Gamma Electronics Inc

Gamma Electronics Inc Cable Assembly, Protection, & Identification. Best known for our Cold Shrink & Heat Shrink Printers.

Gamma manufactures and distributes wire makers, shrink tube, cold shrink, non-shrinkable tubes and labels. We also add value to clients through stocking programs, in house wire marker manufacturing and label marking systems set up.

Introducing the CP12 Cable Prep tool. The Gamma CP12 Cable Prep Tool was built for one reason—speed, simplicity, and eff...
06/15/2026

Introducing the CP12 Cable Prep tool. The Gamma CP12 Cable Prep Tool was built for one reason—speed, simplicity, and efficiency in the field. When integrators asked for a lighter, more compact trimming solution that gets straight to the job without extra bulk, we delivered. Shop the CP12 Cable Prep tool via the link in out bio.

We've had the privilege of connecting with many of you at training events over the past few months, and we're excited to...
06/08/2026

We've had the privilege of connecting with many of you at training events over the past few months, and we're excited to see you at our next event in Salt Lake City! It's not to late to sign up for the remaining dates by following the link in our bio!
(Dates are subject to change)

06/01/2026

Do you know who your FCC licensor is? Hear more from Jeremy Shkapich on our DAS Talk podcast. Link in bio!

New DAS Talk Episode – Live from IWCE“Enforcing In-Building Radio Saves Lives”https://youtu.be/VlteN33apGU?si=6VXalDnLW9...
03/20/2025

New DAS Talk Episode – Live from IWCE

“Enforcing In-Building Radio Saves Lives”

https://youtu.be/VlteN33apGU?si=6VXalDnLW93XWmRY

At this year’s IWCE Conference, our very own Peter Wehretter, VP & Co-founder of GAMMA Electronics, took the stage in front of a packed house to discuss one of the most critical issues in public safety—ensuring first responders have reliable in-building radio communication.

In this episode, Peter shares insights from his 20+ years of experience in RF component manufacturing, breaking down:
• Why modern building materials create dead zones that block emergency communication
• The real impact of radio failures in tragedies like Parkland and Uvalde
• How Emergency Responder Communication Enhancement Systems (ERCES) keep first responders connected
• Why NFPA 1225, IFC 510, and other codes exist but enforcement remains inconsistent
• The solutions available today to eliminate radio dead zones and save lives

With 60% of first responders reporting radio failures inside buildings and more than 70% of U.S. schools lacking a dedicated ERCES system, this conversation is one that every public safety official, RF engineer, and building manager needs to hear.

Listen to the full episode now and join the conversation. How do you think the industry should address these communication challenges?

Behind the Scenes at IWCE – A Packed House for Peter’s Live Speaking EngagementJust wrapped up an incredible event at IW...
03/20/2025

Behind the Scenes at IWCE – A Packed House for Peter’s Live Speaking Engagement

Just wrapped up an incredible event at IWCE, where Peter Wehretter, VP & Co-founder of GAMMA Electronics, took the stage to a full house to talk about a critical issue—why enforcing in-building radio coverage saves lives.

We captured some amazing behind-the-scenes moments from Peter’s presentation, where he broke down:
• The real dangers of poor emergency communication inside buildings
• How first responder radios fail in schools, hospitals, and high-rises
• Why ERCES (Emergency Responder Communication Enhancement Systems) are essential
• The technology solutions available today to eliminate radio dead zones

When every second counts in an emergency, reliable communication isn’t just important—it’s life-saving.

01/04/2025

🏫 Rethinking RF Systems for Multi-Building Campuses

Gone are the days of managing 20 independent BDAs with separate rooftop antennas for a campus of 20 buildings. While this approach once seemed practical, it often created more problems than solutions:
• Excessive uplink noise impacting carrier-to-noise (C2N) performance.
• Reduced coverage footprints or worse, network disruptions.

Today, the smarter choice is a fiber optic radio network:
• One system serves the entire campus, reducing the need for multiple antennas.
• Dramatic improvements in noise reduction, performance, and C2N metrics.
• Enhanced maintainability for long-term reliability.

Whether it’s a manufacturing facility, educational campus, or specialized infrastructure, a well-designed fiber network offers efficiency and better performance—without the headaches of outdated setups.

🔗 Watch the full discussion here: https://dasuniversity.org/webinar-registration

Have you made the shift to fiber optic radio networks for campus applications? Share your experience!

01/01/2025

🌍 DAS Beyond Urban Environments: Solving RF Challenges Everywhere

When you think of DAS (Distributed Antenna Systems), high-rise buildings or million-square-foot warehouses might come to mind. But DAS applications go far beyond the urban landscape:
• 🚇 Subway systems
• ✈️ Airports
• ⚡ Hydroelectric dams and nuclear power plants
• 💧 Wastewater treatment facilities
• 🛡️ Defense-related facilities

What do they all have in common? Buildings block radio signals—whether it’s concrete, steel, or even modern tinted windows designed to reduce sunlight. DAS solutions are essential to provide reliable RF coverage, regardless of location or purpose.

These applications aren’t just important; they’re often strategic for critical infrastructure and national security.

🔗 Watch the full discussion here: https://dasuniversity.org/webinar-registration

What’s the most unique or strategic location where you’ve implemented DAS? Let’s share experiences!

12/30/2024

🏢 DAS Innovation: Evolving Beyond Yesterday’s Solutions

There’s so much more to DAS (Distributed Antenna Systems) and in-building coverage than just simple BDAs. While some older tools and techniques still work, others have been replaced by advanced solutions that prioritize:
• Reliability and system availability.
• Addressing the mission-critical nature of modern communication.

📈 Why evolve?
• Sticking to outdated methods only magnifies yesterday’s problems in today’s complex environments.
• The industry is rapidly growing, with more buildings and players demanding better technology.

With decades of experience, I’ve seen firsthand how innovation has transformed DAS. It’s a shift that’s not just about technology—it’s about solving challenges effectively as the landscape changes.

🔗 Watch the full discussion here: https://dasuniversity.org/webinar-registration

What’s your experience with DAS innovation? Let’s connect and share insights!

12/28/2024

🎯 A Fresh Perspective on Complex DAS Solutions

Unlike traditional approaches that start with a standard BDA and evolve it—adding features like fiber links, more power, or redundancy—we take a different path:
• We focus on complex, demanding applications right from the start.
• Instead of stretching legacy designs to fit modern needs, we build end-to-end systems tailored to today’s challenges.

This ensures:
• Solutions are purpose-built for their applications.
• Reliability and performance aren’t compromised by adapting older technologies beyond their limits.

It’s about designing systems to meet modern needs—not retrofitting outdated tools.

🔗 Watch the full discussion here: https://dasuniversity.org/webinar-registration

How do you approach solving challenges in complex DAS applications? Let’s discuss!

12/26/2024

🔥 Rethinking Fire Protection in DAS Design

In traditional DAS setups, the backbone or riser often requires two-hour fire protection—achieved through:
• Fire-rated shafts or chases.
• Expensive two-hour fire-rated cables.

But here’s a thought: What if built-in redundancy eliminated the need for such measures? Imagine:
• A system with redundant pathways in opposite directions.
• If one side fails (e.g., due to fire damage), the other seamlessly maintains communication.

This approach could simplify designs and reduce costs while maintaining critical reliability. It’s a smarter, more resilient alternative to traditional fire-rated backbones.

🔗 Watch the full discussion here: https://dasuniversity.org/webinar-registration

How do you approach fire protection and redundancy in DAS systems? Let’s explore innovative solutions together!

Address

2837 Metropolitan Place
La Verne, CA
91767

Opening Hours

Monday 8am - 5pm
Tuesday 8am - 5pm
Wednesday 8am - 5pm
Thursday 8am - 5pm
Friday 8am - 5pm

Telephone

+19098601479

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