The RB960PGS-PB by MikroTik is a compact yet powerful networking solution designed to meet the demands of modern network environments. Built on a MIPSBE architecture, it is powered by a QCA9557 CPU operating at 800 MHz, delivering consistent and reliable performance for your networking needs.

With a RouterOS license of 4 and running the RouterOS operating system, this device offers comprehensive routing and networking capabilities. Its 128 MB of RAM and 16 MB of FLASH storage provide sufficient resources for efficient data handling and storage.

In terms of connectivity, this router boasts five 10/100/1000 Ethernet ports, offering high-speed data transfer and efficient network management. Additionally, it features an SFP port, which enables fiber-optic connections, adding flexibility to your network.

Powering the RB960PGS-PB is a straightforward process, thanks to its two DC inputs, including a DC jack and PoE-IN. These inputs support a wide voltage range of 12-57 V, making it adaptable to various power supply scenarios. The device also supports passive PoE, simplifying the installation of PoE-powered devices.

This router's power efficiency is enhanced with passive cooling, ensuring it operates optimally while maintaining a compact form factor. It also supports passive PoE-out on ports Ether2 to Ether5, accommodating devices that require PoE.

Monitoring and control are integral features of this router, with PCB temperature and voltage monitoring, allowing you to keep a close eye on its performance and power status. Its MTBF of approximately 200,000 hours at 25°C speaks to its durability and reliability, even in demanding operational conditions ranging from -40°C to 70°C.

Certified with CE, EAC, and ROHS approvals, the RB960PGS-PB adheres to industry standards.

In conclusion, the MikroTik RB960PGS-PB is a versatile and reliable networking solution, ideal for a wide range of applications. With its robust hardware, efficient power management, and comprehensive monitoring capabilities, it's well-suited for both small-scale and more demanding network deployments, ensuring optimal performance and longevity.