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
- $82.19SKU: TP-TPL-423E2K
TP-Link TP-TPL-423E2K Powerline 1300 AV2 Adapter Kit with Built-In Outlet
- Includes two TPL-423E adapters
- Powerline 1300 networking over existing electrical lines
- Powerline noise filter minimizes interference from powered devices
- Built-in electrical outlet
- Enhanced Powerline performance and range from MIMO with Beamforming technology
$82.19Low Price Guarantee - $79.99SKU: HX510
TP-Link HX510 AX3000 Whole Home Mesh WiFi 6 AP
- Dual-Band Wi-Fi 6: Speeds up to 3000 Mbps—2402 Mbps on 5 GHz and 574 Mbps on 2.4 GHz
- Enhanced Security: WPA3 encryption, Multi-SSID, and Parental Controls provide personalized and safer online experience
- Wi-Fi Certified EasyMesh™: Experience strong, stable, and seamless wireless connections based on standard mesh technology
- Easy Setup: Set up your mesh WiFi in minutes with the powerful Aginet app
$79.99Low Price Guarantee - $128.50SKU: AEXRFA9
ELK AEXRFA9 Two-Way Wireless Transceiver with Alarm Engine Bus Adapter
- Allows the Alarm Engine to support Two-Way wireless sensors over the data bus
- ELK-AERF9 connects to the ELK-AEXRFA
- ELK-AEXRFA connects to the data bus of the E27 control board
$128.50Low Price Guarantee - $164.50SKU: AEXRFA3H
ELK AEXRFA3H 345 MHz RF Receiver with Alarm Engine Bus Adapter
- Allows the Alarm Engine to support 345 MHz (Honeywell) wireless sensors over the data bus
- ELK-AERF3H connects to the ELK-AEXRFA
- ELK-AEXRFA connects to the data bus of the E27 control board
$164.50Low Price Guarantee - $164.50SKU: AEXRFA3
ELK AEXRFA3 319.5 MHz RF Receiver with Alarm Engine Bus Adapter
- Allows the Alarm Engine to support 319.5 MHz wireless sensors over the data bus
- ELK-AERF3 connects to the ELK-AEXRFA
- ELK-AEXRFA connects to the data bus of the E27 control board
$164.50Low Price Guarantee - $118.50SKU: AEWF
ELK AEWF Alarm Engine Wi-Fi Adapter
- Standard supported: 802.11b/g/n
- Frequency: 2.4 GHz
- Includes 2 antenna options
$118.50Low Price Guarantee - $43.00SKU: AERF9
ELK AERF9 Alarm Engine Wireless Receiver for Two-Way Wireless Sensors
- Adds up to 128 individual wireless zones (sensors/points)
- Compatible with ELK's full line of Two-Way wireless sensors
- Connects to dedicated wireless receiver connector on the E27 control board
- The E27 supports up to 4) AERF9 transceivers
$43.00Low Price Guarantee - $78.85SKU: AERF3H
ELK AERF3H Alarm Engine Wireless Receiver for 345 MHz Sensors
- Adds up to 128 individual wireless zones (sensors/points)
- Compatible with 345 Mhz wireless sensors
- Connects to dedicated wireless receiver connector on the E27 control board or to the ELK-AEXRFA RF Bus Adapter
- The E27 supports up to 5) AERF3 receivers (One on-board and up to four on RF Bus Adapters)
$78.85Low Price Guarantee - $83.00SKU: AERF3
ELK AERF3 Alarm Engine Wireless Receiver for 319.5 MHz Sensors
- Adds up to 128 individual wireless zones (sensors/points)
- Compatible with ELK's full line of 319.5 Mhz wireless sensors
- Connects to dedicated wireless receiver connector on the E27 control board
- The E27 supports up to 5) AERF3 receivers
$83.00Low 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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