FWS-2280: FLEXIBILITY, SECURITY AND CONNECTIVITY IN A COMPACT DESKTOP SOLUTION

Summary of FWS-2280: FLEXIBILITY, SECURITY AND CONNECTIVITY IN A COMPACT DESKTOP SOLUTION


AAEON’s FWS-2280 is a compact desktop uCPE network appliance powered by Intel Atom x6000E, Celeron, and Pentium N/J series processors, supporting up to 32 GB RAM. It targets SD-WAN, UTM, firewall, VPN, and related network applications with features like Intel AES-NI, four Gigabit RJ-45 ports, one SFP fiber port, six antenna ports, three Mini PCIe (co-lay with M.2) expansion slots, redundant power supply, and a 2.5" SATA drive bay for local storage and flexible wireless or cellular deployments.

Parts used in the FWS-2280:

  • Intel Atom x6000E series processor (supported)
  • Intel Celeron N series processor (supported)
  • Intel Pentium J/N series processor (supported)
  • Up to 32 GB RAM
  • Four copper Gigabit RJ-45 LAN ports
  • One fiber SFP port
  • Six antenna ports
  • Three Mini PCIe slots (co-lay with M.2)
  • Redundant power supply
  • 2.5 inch SATA drive bay

The FWS-2280 is a powerful, compact white box solution for network applications such as SD-WAN and UTM, powered by the Intel® Atom™ x6000E series processors.

AAEON, a leader in uCPE white box solutions, announces the FWS-2280 desktop network appliance. Powered by the Intel® Atom x6000E, Celeron® and Pentium® N and J series processors (formerly Elkhart Lake), the FWS-2280 brings performance, flexibility, and a host of technologies designed to power network applications including UTM, Firewall, SD-WAN, VPN and more.

The FWS-2280 is powered by the latest Intel® Atom x6000E, Celeron® and Pentium® N and J series processors, combined with up to 32 GB of RAM, allowing the system to handle intensive networking applications. The Intel processor helps bring a host of technologies designed for more secure encryption and faster, more accurate connections, such as Intel® AES-NI.

Designed for faster, more flexible connections, the FWS-2280 offers the features and support to power any network deployment. The system comes standard with four copper Gigabit RJ-45 LAN ports and one fiber SFP port, allowing fast, direct connections. The FWS-2280 provides ultimate flexibility for wireless networks with six antenna ports and three Mini PCIe slots (co-lay with M.2), allowing up to three expansion modules to be installed at the same time. This allows for the deployment of either multiple overlapping Wi-Fi and Bluetooth networks, as well as support for cellular WWAN deployments utilizing 4G and 5G communication.

The FWS-2280 is built with several features to help deliver more functionality and more reliable networking. The system features a redundant power supply to help keep networks connected even if one power source fails. It also features a 2.5” SATA drive bay to help power local network storage needs.

Read more: FWS-2280: FLEXIBILITY, SECURITY AND CONNECTIVITY IN A COMPACT DESKTOP SOLUTION

Quick Solutions to Questions related to FWS-2280:

  • What processors power the FWS-2280?
    The FWS-2280 is powered by Intel Atom x6000E, Celeron, and Pentium N and J series processors.
  • How much RAM does the FWS-2280 support?
    It supports up to 32 GB of RAM.
  • What network ports are included on the FWS-2280?
    The system comes with four copper Gigabit RJ-45 LAN ports and one fiber SFP port.
  • Does the FWS-2280 support wireless and cellular expansion?
    Yes, it has six antenna ports and three Mini PCIe slots (co-lay with M.2) allowing wireless and cellular modules.
  • Can the FWS-2280 handle SD-WAN and UTM applications?
    Yes, it is designed to power SD-WAN, UTM, firewall, VPN, and similar network applications.
  • What storage options are available on the FWS-2280?
    It features a 2.5 inch SATA drive bay for local storage.
  • Does the FWS-2280 include features for secure encryption?
    Yes, the Intel processor provides technologies such as Intel AES-NI for secure encryption.
  • Is there any redundancy for power on the FWS-2280?
    Yes, the system features a redundant power supply to maintain connectivity if one source fails.

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