Fiber Optic Transmission
Run fiber for ultra-long, interference-free links with our fiber optic transmission lineup. Convert copper to SFP or single-/multimode with fiber converters; carry video, audio, and data across distance with dedicated fiber transmitters and fiber receivers; aggregate channels using fiber multiplexers; and stretch HDMI/IP with fiber extenders. For paired point-to-point kits, see transmitter & receiver sets. Build resilient backbones with low latency and EMI immunity.
- $2,317.00SKU: FVTRMI
Comnet FVTRMI HDMI Transceiver - 1 Channel Transmitter, 1 Channel Receiver
- Supports up to 1080p60
- Scalable to HDMI Version 1.3a - 16 bit color
- Bi-directional communication for HDCP copyright, EDID and CEC functionality
- HDCP encoding remains intact and unmodified
- Fully uncompressed, 100% transparent, No Frame Dropping
$2,317.00Low Price Guarantee - $2,310.23SKU: S7734DVT-RFC1
GE Security S7734DVT-RFC1 SM 4-Channel Video & 2-Way MPD Data
- Four video channels, two-way data and four one-way contact closure channels transmitted over one single-mode fiber
- 10-bit video processing
- 500 TV lines video resolution
- Unique data translation function
- Local or remote user-configurable data format
$2,310.23Low Price Guarantee - $2,307.00SKU: VT7230-2DRDT
GE Security Interlogix VT7230-2DRDT 2 Channel Digital Video Transmitter / 2 Channel Data Transceiver
- Supports RS-232, RS-422, and 2- or 4-Wire RS-485 with TriState Data Interfaces
- LED Status Indicators Provide Rapid Indication of Critical Operating Parameters
- Exceeds All Requirements for RS-250C Medium-Haul Transmission: Extremely High Video Performance
- Exceptionally Low Video Distortion with Zero Performance Variation vs. Optical Path Loss
- Ideally Suited to Networks Requiring Multiple Physical Layers where Video Degradation May be a Problem
$2,307.00Low Price Guarantee - $2,307.00SKU: VR7230-2DRDT-R3
GE Security Interlogix VR7230-2DRDT-R3 2 Channel Digital Video Receiver / 2 Channel Data Transceiver
- 8-Bit Digitally Encoded Video Transmission Transmits 2 Real-Time Color Video Signals and 2 Bi-Directional Data Signal on One Single-mode Optical Fiber
- LED Status Indicators Provide Rapid Indication of Critical Operating Parameters
- Exceeds All Requirements for RS-250C Medium-Haul Transmission: Extremely High Video Performance
- Exceptionally Low Video Distortion with Zero Performance Variation vs. Optical Path Loss
- Ideally Suited to Networks Requiring Multiple Physical Layers Where Video Degradation May be a Problem
$2,307.00Low Price Guarantee - $2,293.06SKU: MTX-8406C-P
American Fibertek MTX-8406C-P 4-Ch Video / Panasonic 'Up-The-Coax' Control
- Compatible with NTSC, RS - 170A,RS -343A and PAL
- Compatible with Panasonic VD2 signal
- Diagnostics: Video, Power and Optical Presence
- Real Time Video Transmission
- Wall or Rack Mount
$2,293.06Low Price Guarantee - $2,264.00SKU: CNGEMC4+2POEHO-M-1
Comnet CNGEMC4+2POEHO-MÂ Small Surface Mount 6 Port Gigabit Ethernet Media Converter
- SFP Ports compatible with CopperLine CL-SFP modules
- IEEE802.3at Power over Ethernet (PoE+)″
- 30W or 60W PoE+ on Ports 1-4″
- 2 Duplex contact closures
- Automatic MDI/MDI-X crossover
$2,264.00Low Price Guarantee - $2,250.00SKU: RT-91P589C-SL
American Fibertek RT-91P589C-SL Digital Video/ MPD, Audio & CC, 21dB
- Compatible with NTSC; RS-170A & RS-343A, PAL, and SECAM
- 10 Bit Digital Video Transmission
- Serial Digital Transmission
- Switch Selectable Terminations
- Available with Enhanced ″Afinety″ Intelligent Monitoring System
$2,250.00Low Price Guarantee - $2,250.00SKU: MT-980C-SL
American Fibertek MT-980C-SL 8 Channel Module Transmitter Digital Video System
- Compatible with NTSC, (RS - 170A & RS -343A), PAL and SECAM
- Diagnostics: Video, DC Power, Digital Frame Sync, OLI
- 10 Bit Digital Video Transmission
- Serial Digital Transmission
$2,250.00Low Price Guarantee - $2,250.00SKU: MR-98P5C
American Fibertek MR-98P5C Eight 10 Bit Video MPD Data Module Receiver, Multi-Mode 1 Fiber
- Eight 10 Bit Video MPD Data Module Rx
- 1310/1550nm 12dB 1Km
- Multi-Mode 1 Fiber
$2,250.00Low Price Guarantee
Fiber Optic Transmission Frequently Asked Questions
What is fiber optic transmission in surveillance systems?
Fiber optic transmission refers to the use of fiber optic cables to transmit video and data signals over long distances with minimal signal loss. This technology is highly advantageous for surveillance systems, as it provides high bandwidth, resistance to electromagnetic interference, and secure data transmission, making it ideal for high-security environments.
How far can fiber optic transmission extend for surveillance cameras?
The distance for fiber optic transmission can vary significantly depending on the type of fiber used and the equipment specifications. Generally, single-mode fiber can transmit signals up to 40 kilometers or more, while multi-mode fiber typically supports distances of up to 2 kilometers. This makes fiber optic systems suitable for extensive surveillance networks.
What are the benefits of using fiber optics for video surveillance?
Using fiber optics for video surveillance offers several benefits, including higher data transmission rates, longer transmission distances without signal degradation, and immunity to electromagnetic interference. Additionally, fiber optic cables are more secure against tapping, making them a preferred choice for sensitive surveillance applications.
Are there specific types of fiber optic cables for surveillance systems?
Yes, there are two main types of fiber optic cables used in surveillance systems: single-mode and multi-mode. Single-mode fibers are designed for long-distance transmission and have a smaller core, while multi-mode fibers are suitable for shorter distances and have a larger core. The choice depends on the specific requirements of the surveillance setup.
What should I consider when choosing fiber optic equipment for my surveillance system?
When selecting fiber optic equipment, consider factors such as compatibility with existing surveillance cameras, the required transmission distance, environmental conditions, and the type of data being transmitted. Additionally, ensure that the equipment complies with relevant standards and offers features like surge protection and ease of installation.















