var langObj = {
login__title: "QNAP Switch System (QSS)",
login__slogan: "Welcome to QSS! The switch management system helps you to easily set up and manage your network. Network planning is made easier with step-by-step guidance and a user-friendly interface.",
login__username: "Username:",
login__nameText: "Enter username",
login__password: "Password:",
login__passwordText: "Enter password",
login__rememberMe: "Remember me",
login__loginBtn: "Log in",
qssprojectName: "QSS Management",
header__logout: "Log out",
header__reboot: "Restart Switch",
header__language: "Language",
header__idel: "Idle Session Timeout",
about__title: "About",
about__version: "Version",
about__copyright: "©{0} QNAP Systems, Inc. All Rights Reserved.",
restart: "Restart",
header__restartMsg: "Do you want to restart the switch?",
yes: "Yes",
overview: "Overview",
menu__port: "Port Management",
menu__portstatus: "Port Status",
menu__vlan: "VLAN",
menu__aggregation: "Link Aggregation",
menu__mactable: "MAC Address Table",
menu__igmpsnooping: "IGMP Snooping",
menu__configurations: "Configuration",
menu__systemMgmt: "System",
menu__sysControl: "System Settings",
menu__firmwareupdate: "Firmware Update",
menu__sysinformation: "System Information",
linkUp: "Link up",
statuslinkUp: "Link up:",
linkDown: "Link down",
statuslinkDown: "Link down:",
port__enabled: "Enabled",
statusenabled: "Enabled: ",
port__disabled: "Disabled",
statusdisabled: "Disabled: ",
overview__modelname: "Model Name: ",
overview__ipaddress: "IP address: ",
overview__macaddress: "MAC address: ",
overview__switchFw: "Switch firmware: ",
overview__temperature: "Temperature: ",
overview__fanSpeed: "Fan speed: ",
overview__oneGtraffic: "Port Traffic",
overview__currentTraffic: "Current Traffic: ",
deviceinfo__dashboard: "Dashboard",
deviceinfo__info: "Device information: ",
deviceinfo__portStatus: "Port Status",
deviceinfo__vlanStatus: "VLAN Status",
deviceinfo__LAGStatus: "LAG Status",
deviceinfo__oneGStatus: "Port Traffic History",
deviceinfo__porttitle: "Current Port status: ",
deviceinfo__vlantitle: "Current VLAN status: ",
smallPort: " port",
deviceinfo__LAGtitle: "Trunking groups: ",
deviceinfo__port: "Port: ",
menu__howto: "Setting Guide",
helper__step1: "Step 1:",
helper__step2: "Step 2:",
helper__step3: "Step 3:",
helper__step4: "Step 4:",
helper__step5: "Step 5:",
helper__step6: "Step 6:",
helper__step7: "Step 7:",
helper__step8: "Step 8:",
helper__step9: "Step 9:",
helper__step10: "Step 10:",
/*System Settings*/
systemInfo__devicename: "Switch Name:",
errorMessage__hostnameInvaild: "This field can only contain letters (A-Z, a-z), numbers (0-9), and special characters (-) .",
errorMessage__hostnameLength: "The host name must be 1-{0} characters long.",
menu__sysControl: "System Settings",
menu__sysinformation: "System Information",
menu__sysdhcp: "IP",
menu__syspassword: "Password",
menu__systime: "Time",
menu__sysbackup: "Backup & Restore",
menu__syshttps: "HTTPS",
menu__sysSmarfan: "Smart Fan",
updatefw__systemuptime: "System up time:",
updatefw__fwVersion: "Current firmware version:",
systemDhcp__managementMode: "Management access:",
systemDhcp__optionInBandMode: "In-band",
systemDhcp__managementModeInfo: "When using OOB management, you can access QSS using only the maintenance port.",
systemDhcp__vlanPort: "Inband Management",
systemDhcp__radiodhcp: "Automatically obtain IP & DNS",
systemDhcp__radioIp: "Manually set the IP & DNS",
systemDhcp__subnet: "Subnet:",
systemDhcp__getway: "Gateway:",
systemDhcp__dns: "DNS:",
systemPwd__currentPwd: "Current password:",
systemPwd__newPwd: "New password:",
systemPwd__confirmPwd: "Confirm new password:",
/*System Time*/
systemTime__currentDandT: "Current date & time:",
systemTime__timeZone: "Time zone:",
systemTime__setting: "Time configuration:",
systemTime__radiosync: "Synchronize with internet time server",
systemTime__server: "Server:",
systemTime__radiomanual: "Manual configuration",
systemTime__dateTime: "Date/ Time:",
systemTime__dst: "Daylight saving time:",
systemTime__dstManual: "Adjust the system clock manually",
systemTime__dstAuto: "Adjust the system clock automatically",
systemTime__dstWeek: "Week:",
systemTime__dstDay: "Day:",
systemTime__dstMonth: "Month:",
systemTime__dstHours: "Hours:",
systemTime__dstMinutes: "Minutes:",
systemTime__dstStart: "Start Time:",
systemTime__dstEnd: "End Time:",
systemTime__dstOffset: "Offset:",
dstDay__First: "First",
dstDay__Second: "Second",
dstDay__Third: "Third",
dstDay__Fourth: "Fourth",
dstDay__Last: "Last",
dstWeek__sun: "Sunday",
dstWeek__mon: "Monday",
dstWeek__tue: "Tuesday",
dstWeek__wed: "Wednesday",
dstWeek__thu: "Thursday",
dstWeek__fri: "Friday",
dstWeek__sat: "Saturday",
dstMonth__Jan: "January",
dstMonth__Feb: "February",
dstMonth__Mar: "March",
dstMonth__Apr: "April",
dstMonth__May: "May",
dstMonth__Jun: "June",
dstMonth__Jul: "July",
dstMonth__Aug: "August",
dstMonth__Sep: "September",
dstMonth__Oct: "October",
dstMonth__Nov: "November",
dstMonth__Dec: "December",
systemTime__dstOffsetMinutes: "minutes",
systemTime__dstManualWarning: "The DST range cannot be less than the specified offset value.",
systemBackup__backupTitle: "Back up System Settings",
systemBackup__backupContent: 'To backup all settings (including user accounts, server name and network configuration) click "Backup" and select to open or save the settings file.',
systemBackup__backupBtn: "Backup",
systemBackup__restoreTitle: "Restore System Settings",
systemBackup__restoreContent: 'To restore all settings: click "Browse", select a previously-saved settings file, and click "Restore".',
updatefw__browse: "Browse",
systemBackup__restoreBtn: "Restore",
systemBackup__passwordReset: "Password Reset",
systemBackup__passwordResetContent: 'You can reset the password by clicking "Password Reset", or by pressing and holding the physical reset button for 5 seconds.',
systemBackup__passwordResetAlert:'Are you sure you want to reset the password? Click "Yes" to change the password. ',
systemInfo__factoryReset: "Factory Reset",
systemBackup__factoryResetContent: 'Reset the entire configuration back to default by clicking "Factory Reset", or by pressing and holding the physical reset button for 10 seconds.',
systemInfo__factoryResetAlert: "Do you want to reset to default settings?",
systemBackup__restoreMsg : "The system will automatically restart after the configuration file is loaded. Do you want to continue?",
systemHttps__checkboxHttpsEnable: "Enable secure connection (HTTPS)",
systemHttps__tlsVersion: "TLS version compatibility:",
systemHttps__tlsVersionLabel11: "1.1 and later",
systemHttps__tlsVersionLabel12: "1.2",
systemHttps__tlsVersionInfo: "Notice: Use the latest TLS version to increase system security. Clients could, however, encounter compatibility issues with the updated TLS versions.",
diagPortTest__portTitle: "Port number:",
systemHttps__checkboxHttpsOnlyEnable: "Force secure connection (HTTPS) only",
systemHttps__httpsOnlyInfo: 'Notice: You can access the web administration page only via HTTPS after enabling "Force secure connection (HTTPS) only".',
smartFan__description: "Monitor the system temperature and control the fan speed accordingly.",
smartFan__fanMode: "Fan Speed Mode",
smartFan__normal: "Normal (recommended)",
smartFan__normalDesc: "Automatically adjust the fan speed based on the temperature of the system.",
smartFan__quiet: "Quiet",
smartFan__quietDesc: "Fan operates at low speed when the system temperature is below the system-defined threshold temperature. The fan switches to full speed when the system temperature is above the system-defined threshold temperature.",
smartFan__full: "Full speed",
smartFan__fullDesc: "The fan operates at full speed at all times.",
menu__liveupdate: "Live Update",
menu__firmwareupdate: "Firmware Update",
updatefw__alreadyUpdate: 'Your system is up-to-date.',
updatefw__autoFwContent1: 'A new firmware version for the device is now available. The firmware includes an updated digital signature to ensure switch safety. QNAP recommends updating the firmware to the latest version to avoid potential security breaches.',
updatefw__autoFwContent2: 'Click "Update" to update the firmware now. You can also update the firmware by going to the System Management page.',
updatefw__autoFwContent3: 'Note:',
updatefw__autoFwContent4: 'The network connection is interrupted during the firmware update process. The switch will reboot once the process is complete to apply the updates.',
updatefw__autoFwTitle: 'New Firmware Available',
updatefw__browse: 'Browse',
updatefw__checkupdate: 'Check for update',
updatefw__date: 'Date:',
updatefw__digiSignExp: 'The digital signature of the firmware is expired. The firmware integrity could be compromised. Do you want to continue updating the firmware?The system will restart when the update is complete.',
updatefw__digiSignNotValid: 'The firmware does not contain a valid digital signature.',
updatefw__digiSignTitle: 'Invalid Digital Signature',
updatefw__downgradeWarning: 'The uploaded version of the firmware is an older version than the firmware that is currently installed. Downgrading the version is likely to cause unpredictable issues.If you want to continue, click "OK". It is recommended that you reset the switch to the default settings after finishing the downgrade process.',
updatefw__downloadFail: 'Failed to download firmware.',
updatefw__fwFailContent: 'System error. Unable to update the firmware. (Error code: ',
updatefw__fwFailTitle: 'Firmware Update Failure',
updatefw__fwVersion: 'Current firmware version:',
updatefw__isAutoCheck: 'Automatically check if a newer firmware version is available when logging into QSS.',
updatefw__localUpdateContent: 'Are you sure you want to update and restart the system? Click "Update" to start the update process, or "Cancel" to stay on the current page.',
updatefw__selectfile: 'Select a file',
updatefw__status: 'Status:',
updatefw__systemuptime: 'System up time:',
updatefw__unAuthChange: 'The system found unauthorized changes on the firmware.',
updatefw__updateContent: 'A new firmware version/patch is available. Version: ',
updatefw__updateFail: 'Failed to update firmware.',
updatefw__updatesystem: 'Update System',
updating: 'Firmware is updating, please wait…',
save: "Save",
ok: "OK",
cancel: "Cancel",
today: "Today",
/*Port Mirroring*/
menu__portmirroring: "Port Mirroring",
mirroring__describe: "Port mirroring monitors network traffic and forwards a copy of a packet from one network switch port to another.",
mirroring__enable: "Port Mirroring:",
mirroring__type: "Mirror type:",
mirroring__transReceive: "Transmit & receive",
mirroring__transOnly: "Transmit only",
mirroring__receiveOnly: "Receive only",
mirroring__port: "Mirrored ports",
mirroring__sourceNoColon: "Source port",
mirroring__destinationNoColon: "Destination port",
mirroring__warningMsg: "Source port is required. Please select a source port.",
helper__mirrorContent1: "Enable port mirroring. This feature is disabled by default.",
helper__mirrorContent2: "Select the traffic mirroring direction for the port.",
helper__mirrorContent3: "Select one or more source ports to mirror their traffic.",
helper__mirrorContent4: "Send the copied traffic by selecting a destination port.",
helper__mirrorContent5: 'Click "Save" to apply and save the configuration.',
/*QoS*/
menu__qos: "QoS",
qos__describe: "QoS (Quality of Service) uses traffic prioritization and resource reservation control to provide distinct priorities to different applications, users, and data flow to guarantee a standard level of network performance.",
qos__note: "CoS and DSCP inspection cannot be used when a port is assigned to a LAG. You can only use the priority settings.",
qos__editDscp: "Edit DSCP Inspection",
qos__editCos: "Edit CoS Inspection",
port__portnumber: "Port",
qos__dscp: "DSCP Inspection",
qos__cos: "CoS Inspection",
qos__priority: "Priority",
qos__priorityQueue: "Priority Queue",
qos__dscpType: "DSCP value",
qos__pcpType: "CoS Value",
qos__dscpInfo: "Specify the priority queue required for DSCP priority queue mapping. 1 has the lowest priority while 8 has the highest priority.",
qos__cosInfo: "Specify the priority queue required for CoS priority queue mapping. 1 has the lowest priority while 8 has the highest priority.",
helper__qosSettingContent1: "DSCP Inspection: Enable/disable to check the Differentiated Services Code Point bits in the IPV4 L3 IP header to determine the priority of each frame.",
helper__qosSettingContent2: 'Advanced setting: By clicking "Edit" you can map the DSCP value (0-63) to priority (1 lowest - 8 highest) manually, however we suggest keeping the default setting for general applications.',
helper__qosSettingContent3: "CoS Inspection: Enable this setting to check the 802.1p Class of Service (CoS) bits in the L2 VLAN tag to determine the priority of each frame.",
helper__qosSettingContent4: 'Advanced settings: By clicking "Edit" you can map different CoS values (0-7) to different egress queues (1 has the lowest priority and 8 has the highest priority) manually, however, we suggest keeping the default setting for general applications.',
helper__qosSettingContent5: 'Priority: Set port priority by clicking " + " or " - ". 1 has the lowest priority and 8 has the highest priority.',
helper__qosSettingContent7: "Note: Weighted Round Robin (WRR) is applied as the default QoS scheduling mechanism - the number of packets sent from the queue are proportional to the weight of the queue. WRR scheduling prevents packets in low-priority queues from not being served, and ensures that delay-sensitive packets are preferentially transmitted.",
helper__qosSettingContent8: 'Note: Priority of an ingress frame is determined by the order of 1. DSCP, 2. CoS, and 3. Priority. You can manually enable these options as a combination or individually. For instance, if a "top-priority" port is required for a network design, ToS/DSCP inspection and CoS inspection can be disabled. This setting leaves only the port priority setting active, which results in all ingress frames being assigned the same priority on that port.',
qos__priorityInfo: "The port priority is first mapped to the CoS value and then mapped to the priority queue based on the CoS queue mapped values.",
/*Rate Limit*/
menu__ratelimit: "Rate Limits",
rateLimit__describe: "Rate limiting enforces a maximum data transfer rate on a specific network port.",
rateLimit__MultiPortCfg: "Multi-port Configuration",
rateLimit__ingressRate: "Ingress Rate (Mbps)",
rateLimit__egressRate: "Egress Rate (Mbps)",
rateLimit__ingressRateColon: "Ingress Rate:",
rateLimit__egressRateColon: "Egress Rate:",
rateLimit__ingress: "Ingress",
rateLimit__egress: "Egress",
rateLimit__Unlimited: "Unlimited",
rateLimit__Mbps: "(Mbps)",
loopProtection__loopProtection: "Loop Protection",
loopProtection__describe: "A network loop occurs when broadcast packets are forwarded continuously between two network devices. If a loop is detected, loop detection automatically disables the interface.",
loopProtection__title: "Loop protection:",
loopProtection__shutdownTime: "Shutdown time (seconds):",
loopProtection__seconds: "seconds",
loopProtection__shutdownTimeValid: "The value must be between 0 - 604800.",
loopProtection__loopProtectionStauts: "Loop protection status:",
loopProtection__reset: "Reset",
action: "Action",
loopProtection__loops: "Loops",
loopProtection__looping: "Looping",
loopProtection__lastLoop: "Last Loop",
loopProtection__warningHeader: "Reset Loop Detection Count",
loopProtection__resetInfo: "Do you want to reset the loop detection count?",
helper__loopProtectionContent1: "Enable or disable loop protection. Loop protection is disabled by default.",
helper__loopProtectionContent2: "Specify the shutdown time between 0 and 604800 seconds to control how long the port is blocked once a network loop is detected.",
helper__loopProtectionContent3: "Note: Specifying the value as 0 enables loop protection on the interface indefinitely.",
helper__loopProtectionContent4: "Select one or more ports on which to enable loop protection. The switch blocks the port traffic when a network loop is detected.",
helper__loopProtectionContent5: "Note: Using the reset function deletes all loop protection information and allows traffic on all switch ports.",
/*VLAN*/
vlan__describe: "VLAN (Virtual Local Area Network) allows administrators to group different ports on one or multiple connected switches. VLAN tagging keeps traffic from different networks separated when traversing shared links and delivers tagged packets to their corresponding VLAN(s).",
vlan__untag: "Untagged",
vlan__tag: "Tagged",
vlan__boundingNote: "If you need to add a link aggregation group to VLAN(s), ensure that you add all the bonded ports of the group.",
vlan__vlanId: "VLAN ID",
menu__vlan: "VLAN",
add: "Add",
vlan__addVlan: "Add VLAN",
vlan__vlanCong: "Port Configuration:",
errorMessage__vlanIdRange: "Allowed values: 2-4094",
errorMessage__vlanNumDuplicate: "This ID already exists.",
errorMessage__isReguired: "This value is required.",
errorMessage__PingCountRange: "Allowed values: 1-999",
vlan__atleastOne: "Each port must join at least one VLAN.",
vlan__empty: "VLAN {0} cannot be empty.",
delete: "Delete",
edit: "Edit",
helper__vlanSettingContent1: 'Click "Add" to initiate a new VLAN configuration.',
helper__vlanSettingContent2: "VLAN ID: A valid ID must be between 2-4094. The ID number cannot be repeated.",
helper__vlanSettingContent3: "Port: Choose the port member(s) for the VLAN.",
helper__vlanSettingContent4: "Tagged and Untagged: Check the tagged or untagged port members if needed.",
helper__vlanSettingContent5: 'Click "Save" to apply and save the configuration.',
helper__vlanSettingContent6: "Action: Click to edit the configuration or to delete it.",
helper__vlanSettingContent7: "Note: If you chose to add a LAG to VLAN, ensure that all bonded ports of the LAG are added.",
igmp__describe: "Internet Group Management Protocol (IGMP) snooping monitors IGMP network traffic to control delivery of IP multicasts. This ensures optimal bandwidth utilization.",
igmp__igmpsnooping: "IGMP Snooping: ",
igmp__blockFlooding: "Multicast flood blocking:",
igmp__igmpsnoopQuerier: "IGMP querier:",
igmp__routerPort: "Router Port",
igmp__fastLeave: "Fast Leave",
helper__igmpSettingContent1: "IGMP snooping: Enable/disable IGMP snooping. The state is disabled by default",
helper__igmpSettingContent2: "Multicast flood blocking*: Enable if necessary. It is disabled by default.",
helper__igmpSettingContent3: "Router Port: Assign a router port to the necessary port or LAG configuration. Fast-leave cannot be enabled if a port is assigned to this function.",
helper__igmpSettingContent4: "Fast-Leave: Enable fast-leave for all necessary ports.",
helper__igmpSettingContent6: "Note: Multicast flood blocking will block all multicast packets, including system control packets. We suggest that this function remains disabled unless necessary.",
igmp__blockFloodingNote: "Block multicast flooding from unknown sources",
helper__loopProtectionContent2: "Specify the shutdown time between 0 and 604800 seconds to control how long the port is blocked once a network loop is detected.",
helper__loopProtectionContent3: "Note: Specifying the value as 0 enables loop protection on the interface indefinitely.",
/*MAC Address Table*/
mactable__describe: "The MAC address table tracks MAC addresses and forwards associated unicast traffic through specific ports.",
mactable__dynamicTime: "Dynamic MAC address aging time (seconds):",
search: "Search",
port__type: "Type",
errorMessage__macTimeRange: "This value must be a number between 10 - 400.",
mactable__addAddress: "Add Static MAC Address",
mactable__vlanId: "VLAN ID: ",
errorMessage__staticMacVlanIdRange: "Allowed values: 1-4094",
errorMessage__vlanNumNoExists: "This VLAN ID does not exist.",
selected: "Selected",
selectedColon: "Selected:",
errorMessage__format: "Incorrect Format",
helper__macSettingContent1: "Configure the dynamic MAC address aging timer.",
helper__macSettingContent2: "Specify an aging timer between 10 and 400 seconds.",
helper__macSettingContent4: "Add static MAC addresses to the MAC address table.",
helper__macSettingContent5: 'Click "Add" to add a new static MAC address to the table.',
helper__macSettingContent6: "Specify a MAC address (e.g., 00:12:34:00:00:00).",
helper__macSettingContent7: "Select a VLAN ID from the drop-down menu.",
helper__macSettingContent8: "Assign a port number to the static MAC address.",
mactable__editAddress: "Edit Static MAC Address",
mactable__deleteTitle: "Delete Static MAC Address",
mactable__deleteContent: "Do you want to delete this MAC address?",
mactable__dynamic: "Dynamic",
mactable__static: "Static",
warning: "Warning",
errorMessage__dnserror: "DNS configuration is incomplete. Configure the DNS settings in the System Settings page.",
all: "All",
/*Link Aggregation*/
lag__describe: "LAG (Link Aggregation Group) combines multiple point-to-point links into a single high throughput data link, for yielding shared traffic load among individual links and enhancing connectivity.",
vlan__boundingNote: "If you need to add a link aggregation group to VLAN(s), ensure that you add all the bonded ports of the group.",
lag__mode: "Mode",
group: "Group",
helper__lagSettingContent1: 'Click "Edit Group" to initiate a LAG configuration.',
helper__lagSettingContent2: "Group Number: A valid number must be between 1-2. Group number cannot be repeated.",
helper__lagSettingContent3: 'Mode: Choose between "LACP" and "Static" mode.',
helper__lagSettingContent4: "LACP: A protocol that allows the port to participate only in dynamic aggregation selection. The port is part of the best aggregation selected by the system. LACP places the port into a passive negotiating state, in which the port waits for its peers to initiate negotiation.",
helper__lagSettingContent5: "Static: A protocol that allows the port to participate in static aggregation, wherein the port channel should be manually assigned to its member ports. Static LAG enables channeling without waiting for port peers to initiate negotiation.",
helper__lagSettingContent6: "Selected: Choose the port members for the group.",
helper__lagSettingContent9: "Note: If you want to enable LAGs on a VLAN, ensure that member ports of the LAG are removed from the VLAN and add the entire LAG to the VLAN as required.",
lag__editGroup: "Edit Group",
lag__groupNumber: "Group Number:",
lag__modeColon: "Mode:",
lag__LACP: "LACP",
lag__note: "Enable link aggregation before connecting cables to the switch to avoid creating a data loop.",
lag__limit: "The limit of each group is 4 ports.",
lag__resetNote: "The VLAN configuration of the selected port will be reset to the default configuration.",
lag__clear: "Clear Settings",
lag__deleteGroup: "Do you want to delete this group?",
errorMessage__LAGPortused: "A selected port is already in another group.",
lag__disabledTip: "This port cannot be selected. All the member ports in a LAG should have the same settings.",
lag__alreadyJoin: "This port is already a part of LAG.",
clear: "Clear",
updatefw__selectfile: "Select a file",
menu__portstatistics: "Port Statistics",
menu__portconfigure: "Port Configuration",
port__describe: "Port Management allows you to control all the switching ports, configure the maximum speed, and manage the flow control of a port.",
interfaceTitle: "Interface Settings:",
port__link: "Link Status",
port__state: "State",
port__speed: "Speed",
port__flowcontrol: "Flow Control",
systemDhcp__lagSettings: "LAG Settings:",
port__selectType: "Type:",
port__bytes: "Bytes",
port__errors: "Errors",
port__mac :'MAC address',
received: "Received",
transmitted: "Sent",
port__fcsError: "FCS Errors",
port__autoNegMode: "Auto",
port__lagInfo: 'LAG speed is enabled and set to "Auto" by default. You can enable or disable it under the "State" setting.',
port__speedInfo: "Applies only to the RJ45 interface speed settings.",
helper__portSettingContent1: "State: Enable/disable each switching port by turning on or off the port state. The state is enabled by default.",
helper__portSettingContent2: 'Speed*: Configure the maximum speed by choosing the speed from the drop-down menu. Speed is set to "Auto" by default.',
helper__portSettingContent3: 'Flow Control: Enable/disable the flow control by turning it on or off. It is disabled by default.',
helper__portSettingContent5: '*Note: QSW supports Auto MDI/MDI-X and IEEE 802.3x flow control which ensures balance of speed and traffic between transmission and reception. We suggest setting "Speed" and "Flow Control" to Default, to establish smooth working of link speed auto-negotiate and flow control.',
port__warningHeader: "Clear statistics",
port__clearInfo: "Do you want to clear all port statistics?",
/*EEE*/
menu__eee: "EEE",
Porteee__describe :"Energy-Efficient Ethernet (EEE) follows the IEEE 802.3az standard to dynamically transition the physical layer (PHY) between active and Low-Power Idle (LPI) states based on traffic load. This significantly reduces power consumption while maintaining link integrity.",
Porteee__State :"EEE State",
Porteee__Status :"EEE Status",
menu__log: "Log",
systemLog__severityLv: "Severity Level",
systemLog__error: "Error",
systemLog__info: "Information",
systemLog__notice: "Notice",
vlan__deleteContent: "Do you want to delete this VLAN?",
vlan__deleteTitle: "Delete VLAN",
overview__loading: "Loading...",
header__resetLoad:"Resetting...",
now: "Now",
thrminAgo: "3 mins ago",
mbps: "Mbps",
poe__watt: "Watts",
timestamp__day: "day(s)",
timestamp__hour: "hour(s)",
timestamp__min: "min(s)",
timestamp__sec: "sec(s)",
header__autodetect: "Auto-detect",
/*Ping*/
menu__ping:"Ping",
ping__describe:"The ping utility diagnoses connectivity and responsiveness of managed switch by transmitting ICMP echo request packets to a designated IP address. A successful ping response from the target device indicates reachability and includes the round-trip time for the packet exchange, allowing you to assess network latency.",
target__IPAddress:"Target IP address:",
ping__pingCount:"Ping count:",
ping__stopButton:"Stop",
ping__Results:"Results",
ping__Pinging:"Pinging...",
transmittedPackets:"Transmitted packets:",
receivedPackets:"Received packets:",
lostPackets:"Lost packets:",
min_RoundTripTime:"Minimum round-trip time:",
max_RoundTripTime:"Maximum round-trip time:",
Aaverage_RoundTripTime:"Average round-trip time:",
helper__pingContent1: "Specify the target IP address and ping count.",
helper__pingContent2: "Click \"Ping\" to start sending ping packets to the specified target IP address.",
helper__pingContent3: " (optional): Click \"Stop\" to terminate the ongoing ping process.",
login__authorizedError: "Invalid username or password.",
update: "Update",
updatefw__localUpdateContent: 'Are you sure you want to update and restart the system? Click "Update" to start the update process, or "Cancel" to stay on the current page.',
systemLog__clearTitle: "Clear logs",
systemLog__clearContent: "This will remove all log entries. Are you sure you want to continue?",
systemLog__date: "Date",
systemLog__event: "Event",
page__page: "Page:",
page__displayItem: "Display items:",
page__total: "Total:",
empty: "No data to display.",
/*Jumbo Frame*/
jumboTip: "The value must be between 1518 - 12288.",
jumboframe__describe: "Jumbo Frames are larger-than-standard Ethernet data packets, typically spanning up to 12,288 bytes compared to the standard 1518 bytes. By increasing the data payload within each packet, jumbo frames can potentially enhance network performance by reducing overhead. To fully utilize jumbo frames, all network devices involved must support this feature.",
port__jumboframe: "Jumbo Frames",
valueColon: "value:",
port__isolation: "Port Isolation",
isolaton__describe: "Port isolation is a network security feature that restricts direct communication between ports on the same device. This functionality effectively creates micro-segments within the switch, isolating traffic even if devices share the same VLAN. Devices on isolated ports can still communicate with external networks but are unable to send or receive traffic directly from other isolated ports.",
helper__ratelimitSettingContent1:"Rate limits allow you to restrict the speed at which a port transmits or receives data packets.",
helper__ratelimitSettingContent2:"Click the edit icon to configure rate limits.",
helper__ratelimitSettingContent3:"Select one or more ports to apply egress and ingress rate limits.",
helper__ratelimitSettingContent4:"Specify the ingress rate limit.",
helper__ratelimitSettingContent5:"Specify the egress rate limit.",
systemDhcp__dhcpalert: "Your IP address will be changed by the DHCP service. Do you want to continue?",
systemDhcp__staticalert1: "Your IP address will be changed to ",
systemDhcp__staticalert2: ". Do you want to continue?",
systemDhcp__qfinderContent: "If this page does not load, you can use Qfinder Pro to access the QSS login page.",
systemDhcp__qfinderTitle: "Click here to download Qfinder Pro",
login__detectedPwd: 'The system has detected that you have not changed your password. For security reasons, please change your password immediately.',
systemPwd__change: 'Change Password',
errorMessage__ipInvalid: "Invalid IP address.",
warningWin__repeatLogin: 'Duplicate login detected. Click \"OK\" to go back to the login page.',
warningWin__timeoutContent: 'Your session has expired. Clicking \"OK\" will redirect you to the login page.',
warningWin__timeoutTitle: 'Session Expired',
systemTime__dstOffsetMinutes: 'minutes',
warningWin__networkConflictTitle: 'Detected Network Segment Conflict',
systemPwd__notMatch: 'The passwords do not match.',
errorMessage__password: 'The password must be 8-20 characters long.',
systemPwd__invalid: 'Invalid password.',
errorMessage__networkError: 'Unable to connect to the internet. Check your network connection.',
errorMessage__ntpserverError: 'Server names can only contain letters (A-Z, a-z), numbers (0-9), hyphens (-), underscores (_), and periods (.).',
errorMessage__ntpsyncError: 'Unable to synchronize with NTP server. Check the NTP server IP address or the network connection.',
errorMessage__restoreFileError: 'Unable to restore configuration from the backup file. Verify the file integrity.',
errorMessage__submaskInvalid: 'Enter a valid IP address for specified subnet mask.',
errorMessage__gatewayInvalid: 'The gateway cannot be the same as the IP address.',
errorMessage__isReguired:'This value is required.',
errorMessage__ipAndSubnetEmpty: 'IP address field is required.',
};
langObj.idel_5min = '5 ' + langObj.systemTime__dstOffsetMinutes;
langObj.idel_15min = '15 ' + langObj.systemTime__dstOffsetMinutes;
langObj.idel_30min = '30 ' + langObj.systemTime__dstOffsetMinutes;
langObj.idel_60min = '60 ' + langObj.systemTime__dstOffsetMinutes;