Security monitoring POE (Power Over Ethernet) dedicated network cable is a cable specially designed for transmitting data and power at the same time. It makes it possible to power network devices through standard Ethernet infrastructure without the need for additional power wiring. This is particularly useful for security monitoring systems where it is difficult to obtain power at the installation location or where you want to reduce the complexity of cable laying. Next, TST CABLES Nico will take you to understand its characteristics, selection criteria and applications.
POE technology follows standards such as IEEE 802.3af and IEEE 802.3at, which define how to provide direct current through Ethernet cables without interfering with data transmission. Typically, a 4-pair twisted pair Cat5e, Cat6 or higher specification network cable is used, in which data signals are transmitted using two pairs of wires, and power can be transmitted through another two pairs of wires or the same two pairs of wires as the data.
Suitable for engineering and home improvement network system wiring, with a transmission bandwidth of 100MHz and support for duplex applications. Mainly used for 100base-The 1000base-T network transmission, fully supports all language systems, with a maximum transmission rate of 1000Mbps, and is also suitable for high-speed applications in POE monitoring systems, visual intercom systems, multimedia, etc.
For security monitoring systems, the benefits of using POE dedicated network cables include:
Simplified installation: reduces the need for independent power supplies and related wiring, making installation easier.
Flexibility: cameras or other equipment can be arranged more flexibly, regardless of whether there are power outlets nearby.
Cost-effectiveness: reduces installation costs and time, because no professional electricians are required to lay power cables.
Centralized management: facilitates unified management and control of all connected devices in the network center, including functions such as remote power off and restart.
When choosing a suitable POE network cable, consider the quality of the cable, whether it meets the relevant POE standards, and whether it can meet the performance requirements in a specific environment. For example, in long-distance transmission or outdoor environments, you may need to choose a more durable cable that supports longer transmission distances.
Features of security monitoring POE dedicated network cable
Conductor material: High-quality POE network cables usually use pure copper as the conductor material to ensure the efficiency and stability of power transmission. Some low-quality cables may use alternative materials such as copper-clad aluminum, which will affect performance.
Shielded design: To prevent electromagnetic interference (EMI), some POE network cables use a shielded design such as FTP (foil shielded twisted pair) or SFTP (double shielded twisted pair). This is very important for reducing data loss and ensuring signal integrity, especially in industrial environments or high-interference areas.
Temperature adaptability: High-quality POE network cables are able to operate over a wide temperature range, which is critical for outdoor installations or applications under extreme conditions.
| Product type | Security monitoring dedicated network cable | ||||
| Model | – | ||||
| Specifications | 4x2x25AWG | ||||
| Core conductorCore insulation | Conductor material | Copper | |||
| Nominal diameter | 25AWG | ||||
| Shielding material | Insulation material | High-density polyethylene HDPE | |||
| Sheath | None | Smooth and bright surface, full and tight | Smooth and bright surface, full and tight | Smooth and bright surface, full and tight | |
| Inkjet markingCore colorPacking method | Surface | PVC | |||
| Sheath material | Gray-white | ||||
| Color | Black | ||||
| Packing length | Font color | Copper | |||
| Tear ropeTransmission frequency | First pair of white (blue)/blue | Second pair white (orange)/orange | |||
| Third pair of white (green)/green | Fourth pair white (brown)/brown | ||||
| Minimum bending radius | Pull-out box | ||||
| Meet the standard | 305m | ||||
| Product type | have | Drain line | none | ||
| Model | 100MHz | ||||
| Specifications | Not less than 8 times the cable diameter | ||||
| Core conductor | 100BASE-TX， IEEE802.3af(POE)，802.3at(POE+)，802.3bt(POE++) | ||||
| Product type | Security monitoring dedicated network cable | ||||
| Model | – | ||||
| Specifications | 4x2x26AWG | ||||
| Core conductorCore insulation | Conductor material | Copper | |||
| Nominal diameter | 26AWG | ||||
| Shielding material | Insulation material | High-density polyethylene HDPE | |||
| Sheath | None | Smooth and bright surface, full and tight | Smooth and bright surface, full and tight | Smooth and bright surface, full and tight | |
| Inkjet markingCore colorPacking method | Surface | PVC | |||
| Sheath material | Gray-white | ||||
| Color | Black | ||||
| Packing length | Font color | Copper | |||
| Tear ropeTransmission frequency | First pair of white (blue)/blue | Second pair white (orange)/orange | |||
| Third pair of white (green)/green | Fourth pair white (brown)/brown | ||||
| Minimum bending radius | Pull-out box | ||||
| Meet the standard | 305m | ||||
| Product type | have | Drain line | none | ||
| Model | 100MHz | ||||
| Specifications | Not less than 8 times the cable diameter | ||||
| Core conductor | 100BASE-TX， IEEE802.3af(POE)，802.3at(POE+)，802.3bt(POE++) | ||||
Select security monitoring POE dedicated network cable standards
Supported standards: Make sure the selected network cable meets the latest POE standards (such as IEEE 802.3bt), which can support higher power output and is suitable for a wider range of equipment needs.
Cable category: Cat6 and above category network cables are more suitable for high-speed networks and POE applications because they provide better performance and longer transmission distances.
Certification: Choose products with relevant certifications, such as ISO/IEC, TIA/EIA, etc., to ensure quality and compatibility.
Select security monitoring POE dedicated network cable application considerations
Wiring planning: When deploying large-scale security systems, reasonable wiring planning is essential to avoid interference and ensure stable operation of the system.
Connector selection: High-quality RJ45 connectors can improve overall performance, especially in high-frequency applications.
Maintenance and inspection: Regularly inspect and maintain the POE network cable and its connections to ensure that there is no physical damage and that all connections are firm and reliable.
Choosing the right security monitoring POE dedicated network cable not only requires considering current needs, but also foreseeing possible future expansion and technology upgrades. Correctly selecting and using POE cables can help build an efficient and reliable security monitoring system. If you need a security monitoring POE cable, please feel free to send an email to communicate with TST CABLES cable engineers and receive free samples.
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