The advantages of PON in monitoring are as follows. 1, reduce network construction costs PON is a traditional solution to build a network at a lower cost than traditional solutions. Most of the traditional video surveillance system is the use of video coaxial cable or network cable, the distance using video optical terminal + optical cable + video optical terminal form of transmission, and the use of PON-PoE technology after an ONU can be connected through the network cable within a hundred meters of multiple IP cameras, the number of devices will be greatly reduced. 2, the entire network stability greatly improved. PON system is generally splitter and optical fiber, the main component is glass, long service life; no active equipment, also avoids power outages, lightning strikes, overcurrent and overvoltage damage and other common failures of active equipment, high network reliability, significantly reducing maintenance costs. 3, Carry range video surveillance network coverage is wide. Can provide 0.5 ~ 20KM long-distance video signal access, basically covering the range of medium-sized urban areas, the vast majority of the city's cameras can be directly through the optical network to the image information transmitted to the bureau's video surveillance platform. 4, large transmission bandwidth. The bandwidth of each ONU can be dynamically adjusted between 2M~1Gbps, and the average uplink bandwidth of each ONU is around 30M, i.e. in one OLT port (backbone fiber can carry 240 video code streams). 5, flexible networking. Network model is not limited, through the combination of different splitters can be flexible to form a chain, tree, star network. According to the different geographical locations of the camera, as well as the different needs of customers, adjust the networking mode to meet the rationalization of network resources configuration. 6, system expansion is simple. PON is transparent to a certain extent to the transmission system used, the number of monitoring points need, the transmission side expansion is easy to operate.

5G is the next generation of wireless network technology that will fuel innovation and transform the way we live, work, and play. 5G networks can be built in different ways from multiple bands of wavelength spectrum: low-band, mid-band, and high-band. High-band millimeter wave frequencies have greater bandwidth available to carry more data in dense urban areas but require cell sites to be in close proximity and have limited penetration in buildings. Mid-band balances speed and range, providing broader coverage than high-band. And it’s less impacted by buildings. However, much of its bandwidth is already in use, so there’s not a lot available for 5G growth. Low-band, like our powerful 600MHz spectrum, travels farther than other bands—over hundreds of square miles—and can pass through more obstacles, providing a better, more reliable signal both indoors and out. To support 5G network construction, SeikoFire Technology is now cooperating with China Telecom, and supplying optic fiber fusion splicer S6, palm OTDR S2100, outdoor cable, optical cleaning tool kits, fiber cleavers and other related telecom test instruments.

Reasonable and effective cable layout plays an important role in saving electrical energy, saving energy and reducing consumption. At present, there are two main construction situations in the computer room, one is centralized wiring, and the other is two-level cable management, mainly referring to network switches. SeikoFire Technology always provide high-quality Test & Instruments for our clients' cable layout projects, like optical fiber fusion splicers, PON OTDRs, indoor cables, fusion splicing took kits, etc.

FTTH offers the developer/builder the opportunity to make more money per home, while offering the home buyer an improved lifestyle. FTTH solutions offer the highest bandwidth and make possible high-quality, life enhancing experiences which many home buyers desire and appreciate.  An FTTH network makes use of many types of fiber cable assemblies to bring connectivity to single homes, multi-dwelling units, apartment buildings, office buildings, light commercial buildings, etc. Our company can help real estate developers, network designers, installers, builders, owners and other involved parties from the early phases of design to FTTH cable manufacturing, delivery and complete installations. SeikoFire Technology is a professional supplier of FTTH products, like indoor and outdoor cable, pigtail, patch cords, FTTH drop cable, ftth splicing machine, palm OTDR, power meter, visual fault locator, ftth tool kits, etc.

There are numerous tasks involved in deploying fiber to the x (FTTx) technology and while some are obvious, others require more thought and consideration. In general, the tasks fall into three categories: preparation, installation and measuring. The design of an FTTx installation requires you to know the optical power required to reach the end user, to understand the conditions within the terminating premise, and to have details of the speeds and bandwidth required for each user. Once planning is completed, schedules and routes created, and resources prepared, the installation can begin.  The main components that SeikoFire Technology could provide you are below. Each requires the right tools, techniques and planning: Fiber optic cables. Splice closures. Optical splitters, connectors and adapters. Optical fiber fusion splicer Optical patch panels for fiber drop cables and associated patch cords.

SeikoFire Technology's optical fiber fusion splicer is very suitable for indoor & outdoor MAN (Metro Area Network) projects; with stable performance, high battery capacity and robust industrial design, SeikoFire Technology won several domestic tenders of MAN of different cities.  SeikoFire Technology is becoming more and more popular provider of optic fiber devices and equipment.