This minimizes operational risks and optimizes network deployment. According to the manufacturer, FAST SIMPRECON can reduce operational costs and installation time by up to 80% in FTTX and FTTH projects, surpassing standard mechanical connector systems in robustness and cost-efficiency.
Furthermore, FAST SIMPRECON gives operators greater control over the supply chain, freedom in product selection, and flexibility in service provision, thanks to its independence from exclusive agreements and its ability to diversify suppliers. This autonomy in component selection allows solutions to be tailored to specific needs without legal concerns, offering a versatile and secure pre-connectorized solution.
Its design incorporates a reinforced universal optical adapter, facilitating compatibility with a variety of standard mechanical connectors. This adapter is key to reducing installation time, as it eliminates the need to open the termination box during the process, allowing for a direct and secure connection.
The FAST SIMPRECON's plastic housing, made of high-strength polypropylene (PP), provides robust protection against external factors such as physical impact, humidity, and exposure to chemical agents. This durability is essential for applications in both indoor and outdoor environments, where resistance to harsh conditions is a prerequisite.
In terms of safety and reliability, the FAST SIMPRECON complies with international IP65 and IP68 standards, guaranteeing its resistance to dust and water. This makes it ideal for use in a wide range of environments, including those susceptible to extreme weather conditions or industrial environments with high levels of dust.
The solution is compatible with single-mode optical fibers, adapting to the typical wavelengths of 1310nm and 1550nm.
The versatility of FAST SIMPRECON is also reflected in its applicability to different types of telecommunications projects, from FTTX and FTTH installations to enterprise and campus networks. Its universal design and the option to choose last-mile materials offer integrators and network operators significant flexibility in planning and deploying network infrastructures.
