, offering custom-built EMI shielding that safeguards sensitive electronics across multiple industries. In addition to EMI shielding, Tech Etch extends to flexible printed circuits and precision metal parts manufactured in a photo etch process, making them a versatile partner for complex engineering needs. Their Innovation Center allows for quick prototyping, making Tech Etch a reliable choice for projects that demand precise, custom designs and the ability to adapt rapidly.

For the gateway in this Fiber Networking Solution, Tech Etch provided a customized Board-Level Shielding solution to ensure optimal EMI protection. Designed specifically to meet the gateway's dimensions and functionality, the shielding protected vital components from external interference while seamlessly integrating into the device. Tech Etch optimized the size, shape, and hole patterns of the shielding, ensuring that it fit perfectly within the gateway’s layout, maintaining stability and performance in high-EMI environments. Click here to download the Board Level Shielding spec sheet.

Key Benefits of Tech Etch and Their EMI Shielding:

• Customization: Tech Etch provided shielding tailored to the exact needs of the gateway design, ensuring optimal protection.
• Rapid Prototyping: Through their Innovation Center, Tech Etch enabled quick prototyping, allowing the customer to quickly test and adjust their designs.
• Seamless integration: The shielding was designed to fit perfectly into the gateway’s structure, ensuring that it did not interfere with the overall functionality of the device or other components.
• Reliable EMI protection: The board-level shielding effectively reduced EMI, ensuring stable performance in high-frequency environments, a necessity for the gateway's role in fiber networking.
• Versatile design options: Tech Etch offered flexible configurations, including multiple hole patterns and sizes, which allowed the shielding to meet both the mechanical and electrical needs of the gateway design.

Looking for customized EMI shielding solutions? Click here to reach out to Logix Sales & Marketing for Tech Etch options.

Unlocking Success in Fiber Networking: Partnering with Logix and Leading Manufacturers

The development of this Fiber Networking Solution—incorporating an advanced gateway and telemetry system—highlights the power of collaboration between Logix Sales & Marketing, Inc and trusted manufacturers. Working closely with Silicon Labs , E-Switch, Inc. , and Tech Etch , Logix Sales & Marketing, Inc connected our customer with industry-leading solutions to ensure their design met rigorous performance and reliability standards. Each manufacturer played a key role: Silicon Labs provided adaptable sub-GHz wireless technology for seamless telemetry, E-Switch contributed precise and durable tact switches for efficient gateway control, and Tech Etch delivered custom EMI shielding to protect the gateway in high-EMI environments.

This project is a testament to the strategic advantage Logix Sales & Marketing brings. Beyond sourcing top-tier components, we leverage our technical expertise and strong industry connections to provide critical support throughout every stage, from initial prototyping to final integration. Logix Sales & Marketing serves as more than a link to the right components; we act as a technical partner, guiding customers to solutions that fit both their immediate requirements and long-term goals.

For companies tackling the challenges of modern fiber networking, Logix Sales & Marketing is the partner of choice. Whether it’s sourcing specialized parts, coordinating technical support, or accelerating time-to-market, Logix Sales & Marketing helps you build and maintain your competitive edge in this fast-evolving field. We’re here to turn complex needs into seamless, high-performance solutions. Let us connect you with the right components and expertise to drive the future of fiber networking forward.

Ready to upgrade your fiber networking Solution? Click here to contact Logix Sales & Marketing and get started.