
( Brand: Ge ), ( Manufacturer Part Number: S707VR-ESTL ), ( Type: Control Panels Keypads ), ( Unit Type: Unit )
The GE S707VR-ESTL and Interlogix S707VT-ESTL channel fiber optic video transmitters are high-performance security devices designed to provide reliable and secure video transmission for surveillance systems. These transmitters utilize fiber optic technology, ensuring a clear and interference-free video signal over long distances.
The GE S707VR-ESTL transmitter features a compact and sleek design, making it easy to install and integrate into existing security systems. It supports both analog and IP cameras, allowing users to choose the best option for their specific surveillance needs. With a wide voltage range of 12-48V DC, it can be powered by various power sources, providing flexibility in installation locations.
The Interlogix S707VT-ESTL receiver, when paired with the GE S707VR-ESTL transmitter, completes the fiber optic video transmission system. The receiver is designed to receive and decode the video signal transmitted by the GE S707VR-ESTL transmitter, providing real-time monitoring and recording capabilities. It supports both analog and IP cameras as well, ensuring compatibility with a wide range of security cameras.
Both the GE S707VR-ESTL transmitter and Interlogix S707VT-ESTL receiver offer advanced security features, including data encryption and authentication, ensuring that video transmissions remain private and secure. They also support Power over Ethernet (PoE) and Power over Fiber (PoF), simplifying installation and reducing the need for additional power sources.
The fiber optic video transmission technology used by these devices offers several advantages over traditional coaxial cable-based systems. It provides greater security, as the video signal is not susceptible to interference or tampering from external sources. It also offers longer transmission distances, making it ideal for large-scale surveillance systems. Additionally, fiber optic cables are thinner and lighter than coaxial cables, making installation easier and less intrusive.
In summary, the GE S707VR-ESTL fiber optic video transmitter and Interlogix S707VT-ESTL fiber optic video receiver offer advanced security, reliable and interference-free video transmission, and flexibility in camera support. Their compact and sleek designs, wide voltage range, and support for PoE and PoF make them easy to install and integrate into existing security systems. With their advanced security features, long transmission distances, and superior image quality, these devices are an excellent choice for securing large-scale surveillance systems.
The GE S707VR-ESTL and Interlogix S707VT-ESTL are channel fiber optic video transmitters used in security systems for transmitting high-definition video over long distances. Here are some pros and cons of each transmitter to help you make an informed decision.
GE S707VR-ESTL: Pros:1. Long-distance transmission: It can transmit video signals up to 5 miles (8 kilometers) without any signal loss, making it ideal for large installations.
2. High-definition video: The S707VR-ESTL supports high-definition video resolutions, ensuring clear and detailed footage.
3. Ethernet connectivity: It offers Ethernet connectivity, making it easier to integrate with IP-based security systems and networks.
Cons:1. Complex installation: The S707VR-ESTL requires professional installation due to its fiber optic technology and long-distance transmission capabilities.
2. Cost: This transmitter is more expensive than some other options due to its advanced features and long-distance capabilities.
Interlogix S707VT-ESTL: Pros:1. Simplified installation: The S707VT-ESTL uses RJ45 connectors for easy installation and can be installed by non-professionals.
2. Affordable price: It is more affordable than the GE S707VR-ESTL, making it a budget-friendly option.
3. Dual-stream video: It supports dual-stream video, allowing simultaneous transmission of both high-definition and standard-definition video.
Cons:1. Limited transmission distance: It can only transmit video signals up to 400 feet (122 meters), making it less suitable for large installations.
2. Lower resolution: The S707VT-ESTL supports lower resolution video compared to the GE S707VR-ESTL, resulting in less detailed footage.
Conclusion:Both the GE S707VR-ESTL and Interlogix S707VT-ESTL have their strengths and weaknesses. If you require long-distance transmission and high-definition video, the GE S707VR-ESTL is the better choice, despite its complex installation and higher cost. On the other hand, if you have a smaller installation and a budget to consider, the Interlogix S707VT-ESTL offers simplified installation and a more affordable price, albeit with limited transmission distance and lower resolution video.
Recommendation:Based on the information provided, if you prioritize long-distance transmission and high-definition video, we recommend the GE S707VR-ESTL. However, if you have a smaller installation and a budget to consider, the Interlogix S707VT-ESTL is a more budget-friendly option with simplified installation. Make sure to consult with a security professional to determine the best solution for your specific needs.
One-way transmission of four video channels over one fiber. Digital multiplexing technology. 8-10-bit video processing depending on channels used. The onscreen diagnostics indicate an inactive video channel or insufficient optical power for each output.
Video SNR >55 dB. In addition, it supports all major video formats. Featuring 6.2 MHz video band width and greater than 55 dB SNR, the S707V 4-channel system can transmit clear high-quality images at a resolution up to 500 TVL over distance of 2.5 miles 4.0 km. Optical Automatic Gain Control OAGC helps compensate for loss in signal strength.
500 TV lines resolution. This item was taken out of a working environment it from an airport never been tested after its service over year sold as is. The transmitter comes in a standalone configuration, offers solid-state short circuit protection, and has poly carbonate body. It can accept analog base band inputs and convert them to digital format for transmission, ensuring enhanced quality video output.