AINOPOL PON Solution Empowers Large-Bandwidth Upgrades for Public Security Video Surveillance

As public security video surveillance systems step into the era of ultra-high definition and intelligence, traditional Ethernet switch transmission solutions have gradually revealed bottlenecks in the face of massive bandwidth pressure from camera access. Leveraging its profound accumulation in PON technology, AINOPOL has launched a forward-looking PON network solution with large bandwidth and flexible configuration, providing a solid and reliable guarantee for the transmission links of public security video surveillance.

Large Bandwidth with Flexible Configuration: Meeting Surveillance Needs of Diverse Scenarios

In video surveillance scenarios, cameras with different pixel resolutions have vastly different upstream bandwidth requirements. AINOPOL’s PON solution features extreme flexibility and can be precisely configured according to the specifications of actually deployed cameras.

The AINOPOL PON platform supports a variety of mainstream PON technologies, including:

EPON: Delivers symmetric bandwidth of 1.25G upstream / 1.25G downstream, suitable for the access of standard HD cameras.

10G-EPON / 10G-GPON: Provides asymmetric bandwidth of 2.5G upstream / 10G downstream, specially designed for 4K/8K ultra-high definition cameras.

Symmetric 10G-GPON: Offers ultimate symmetric bandwidth of 10G upstream / 10G downstream, meeting the high requirements of future AI video stream backhaul and data aggregation.

This capability of flexible bandwidth configuration based on camera types enables AINOPOL’s solution to not only adapt to current H.265 cameras, but also seamlessly support future ultra-high definition intelligent analysis probes, truly realizing "construction on demand and elastic expansion".

Ultra-Simplified Architecture and High-Performance Hardware

AINOPOL fully understands that the stability of security systems is of paramount importance. Its core OLT platform adopts a large-capacity, high-performance architectural design with linear forwarding capability, ensuring non-blocking transmission even under extreme traffic loads.

High-density access: A single PON port can stably support the access of up to 64 HD IP cameras.

Flexible optical splitting: Combined with passive optical splitters and utilizing WDM technology, effective isolation and transmission of data are achieved through different wavelength combinations such as 1310nm/1490nm and 1270nm/1577nm.

This passive ODN network not only saves equipment room space and fiber resources, but also completely solves the problem of difficult power supply at the edge, enhancing the overall reliability of security systems.

Unified Platform and Smooth Evolution: Protecting Investments for the Future

Many security projects face the awkward situation of "road breaking and rewiring" during upgrades. AINOPOL’s solution perfectly addresses this pain point through a unified PON access OLT platform:

No rewiring required: Once the passive ODN (Optical Distribution Network) is laid, subsequent bandwidth upgrades are only implemented on the central office (OLT) and terminal (ONU) sides.

Smooth upgrade capability: The platform supports seamless evolution from basic EPON/GPON to 10G-PON and even future 40G-PON. Bandwidth can be doubled simply by replacing the corresponding optical modules or line cards, without modifying the original fiber optic lines.

This means that the wiring investment made for the AINOPOL PON solution today can continuously meet the bandwidth growth demands of video surveillance for the next decade.

In the field of public security video surveillance, the reliability of the transmission network directly determines the quality of data backhaul. Relying on the flexible combination of multiple technologies such as EPON, 10G-GPON and symmetric 10G-GPON, as well as the advantages of large bandwidth, smooth evolution and high cost performance, AINOPOL is emerging as the mainstream choice for the security transmission layer. Choosing AINOPOL is not only choosing a transmission system, but also choosing a future that evolves hand in hand with security technology.