POE splitter: Helping old residential areas to rebuild and build smart monitoring systems
Case Background
Old residential communities are densely populated, feature outdated facilities, and operate in complex environments, posing significant risks to residents' property safety. The importanCE of community security systems to residents' lives is undeniable. To improve community security and safeguard residents' property, the community has introduced an advanced smart security monitoring system, helping to create a safe, stable, and civilized living environment.
Case Challenges
- Installing a surveillance system in an old residential community also presents the high cost of long-distance wiring for power and network cables.
- The complex and crowded nature of wiring in old residential communities makes wiring deployment difficult.
Solution
To address these issues, Shenzhen TStone Technology Co., Ltd. offers a solution that uses Poe Splitters to simplify line deployment, effectively solving the challenges of building smart network security systems.
- What is a PoE splitter?
A PoE splitter is a practical and economical network accessory in a PoE power supply system, allowing users to connect non-PoE devices to a Poe Network. It receives the PoE signal from the PSE and separates the power and data signals, providing data transmission and power support for non-PoE devices.
- Advantages of the Solution:
A PoE splitter provides a new solution for powering non-PoE devices. Its main advantages are:
a) Simplified Line Deployment: The advent of PoE splitters allows non-PoE devices to use Power over Ethernet, eliminating the need for additional power cables.
b) Easy and Convenient Installation: PoE splitters are compact and lightweight, with standard input and output interfaces, making installation simple.
c) Cost Savings: PoE devices are generally more expensive than non-PoE devices. Using a PoE splitter not only extends the lifespan of non-PoE devices but also helps users meet their power needs at a lower cost.
d) Diverse Application Scenarios: PoE splitters can be flexibly applied in security surveillance, audio and broadcasting, wireless coverage, and other fields, providing users with a more flexible power supply solution.
- Solution Implementation
A PoE switch is used at the power supply end to integrate power and data, transmitting them over long distances via network cables. At the receiving end, a PoE splitter is connected to separate the network power and provide both power and data transmission for surveillance cameras. This effectively avoids the cost of deploying additional wiring, enabling community security monitoring without the need for expensive PoE cameras, resulting in significant cost savings.
Solution Value
The application of PoE splitters in residential security surveillance retrofits demonstrates the immense value of PoE power supply, providing a novel solution for the digital transformation of community governance. Furthermore, PoE solutions continue to achieve strong results in industries such as education, smart agriculture, and digital architecture. In the near future, the "grid-to-grid" power integration provided by PoE will be applied to even more fields, facilitating the digital transformation of traditional industries in the new era.