With ultra-low power consumption at a TDP of 7.5W, dual HDMI and LAN ports, 6 USB ports, an external SATA 3.0 slot, and support for up to 8GB RAM and Mini SATA SSD up to 256GB, the K6-F13A offers a powerful yet energy-efficient solution for safeguarding your network. Featuring support for RPL/PXE, wake on LAN, electricity boot, and WDT, this appliance firewall is a versatile and reliable choice for network protection.
Enhanced Security Features for Reliable Protection
The ShareVDI K6-F13A Mini PC 2 Lan is equipped with advanced security features to ensure reliable network protection. With dual LAN ports for secure data transfer, dual HDMI ports for versatile display connectivity, and 6 USB ports for peripheral devices, this appliance firewall offers a comprehensive security solution for businesses and organizations. Its external SATA 3.0 slot allows for additional storage options, while support for up to 8GB RAM ensures smooth performance in handling security protocols and tasks.
Compact Design with Efficient Performance
The fanless design of the ShareVDI K6-F13A Mini PC 2 Lan ensures silent operation and reliable performance in various environments. Its compact form factor makes it ideal for space-constrained setups while maintaining efficient network security measures. With ultra-low power consumption and support for wake on LAN and other boot features, the K6-F13A combines energy efficiency with high-performance capabilities, making it a cost-effective and sustainable choice for appliance firewall solutions.
Conclusion
ShareVDI’s focus on performance and reliability further cements the K6-F13A as a trusted solution for organizations seeking robust network protection. Built with high-quality components and designed for continuous operation, the K6-F13A can handle high volumes of traffic without compromising speed or efficiency. Its compact form factor not only saves precious space in offices but also provides a fanless design that minimizes noise and enhances longevity, ensuring uninterrupted operation even in demanding environments.
