ShareVDI K8-F12 is a compact, fanless Pfsense Mini PC designed for high-performance firewall and routing applications. Measuring just 133x126x36mm, it features four Intel I226-V 2.5GbE ports.
In addition, the device offers 2x USB 3.0, VGA and HDMI video outputs, and 1 x MPCIe slot for Wi-Fi and Bluetooth modules.
The firewall PC K8-F12 in NUC design houses a Pentium J3710 processor. Four network ports enhance connectivity. It’s compact yet powerful, suitable for diverse applications. The processor ensures stable performance for multitasking. Ideal for small offices or home networks, its efficient design allows for easy setup and maintenance, making it a reliable choice for network-intensive tasks within limited space.

The Firewall Device K8-F12 exhibits remarkable network capabilities. With 4x Gigabit Ethernet, it ensures stable wired connections. The 2.4G WIFI module, supporting 802.11 b/g and operating via USB channel, offers convenient wireless access. This combination provides flexible and efficient network performance, suitable for diverse networking scenarios, enhancing data transfer speed and connectivity reliability.

The Firewall PC K8-F12 offers multiple key functions. It supports PXE for network booting, Auto-Power-on for automated startup, Wake-on-LAN for remote activation. With AES-NI support, it enhances network and data security. This device ensures system stability and reliability, making it an ideal choice for safeguarding network infrastructure and maintaining efficient data management operations.

The Firewall PC K8-F12 delivers tailored security across settings: In schools, it segments classroom networks and filters threats; in offices, it splits team networks to safeguard data and remote collaboration; at home, it shields smart devices with safe bandwidth distribution; in industry, it isolates automation gear, blocking unauthorized access.

When you purchase the Firewall Device K8-F12, you will get a comprehensive package. It includes a ShareVDI firewall router for versatile computing. A power adapter and cable for power supply. A user manual to guide you. A certificate of quality for assurance. A mounting bracket for installation. WIFI components and screws. Also, a SATA hard disk cable for storage connection, fulfilling all your basic setup and operation needs.

Unlike conventional consumer routers, the K8-F12 is engineered from the ground up for 24/7 commercial-grade operation. Its fanless architecture eliminates moving parts, dramatically reducing failure points and noise. With AES-NI hardware acceleration, VPN throughput reaches up to 500 Mbps — 10x faster than software-based encryption on comparable chipsets.
The four Intel I226-V 2.5GbE controllers are a deliberate choice over Realtek alternatives: Intel chipsets offer lower latency, better packet handling under load, and superior driver support across pfSense, OpenWrt, Untangle, and all major Linux distributions. This means fewer dropped connections, more predictable throughput, and easier troubleshooting when issues arise.

The K8-F12 supports virtually every open-source firewall and routing OS in active use today. Whether your team standardizes on pfSense, OPNsense, OpenWrt, Untangle, or a custom Linux build with nftables/iptables, the K8-F12 boots cleanly and all hardware is recognized out of the box — no driver compilation or kernel patching required.
For Windows shops, the device also runs Windows 10/11 and Windows Server, enabling hybrid router/Domain Controller deployments in branch office scenarios.

Every K8-F12 ships with these enterprise-grade features that matter for always-on network infrastructure:

Small Business Offices: Replace consumer-grade routers with a dedicated firewall that provides VPN access for remote workers, VLAN segmentation for guest Wi-Fi, and content filtering — all in a device that fits behind a desk.
Retail & POS Networks: Isolate POS terminals from guest Wi-Fi, secure credit card transaction traffic, and centrally manage firewall rules across multiple store locations.
Industrial & Manufacturing: Segment OT (operational technology) networks from IT networks to protect industrial control systems from cyber threats, while maintaining reliable uptime in factory environments.
Education: Filter malicious content on classroom networks, segment administrative and student VLANs, and provide consistent firewall policy enforcement across campus.

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