Data Transmission
Move data reliably between cameras, recorders, and control rooms with our data transmission gear. Extend Ethernet or HDMI runs with extenders, push IP across legacy coax using IP over coax, and keep signals clean with repeaters and hubs. Need protocol conversion? See data converters. For phone and low-voltage runs, head to data & telephone. Build longer, smarter links without sacrificing video quality.
Featured Data Transmission Manufacturers
- $238.00SKU: MVE-AH1H1-42YQ
Seco-Larm MVE-AH1H1-42YQ Enhanced 4K HDMI over single Cat5e/6
- Extends 1080p up to 492ft (150m) and 4K2K up to 394ft (120m)
- Supports resolutions from 480i to 4K2K/UHD
- Supports 18Gbps video bandwidth
- Plug and play operation ″ "comes as a complete set
- HDCP 2.2 / HDCP 1.4 and DVI 1.0 compliant
$238.00Low Price Guarantee - $184.00SKU: INVID-IPEXTOUT2
InVid INVID-IPEXTOUT2 Outdoor Waterproof Gigabit PoE Extender
- Compatible with IEEE802.3af and IEEE802.3at
- Extends the range of PoE and Fast Ethernet an additional 300 ft
- No additional power supply is required
- Automatically detects and protects PoE equipments from being damaged
- Gigabit Full-rate network throughout the whole extended distance
$184.00Low Price Guarantee - $226.80SKU: 500454-PoE-RX
Muxlab 500454-PoE-RX HDMI / RS232 Receiver with PoE, HDBT, UHD-4K
- Supports 1080p deep color and full 3D to distances of up to 230 ft (70m) over single Cat5e/6
- Supports 4K @ 24/25/30Hz (4:4:4) and 4K/60 (4:2:0) to distances of up to 131 ft (40m) over single Cat5e/6
- Supports RS232
- Supports Bi-directional IR pass through
- Supports all digital audio modes
$226.80Low Price Guarantee - $826.03SKU: 500461
Muxlab 500461 Mini HDMI Fiber 4K Extender Kit
- HDMI 1.4a support
- HDCP support
- Compact design
- Distance up to 300m using LC Duplex multimode 50/125 µm OM3 fiber cable
- Supports 4K @ 24, 25, 30 Hz
$826.03Low Price Guarantee - $363.86SKU: 500112
Muxlab 500112 LongReach CCTV IP PoE Extender Kit, 15W
- Supports one IP PoE camera via one coax cable
- Supports CCTV IP PoE cameras up to 15.4W
- Up to 1000 ft (300m) via coax @ 100Mbps/15.4W
- Up to 330 ft (100m) on the LAN connection
- LED indicators for power, IP traffic, 100Mbps
$363.86Low Price Guarantee - $308.00SKU: 500072
Muxlab 500072 USB 2.0 4-Port Extender Kit
- True plug and play, no driver installation required
- Extends USB 2.0 high-speed and USB 1.1 (low-speed, full-speed) devices up to 100m (328ft) over Cat5e/6 cable
- Supports all USB device types: Control, Interrupt, Bulk and Isochronous at up to 480Mbps
- Compatible with major operating systems
- Aluminum enclosure and wall mount
$308.00Low Price Guarantee - $29.95SKU: 151955
Manhattan 151955 Dual USB 3.0 SuperSpeed ​​Dock and 2.5" SATA Hard Drive
- Provides fast data access, offers portable storage, and makes it easy to backup and share data
- Dual insertion slots allow connection of 2.5" SATA hard drives up to 6TB
- Quickly copy/transmit data from one drive to another
- Allows RAID 0 (striping) and RAID 1 (mirror) configurations via USB and eSATA
- Data transfer rate up to 500 MB/s
$29.95Low Price Guarantee - $23.99SKU: 168410
Manhattan 168410 7-Port USB 3.2 Gen 1 Type-C Hub
- Adds seven USB-A ports to connect mice, keyboards, flash drives and more or to charge and sync mobile devices
- USB 3.2 Gen 1 (formerly USB 3.0) Type-A ports with SuperSpeed transfer rates up to 5 Gbps and charging up to 4.5 W (5 V / 0.9 A)
- Bus powered: no external power supply needed
- Optional 5 V / 2 A Micro-USB input port to connect a USB charger for maximum output power on the USB-A ports
- Backward compatible with USB 2.0
$23.99Low Price Guarantee - $42.95SKU: 163552
Manhattan 163552 USB 3.2 Gen 1 Type-C 3-Port Hub with Power Delivery
- Provides a Type-C device with three SuperSpeed USB Type-A ports for additional peripherals
- USB-A ports support SuperSpeed (5 Gbps) data transmission, charging up to 5V/1A
- Bus powered / USB-C port charges host device and hub with USB Power Delivery (PD) using device's existing power supply
- Supports USB Power Delivery (PD) function up to 60 W; requires an external PD charger ″ "available fromManhattan
- Overcurrent protection; hot-swappable
$42.95Low Price Guarantee
Data Transmission Frequently Asked Questions
What is data transmission in surveillance systems?
Data transmission in surveillance systems refers to the process of sending video and audio signals from cameras to recording devices or monitors. This can be achieved through various methods, including wired connections like Ethernet and coaxial cables, or wireless technologies. Reliable data transmission is crucial for ensuring high-quality video feeds and maintaining system integrity.
How does Power over Ethernet (PoE) work?
Power over Ethernet (PoE) allows network cables to carry electrical power along with data, eliminating the need for separate power sources for devices like IP cameras. This technology simplifies installation and reduces clutter by using a single cable for both data and power, making it ideal for surveillance setups where cameras may be installed in hard-to-reach locations.
What are the benefits of using Ethernet over coaxial adapters?
Ethernet over coaxial adapters enable the transmission of Ethernet data over existing coaxial cabling, which can be beneficial for upgrading older surveillance systems without extensive rewiring. These adapters maintain signal integrity over long distances and can support Power over Ethernet, providing both power and data to cameras through the same coaxial cable, enhancing installation flexibility.
Can I extend the range of my surveillance system's data transmission?
Yes, you can extend the range of your surveillance system's data transmission using extenders or adapters designed for this purpose. Devices like Ethernet over coax extenders can significantly increase the distance over which data can be transmitted, allowing you to place cameras farther from your recording equipment without losing signal quality or reliability.
What should I consider when choosing a data transmission solution for surveillance?
When selecting a data transmission solution for surveillance, consider factors such as the distance between your cameras and recording devices, the type of cabling already in place, and whether you need Power over Ethernet capabilities. Additionally, assess the bandwidth requirements of your cameras to ensure that the chosen solution can handle the data load without compromising video quality.
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