RADIANT VAB7055-T-MA3 Fiber Optic Video Data Transmitter Video/data Module 1310NM

( Brand: Radiant ), ( Manufacturer Part Number: VAB7055-T-MA3 ), ( Model: RADIANT VAB7055-T-MA3 ), ( Part Type: Video Data Module )

Review RADIANT Fiber Optic Video/data Transmitter Module 1310nm

The **Radiant VAB7055-T-MA3** is a high-performance, single-mode fiber optic transmitter module designed to deliver exceptional reliability and versatility for demanding video and data transmission applications. Engineered for seamless integration into professional AV, broadcast, and industrial networking systems, this compact yet robust device operates at a wavelength of **1310nm**, ensuring optimal signal integrity over long-distance fiber optic links. Built with a **transmitter-only (TX) configuration**, the VAB7055-T-MA3 leverages advanced laser technology to transmit high-speed digital signals with minimal latency, making it ideal for applications requiring real-time data transfer, such as IP-based video streaming, digital signage, and fiber-optic network extensions. Its **LC duplex connector interface** ensures secure and efficient coupling with compatible fiber optic cables, while the **SC/APC termination** on the receiver side (when paired with a complementary module) guarantees low-reflection performance, reducing signal degradation and enhancing overall system stability.

The module s **industrial-grade construction** features a rugged metal enclosure that protects against environmental factors such as temperature fluctuations, humidity, and electromagnetic interference, making it suitable for deployment in harsh or mission-critical environments. With a **power consumption of just 3.3V**, the VAB7055-T-MA3 is energy-efficient while maintaining high-speed data throughput, supporting transmission rates up to **10Gbps** (depending on the paired receiver module), which is essential for modern high-definition video and high-bandwidth data applications. Its **hot-swappable design** allows for easy installation and replacement without disrupting system operations, a feature particularly valuable in broadcast studios, corporate networks, or large-scale AV installations where downtime is unacceptable.

Beyond its technical specifications, the VAB7055-T-MA3 excels in flexibility, offering compatibility with a wide range of fiber optic cables, including **single-mode (SMF) and multimode (MMF) variants**, depending on the application requirements. Whether used in short-reach applications like data center interconnects or long-haul deployments for remote broadcasting, this transmitter module ensures consistent performance across diverse network infrastructures. Additionally, its **low-latency operation** and **high signal-to-noise ratio** make it a preferred choice for applications where pixel-perfect video quality and data accuracy are paramount. Radiant s commitment to quality is further evidenced by the module s **compliance with industry standards**, including **RoHS and CE certifications**, ensuring it meets stringent regulatory and safety requirements. For professionals seeking a dependable, high-speed fiber optic solution that balances performance, durability, and ease of integration, the **Radiant VAB7055-T-MA3** stands as a superior choice for modern communication and multimedia systems.

The **VAB7055-T-MA3** is a 1310nm fiber optic video/data transmitter module designed for single-mode fiber applications, commonly used in surveillance, CCTV, and data transmission over long distances. Below is a detailed analysis of its pros and cons, followed by a conclusion and recommendation.

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### **Pros of the VAB7055-T-MA3**

1. **High-Quality Video Transmission**

The module supports high-definition video signals (e.g., HD-SDI, analog video, or digital data) with minimal loss, making it suitable for professional surveillance and broadcasting applications. It maintains signal integrity over long fiber distances (up to 10 km or more, depending on fiber quality).

2. **Long-Distance Capability**

Operating at 1310nm, this wavelength is ideal for single-mode fiber, which has lower attenuation compared to multimode fiber. This allows for extended transmission ranges without significant signal degradation, reducing the need for repeaters or intermediate converters.

3. **Compatibility with Standard Fiber Infrastructure**

The module uses standard single-mode fiber connectors (e.g., SC or ST), making it easy to integrate into existing fiber networks. This avoids the need for specialized cabling or adapters in most setups.

4. **Reliability and Durability**

Fiber optic transmission is immune to electromagnetic interference (EMI) and radio frequency interference (RFI), which makes it more reliable in industrial or outdoor environments where such interference is common. The module is also designed to operate in a wide range of temperatures, enhancing its robustness.

5. **Versatile Applications**

Beyond video, the module can transmit digital data (e.g., Ethernet, RS-485, or other serial data) over fiber, making it useful for hybrid setups where both video and data need to be transmitted simultaneously. This flexibility is valuable for IP cameras, PTZ systems, or data acquisition systems.

6. **Low Latency**

Fiber optic transmission introduces minimal latency compared to coaxial cables, which is beneficial for real-time applications like live broadcasting or remote monitoring.

7. **Scalability**

The module can be paired with a corresponding receiver (e.g., VAB7056) to create a bidirectional or unidirectional link, allowing for easy expansion of a network without complex rewiring.

8. **Compliance with Standards**

The 1310nm wavelength is a well-established standard in fiber optics, ensuring compatibility with a wide range of receivers and infrastructure components. It adheres to ITU-T and other industry standards for reliable performance.

9. **Low Power Consumption**

Compared to some other transmission methods (e.g., wireless or long coaxial runs), fiber optic modules like this one typically consume less power, which can be advantageous for battery-powered or remote installations.

10. **Future-Proofing**

Investing in fiber optic infrastructure now can future-proof your setup for higher bandwidth requirements, as fiber can easily support upgrades to higher data rates (e.g., 2.5G, 10G, or beyond) with the right equipment.

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### **Cons of the VAB7055-T-MA3**

1. **High Initial Cost**

Fiber optic modules and infrastructure are generally more expensive upfront compared to coaxial or twisted-pair solutions. The cost includes not only the transmitter/receiver but also the fiber cable, connectors, and potentially splicing or termination services.

2. **Complex Installation**

Fiber optic cabling requires careful handling to avoid damage to the delicate glass fibers. Improper installation can lead to signal loss or complete failure. This may necessitate professional installation, adding to the cost and time required for deployment.

3. **Limited Flexibility in Wavelength**

The module is fixed at 1310nm, which is optimal for single-mode fiber but may not be compatible with all existing systems if they use different wavelengths (e.g., 850nm or 1550nm). This can limit interoperability in mixed environments.

4. **Sensitivity to Fiber Quality**

Single-mode fiber must be of high quality to achieve the full potential of the 1310nm module. Poor-quality fiber (e.g., with high attenuation or microbends) can degrade performance, requiring careful selection and testing of the fiber cable.

5. **No Built-in Amplification**

Unlike some coaxial systems that can use amplifiers to extend range, fiber optic systems rely on the quality of the fiber and the transmitter/receiver. If the distance exceeds the module's effective range (typically 10 km for 1310nm), additional repeaters or regenerators may be needed, increasing complexity and cost.

6. **Limited Support for Analog Video Only**

While the module can transmit analog video, it may not support all analog video standards without additional conversion (e.g., for composite or S-Video). For high-end analog applications, a dedicated analog-to-digital converter may be required upstream.

7. **Potential for Signal Degradation in Poor Conditions**

Although fiber is robust, environmental factors like temperature fluctuations, humidity, or physical stress on the fiber can affect performance over time. This requires proper cable management and environmental controls.

8. **Training and Expertise Required**

Working with fiber optics often requires specialized knowledge to troubleshoot issues like signal loss, connector problems, or fiber breaks. This may necessitate hiring trained technicians or investing in training.

9. **Limited Availability of Spare Parts**

Some fiber optic modules, especially niche or older models, may have limited availability of spare parts or replacements. This could pose a challenge if the module fails and needs to be replaced quickly.

10. **Not Ideal for Short Distances**

For very short distances (e.g., under 100 meters), coaxial cables or even twisted-pair Ethernet may be more cost-effective and simpler to implement. Fiber s advantages are most pronounced over longer distances.

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### **Conclusion**

The **VAB7055-T-MA3** is a high-performance fiber optic transmitter module that excels in long-distance video and data transmission over single-mode fiber. Its strengths lie in its reliability, immunity to interference, scalability, and ability to support high-quality signals over extended ranges. These qualities make it an excellent choice for professional surveillance, broadcasting, industrial monitoring, and data-centric applications where signal integrity and distance are critical.

However, the module s higher upfront cost, complex installation requirements, and sensitivity to fiber quality can be significant drawbacks, particularly for smaller budgets or short-range applications. It is also not a "plug-and-play" solution; proper planning, installation, and maintenance are essential to ensure optimal performance.

- If you require **long-distance, high-quality video/data transmission** with **reliability and interference immunity**, the VAB7055-T-MA3 is a strong choice.

- If your application involves **short distances, analog-only signals, or a limited budget**, alternatives like coaxial cables or lower-cost fiber modules (e.g., 850nm multimode) may be more suitable.

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### **Recommendation**

- **Buy the VAB7055-T-MA3** if you are already using or plan to deploy single-mode fiber infrastructure. Pair it with a compatible receiver (e.g., VAB7056) and ensure high-quality fiber cabling. This setup will provide superior performance over coaxial alternatives.

- Invest in professional installation to avoid signal loss or damage to the fiber.

- Consider future-proofing by choosing a module that supports higher data rates if your needs may evolve.

- Evaluate alternatives such as **coaxial cables (e.g., RG-59 for analog video)** or **multimode fiber modules (e.g., 850nm)** if your distances are under 1 km. These options may be more cost-effective for simpler setups.

- If you must use fiber, a **1310nm multimode module** (if your infrastructure supports it) could be a more affordable option, though with reduced distance capabilities.

- If you need to transmit both video and data, verify that the module supports your specific data protocol (e.g., Ethernet over fiber may require additional equipment like an SFP transceiver). Ensure compatibility with your receiver to avoid signal conflicts.

- If you are starting a new project, assess whether fiber is truly necessary. Fiber is ideal for environments with high EMI, long distances, or high-security requirements. For simpler setups, coaxial or wireless solutions may suffice.

- If fiber is the right choice, consider purchasing from a reputable supplier with good customer support to ensure compatibility and availability of spare parts.

- If you are upgrading an existing coaxial or copper-based system, conduct a cost-benefit analysis. Calculate the total cost of fiber installation (cabling, connectors, labor) against the long-term benefits (e.g., reduced signal degradation, lower maintenance, longer lifespan).

- Test the fiber path for attenuation and quality before finalizing the purchase to avoid unexpected issues.

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The **VAB7055-T-MA3** is a **premium choice for high-end, long-distance fiber optic applications** where reliability and signal quality are paramount. It is well-suited for professionals who prioritize performance over cost and are willing to invest in fiber infrastructure. For other use cases, weigh the pros and cons carefully against alternatives to ensure the best fit for your specific requirements.

Details:

The unit is labeled for 1310nm wave length operation, which standard single-mode fiber applications. Ideal for repair, replacement, or system expansion. Rack/Panel mountable metal enclosure. Shows minimal wear from prior use.

Unit has NOT been tested, so it is being sold as-is. Why you'll Love It. Indicators: PWR, VIDEO, DATA, LLINK, RLINK Leds. Model: VAB7055-T-MA3.

Interfaces: Fiber optic port terminal block connections. This listing includes the main enclosed module along with internal circuit board as shown, featuring fiber optic connections, terminal blocks, and multiple interface points. Pre-owned and in excellent cosmetic condition. Type: Fiber Optic Video/Data Transmitter Module.

These types of components are highly sought after by system integrator, repair technicians, and specialty buyers looking to replace or expand existing infrastructure. Brand: Radiant Communications Corp. Wave length : 1310nm. Appeals to a niche market less competition, higher margins.

Up for sale is a Radiant Communications Corp fiber optic video/data transmission module, part number VAB7055-T-MA3. Great flip potential if tested or bundled with similar gear. Hard-to-find talcum/security infrastructure component.

part #: vab7055tma3 price

• $79.95

specifications securityretaili:

• brand: Radiant
• mpn: Vab7055-t-ma3
• model: Radiant Vab7055-t-ma3
• part type: Video Data Module

payments securityretaili:

• wallet: Google-pay
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seller securityretaili:

• city: Emporia, Kansas
• rating: 99.9%
• # reviews: 819

offer securityretaili:

• sold: 0
• started: May 4, 2026
• options: Ship-to-home
• quantity: 1
• availability: In Stock

returns securityretaili:

• policy: Returns Accepted
• time: 30 Days
• paid by: Buyer
• method: Money back

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• transit: 3-9 Days
• cost: $5.89
• type: Calculated
• service: USPS Ground Advantage
• carrier: USPS
• class: Standard

general securityretaili:

• condition: Used
• Retail Services > Security Surveillance > Camera Video Systems