The Web UI now uses the "Device Name" instead of the "Router Name" on the Status and System pages The Firewall Log will now put in its own page rather than in the Event Log After pressing Apply Changes, the WebUI will now stay on the same page and display a message instead of going to the Dashboard page Added the Ability to access Web Admin page from IP Forwarding WAN via LAN/VLAN IP Added a TB scale in addition to MB, GB in Usage Reports Added support for using the default LAN IP address as the outgoing IP for Local Services Added support for UDP tests of up to 2 Gbps bandwidth If Server/Port information is not specified for URL or Session Logging, Remote Syslog server settings will be used URL Logging has been relocated from Content Blocking page to System > Event Log. Updated the protocols of DPI Report which will be consistent with Web UI Added the ability to detect P2P, Gaming categories, and IoT Protocols Fixed an issue where the DHCP server may not reply to DHCP discovery or requests in rare situations Added ability to disconnect the Wi-Fi and Remote User Access clients The CLI now uses the"Device Name" instead of the "Router Name" when responding to the "get system" command. Added support for performing ping / traceroute from specific LAN or WAN Interfaces The Status display now shows exported routes Added the ability to set a new Billing Cycle Added the ability to send USSD codes via cellular connections An Icon will be displayed on Cellular status of Dashboard when Bandwidth Allowance Monitor usage hits 100% and "Reserve for management traffic" option is enabled Added support for prioritizing cellular carriers Added custom hosts for ping target on SmartCheck Added Support for 16 Captive Portal Profiles in enterprise-grade modelsĬompatible with Balance: 305/380 or above Added the ability to receive SMS messages through cellular connectionsĬompatible with Balance: 20X, 30 LTE/Pro, 310X Added support for 802.11k neighbor report base on Wireless SSIDs Added support for WPA3 security policyĬompatible with MAX: BR1 MK2, Transit, 700 HW3 or above, HD2 HW5 or above, HD4 Added support for GPS time as time sync source and able to select GPS as the primary time sync source under System > TimeĬompatible with MAX: BR1/2, HD2/4, Transit Added NetFlow Support (To enable this feature, please go to Compatible with Balance: 30 LTE/Pro, One/Two, 210/310 HW4 or above, 305/380 or aboveĬompatible with MAX: BR1 ENT, Transit, 700 HW3 or above, HD2 HW5 or above, HD4Ĭompatible with X Series: EPX, SDX, MBX, 310X, 20X Added support for NTP ServerĬompatible with MAX: BR1 ENT, 700 HW3, HD2/4, Transit Revamped SpeedFusion Chart shows additional statisticsĬompatible with X Series: EPX, SDX, MBX, 310X (To enable this feature, please go to and choose Traffic Distribution Policy) Added Dynamic Weighted Bonding: a new SpeedFusion bonding algorithm for dynamic bandwidth connections, eg: cellular. Wi-Fi clients connect to the newly created SSID will use the related SpeedFusion Cloud link for Internet accessĬompatible with MAX: 700, BR1/2, HD2/4, Transit (Exclude: BR1 ENT, HD2 Mini, HD1/2 Dome) Added ability to create the new SSID for the SpeedFusion Cloud profile under the new SpeedFusion Cloud page. Added Dynamic Weighted Bonding algorithm support for SpeedFusion Cloud (To enable this feature, please go to and choose Traffic Distribution Policy)Ĭompatible with All Models (Except FusionHub) Added ability to select the LAN device to route all traffic to the SpeedFusion Cloud link for Internet access Added ability to connect up to three region of SpeedFusion Cloud Other typical features include WAN optimization, application-specific network rulesets, and centralized control of branch network via cloud.- Added SpeedFusion Cloud support It enables organizations to increase the bandwidth of existing MPLS connections while providing a failover backup, all at substantial cost savings compared to directly upgrading the MPLS line to the same standard of bandwidth and reliability. In the mainstream enterprise market, SD-WAN is typically used to add broadband, DSL, or mobile links to their existing connection. Software-Defined WAN has its roots in Software-Defined Networking (SDN), the underlying principle of which is to abstract the network hardware and transport characteristics from the applications that use the network.īusinesses and government agencies are adopting SD-WAN at a rapid pace to replace legacy WAN running on MPLS. Unlike traditional WANs, SD-WAN delivers increased network agility and cost reduction. Software-Defined Wide Area Networking (SD-WAN) is a revolutionary way to approach the simplification of branch office networking and assure optimal application performance by using centrally controlled and managed WAN virtualization.
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