Transmission
Move video and data reliably over any distance with our transmission gear. Bridge long runs with fiber optic transmission, repurpose coax with UTP & baluns, or go cable-free using wireless transmission. Split and route sources via video distribution and matrix solutions, and convert streams with video encoders & decoders. For short hops and accessories, see data transmission—all built for surveillance uptime.
Featured Transmission Manufacturers
- $2,934.00SKU: FVR401S1
Comnet FVR401S1 4-Channel Digitally Encoded Video Receiver, sm, 1 Fiber
- 10-bit digital video transmission: transmits 4 real-time color video signals on one optical fiber
- Exceeds all requirements for EIA RS-250C short-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
- Compatible with all NTSC, PAL, or SECAM CCTV camera systems
$2,934.00Low Price Guarantee - $2,916.48SKU: WJGXD400
Panasonic WJ-GXD400 Multi-Channel Video Decoder with HDMI Interface
- Equipped with a HDMI interface supporting 1,920 x 1,080 display size
- 1x 4VGA (1,280 x 960) image with 2x VGA images or 6x VGA images can be displayed in a split screen
- Each of VGA images can be displayed at 30 or 25 frames/sec. (NTSC/PAL)
- Up to 256 cameras and encoders can be registered
- Supports tour sequence and group sequence
$2,916.48Low Price Guarantee - $2,915.25SKU: LTC-8782-60-02
Bosch LTC-8782-60-02 Code Translator Biphase to American Dynamics Manchester
- Provides full pan/tilt/zoom (PTZ) code conversions
- Incorporates front panel diagnostic indicators
- Convenient EIA 48 cm (19 in.) rack-mount included
$2,915.25Low Price Guarantee - $2,899.15SKU: FTV80S1FC
Pelco FTV80S1FC 8 Channel Single Mode Fiber Transmitter, FC
- Multimode Fiber Support for Distances up to 3 km (1.9 mi)
- Single-Mode Fiber Support for Distances up to 48 km (29.8 mi)
- Compatible with NTSC, PAL, or SECAM Video Standards
- Laser Diode for Transmission of Optical Signals
- Voltage Transient Protection on All Power and Signal Input/Output Lines
$2,899.15Low Price Guarantee - $2,890.00SKU: MRX-8885C
American Fibertek MRX-8885C 8-Ch Video / RS422/RS232 or RS485 Data
- Full Color Transmission
- Real Time Video Transmission
- Switch Selectable Termination and Fail Safe Bias
- Wall or Rack Mount
- PFM Video Transmission
$2,890.00Low Price Guarantee - $2,842.00SKU: FVT4014M1
Comnet FVT4014M1 4-Channel Digitally Encoded Video Transmitter + 4 Bi-directional Data Channels, MM
- Supports RS232, RS422, and 2 or 4-wire RS485 with tristate data interfaces
- Exceeds all requirements for EIA RS-250C short-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
- Compatible with all NTSC, PAL, or SECAM CCTV camera systems
$2,842.00Low Price Guarantee - $2,826.65$2,826.65Low Price Guarantee
- $2,811.88SKU: FVR40A4S
Comnet FVR40A4S 4-Channel Digitally Encoded Video Receiverr + 4 Audio Channels, sm, 1 Fiber
- 4 channels of real-time 10-bit digitally encoded EIA/TIA RS-250C Short-Haul quality video on one optical fiber
- 4 channels of 24-bit/96 Khz sampling rate digitally encoded audio for the highest possible audio quality
- Digitally Encoded Transmission: No video or audio performance degradation up to the maximum usable optical transmission distance or optical path loss
- 20Hz to 18Khz audio frequency response
- Line-Level 600 ohm balanced audio input and audio output at a maximum level of +6dBm
$2,811.88Low Price Guarantee - $2,804.00SKU: RT-91P5E-SL
American Fibertek RT-91P5E-SL Video/Ethernet/RS Data Rack Card Transmitter, Single Mode, 1 Fiber
- 10-bit digital video
- (2) 10/100Base-TX Ethernet ports, and up to (4) Multi-Protocol (switch selectable) Data and/or Contact Closures
- One singlemode optical fiber
- Diagnostic indicators provide a quick visual indication of system status
- Designed to be completely transparent
$2,804.00Low Price Guarantee
Transmission Frequently Asked Questions
What is video transmission in surveillance systems?
Video transmission refers to the process of sending video signals from a camera to a recording device or monitor. This can be done through various methods, including wired connections like coaxial cables or fiber optics, and wireless technologies. The quality and reliability of the transmission are crucial for ensuring clear video footage for security monitoring.
How does wireless video transmission work?
Wireless video transmission uses radio waves to send video signals from cameras to receivers without the need for physical cables. This method typically involves the use of Wi-Fi or other wireless protocols, allowing for greater flexibility in camera placement. However, it may be subject to interference and requires a stable power source for the cameras.
What are the benefits of using fiber optic transmission for surveillance?
Fiber optic transmission offers high bandwidth and long-distance capabilities, making it ideal for large surveillance systems. This technology is less susceptible to electromagnetic interference and provides superior image quality compared to traditional copper cables. Additionally, fiber optics can transmit data over several miles without degradation, ensuring reliable performance.
What is a balun and how is it used in video transmission?
A balun is a device that converts between balanced and unbalanced signals, commonly used in video transmission systems. It allows video signals to be sent over twisted pair cables or coaxial cables, facilitating longer distances without loss of quality. Baluns are particularly useful for integrating different types of video equipment in surveillance setups.
What should I consider when choosing a video transmission method for my home?
When selecting a video transmission method, consider factors such as distance between the camera and the recording device, environmental conditions, and the desired video quality. Wired options like coaxial or fiber optic cables provide stable connections, while wireless methods offer flexibility. Additionally, assess the installation complexity and the potential for future scalability of your surveillance system.
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