Mini PC Firewall, N305, Fanless Micro Computer Appliance, 4 x i226-V 2.5GbE LAN, Dual COM, Router Hardware, USB 3.1, HD, DP, OPNsense, AES-NI, DDR4, Barebone NO RAM NO SSD
Product Overview
Marke: PeeliCeeli
CPU-Modell: Intel Core i3
CPU-Taktfrequenz: 3,8 GHz
Cache-Größe: 6 MB
Beschreibung der Grafikkarte: UHD Graphics
Grafik-Coprozessor: UHD Graphics
Spezifische Verwendungsmöglichkeiten für Produkt: Business, Multimedia, Persönlich
Modellname: TMD-IBC2-4L2C
Enthaltene Komponenten: 1 x Firewall Mini PC, 1 x Power Adapter, 1 x SATA Cable
CPU-Hersteller: Intel
- Energy-Efficient Processor: Firewall Hardware equipped with N305 Processor, 6MB cache, 8C/8T, up to 3.8GHz and 15W TDP energy-efficient, Its multi-core and thread design making it excellent multi-task concurrent processing capabilities, easily handling high-load scenarios such as traffic monitoring and data filtering
- High-Speed Network: Comes with 4× I226-V 2.5 GbE ports, delivering fast and reliable connectivity. It ensures smooth data transfer and supports link aggregation, multi-connection load balancing, and VLAN segmentation. Ideal for business and home users who need reliable network performance
- RAM & Storage: Includes a 3200MHz DDR4 SO-DIMM slot supporting up to 32GB of RAM, delivering smooth multitasking and responsive performance. It also offers 1 x SATA 3.0 port, 1 x M.2 2280/2242 Key-M slot (self-adaptive for PCIe/SATA SSDs), and a Mini-PCIe slot for expansion (4G/WiFi module not included), a SIM slot
- Flexible I/O: The router appliance with 1 x HD + 1 x DP supports dual 4K@60Hz displays. Ideal for users needing synchronized or independent displays. It also features 2 x USB 3.1, 4 x USB 2.0, and 2 x RS232 COM, providing flexible connectivity options for various peripherals and devices
- Fanless Cooling: With a fanless design, it operates silently while maintaining a low TDP. The passive cooling system ensures quiet, energy-efficient operation, effective heat dissipation, and protection against dust and moisture, ideal for 24/7 firewall appliance use and prolonged high-performance tasks