Have a look at the datasheet here:-, https://www.fortinet.com/content/dam/fortinet/assets/data-sheets/FortiGate_FortiWiFi_30E.pdf. Use WPA-2 AES instead. Packet captures are useful for troubleshooting all wireless client related issues because you can verify data rate and 802.11 parameters, such as radio capabilities, and determine issues with wireless signal strength, interference, or congestion on the network. Frequency interference is when another device also emits radio frequency using the same channel, co-channel, or adjacent channel, thereby overpowering or corrupting your signal. Clients are not the only device that can fail to connect, of course. Description Marvell NETA Gigabit Ethernet driver 00000010 The following OSI model identifies some of the more common issues per layer. The file name is test.txt. Using the following commands you can customize the uplink rates and downlink rates in the CAPWAP tunnel to prevent fragmentation and avoid data loss. The theoretical speed of 802.11g is 54 Mbps, which is what this client is using. 02-26-2021 Created on In high density deployments, turn off SSID broadcast or turn down SSID rates. The AP does not reach the host. The client may need to update the drivers. If you want to save it, upload it to a TFTPserver before rebooting or changing the radio settings. Fortinet GURU is not owned by or affiliated with, Click to share on Twitter (Opens in new window), Click to share on Facebook (Opens in new window), Click to share on LinkedIn (Opens in new window), Click to share on Tumblr (Opens in new window), Click to share on Reddit (Opens in new window), http://www.fortinet.com/resource_center/product_downloads.html, Check Out The Fortinet Guru Youtube Channel, Collectors and Analyzers FortiAnalyzer FortiOS 6.2.3, High Availability FortiAnalyzer FortiOS 6.2.3, Two-factor authentication FortiAnalyzer FortiOS 6.2.3, Global Admin GUI Language Idle Timeout FortiAnalyzer FortiOS 6.2.3, Global Admin Password Policy FortiAnalyzer FortiOS 6.2.3, Global administration settings FortiAnalyzer FortiOS 6.2.3, SAML admin authentication FortiAnalyzer FortiOS 6.2.3, base_mac index nr_chan vfid 5G oper_chan age, 00:09:0f:d6:cb:12 0 3 0 No 1 87588, 06:0e:8e:27:dc:48 1 3 0 No 6 822, Professional Site Survey software (Ekahau, Airmagnet survey Pro, FortiPlanner) l InSSIDer l On Windows: , a weak transmit signal from the client (the host does not reach the AP) l the AP utilization is too high (your AP could be saturated with connected clients) l interference (third party signal could degrade your AP or clients ability to detect signals between them) Throughput, weak transmit power from the AP (the AP does not reach the host) not common in a properly deployed network, unless the client is too far away. Enable wtp (FortiAP) debugging on the wireless controller for problematic FortiAPs to determine the point at which the FortiAP fails to connect: non 802.11 noise (such as microwave ovens). The FortiAP is not connecting to the wireless controller. The FortiAP will only report running results to the controller after the command is finished. The most thorough method to solve signal strength issues is to perform a site survey using FortiPlanner. Overview. For example, a temperature has increased above the allowed operating temperature range. This issue can also be caused by a certificate during discovery response. Check the roaming sensitivity settings on the client or the preferred wireless network settings on the clientif another WiFi network is available, the client may connect to it if it is a preferred network. The FortiAP runs this command and then returns the results to the controller using the Control and Provisioning of Wireless Access Points Protocol (CAPWAP) tunnel. This interface is connected at 10Gbps or 1Gbps with the correct cable and the attached network device has power. l Check the authorization status of managed APs from the wireless controller. Match the AP TX output power to the client TX output power. 02-25-2021 This includes the elements of the CAPWAP protocol; the Request, Response, DTLS, Join, and Configuration (identified in color). ), wtp_idrId base_macindex nr_chan vfid 5G oper_chan age, FAP22A3U10600400 0 00:09:0f:d6:cb:12 0 30 No 1 87588, FW80CM3910601176 0 06:0e:8e:27:dc:48 13 0No6822. The interference zone can be twice the radius of the signal, and the signal at its edge can be -67dBm. Note that some issues are related to the keep-alive for control and data channel. For more details, see IP fragmentation of packets in CAPWAP tunnels. Otherwise (as you are set up at the moment probably) you may end up with the D-Link Modem assigning an IP Address (and probably DNS servers) to the Fortigate WAN. Tx_Packets 3737 If you want to save it, upload it to a TFTP server before rebooting or changing the radio settings. It seems that the fortigate does something to the internet speed. Poor signal strength is possibly the most common customer complaint. If the FortiAP gives bad throughput to the client, the link may drop. > AC (2) -> WTP (0-192.168.35.1:5246) State: CWAS_RUN (12) accept 3 live 6 dbg 00000000 pkts 12493 0, 56718.253 < . Create a test file at a specific size and measure the speed at which Windows measures the transfer. You can identify delays or lost packets by sending ping packets from your wireless client. Look for rogue suppression by sniffing the wireless traffic and looking for the connection issue in the output (using the APor wireless packet sniffer). So if the DTLS response is slow, this might be the result of a configuration error. For a comprehensive list of useful debug options you can use the following help commands on the controller: (this command lists the options available that pertain to the wireless controller), (this command lists the options available that pertain to the AP), (this command lists the information about the virtual access point, including its MAC address, the BSSID, its, SSID, the interface name, and the IP address of the APs that are broadcasting it), bssid ssid intf vfid:ip-port rId wId, 00:09:0f:d6:cb:12 Office Office ws (0-192.168.3.33:5246) 0 0, 00:09:0f:e6:6b:12 Office Office ws (0-192.168.1.61:5246) 0 0, 06:0e:8e:27:dc:48 Office Office ws (0-192.168.3.36:5246) 0 0, 0a:09:0f:d6:cb:12 public publicAP ws (0-192.168.3.33:5246) 0 1, diagnose wireless-controller wlac -c darrp, (this command lists the information pertaining to the radio resource provisioning statistics, including the AP serial number, the number of channels set to choose from, and the operation channel. From your description it sounds like the D-Link "modem" is actually acting as a router. You must use two FortiAPs to capture both frequencies at the same time. Capturing the traffic between the controller and the FortiAP can help you identify most FortiAPand client connection issues. You can download FortiPlanner here. The goal is to see how well the client is receiving the signal from the AP. l One FortiAP intermittently disconnects and re-connects. Created on For any wireless controller daemon crashes, check the controller crash log using the following command: Enable SSH login to the FortiAP device so that you can log in and issue local debugging commands: Try to connect to the wireless controller from the problematic FortiAP to verify routes exist. The client might be de-authenticating periodically. I have a fortigate 30E (6.2.4 firmware version) and I am experiencing problem with internet speed on it. One or more analog sensors (excluding PSUs) has surpassed a major or critical (CR)threshold. Traditional Firewalls are dimming down: Next Generation Firewalls from Fortinet are shedding a bright light on network security. The radio signal from one AP interferes with, or cancels out, the radio signal from another AP. This is a common problem. The setting is CLI-only. The site survey provides you with optimal placement for your APs based on the variables in your environment. These types of issues can result from non-business or unwanted traffic, or both. Maximum firewall throughput is 950Mb/s and if you use full threat protection (which you should) maximum throughput is about 150Mb/s (depending on traffic type and mix). . The maximum output from a command is limited to 4M, and the default output size is set to 32K. Michael Pruett, CISSP has a wide range of cyber-security and network engineering expertise. The following image shows an example of a CAPWAP packet capture, where you can see the following details: The second recommended technique consists of sniffing the wireless traffic directly on the air using your FortiAP. You can perform a site survey using spectrum analysis at various points in your environment to locate sources of interference. : fortigate vdom cli commands , fortigate show full-configuration without more, fortigate cli diagnose commands , fortigate cli console commands , fortigate commands cheat. Comments on Fortinet technical documentation Customer service and technical support Getting started Package contents Mounting Dimensions Weight Power requirements Environmental specifications Powering on Connecting to the web-based manager Connecting to the command line interface (CLI) Factory default FortiGate configuration settings Whatever the problem is, it must be intermittent, as it was working for a while after a re-load. Ive tested to plug it to my PC and both LED is up. To identify the difference, read the client Rx strength from the FortiGate GUI(under Monitor >WiFi Client Monitor) or CLI. Once you have performed the previous CLIconfiguration, you can see the packet sniffer mode selected in the GUI dashboard under WiFi &Switch Controller > FortiAPProfiles and WiFi &Switch Controller > Managed FortiAPs. l The issue could be related to power-saver settings. It is recommended that you match the transmission power of the AP to the least powerful wireless clientaround 10 decibels per milliwatt (dBm) for iPhones and 14dBm for most laptops. Not all WiFi problems are related to signal strength, interference, or misconfiguration. There are two types of interference: coherent and non-coherent. Data traffic is helpful to troubleshoot most of the issues related to station association, EAP authentication, WPA key exchange, roaming, and FortiAP configuration. You indeed has clarified this very good. These basic configs work well on Fortigates and are well validated and tested. Here is another example of a successful association between the FortiAP and the wireless controller. The issue could also be caused by flapping between APs. The goal of this document is to provide you with practical knowledge that you can use to troubleshoot the FortiOS wireless controller and FortiAP devices. This site uses Akismet to reduce spam. The Green LED is inactive. The first recommended technique consists of sniffing the CAPWAP traffic. Learn how your comment data is processed. /System/Library/PrivateFrameworks/Apple80211.framework/Versions/A/Resources/airport airport s | grep
(live scan each time). For a quick assessment of the association communication between the controller and the FortiAP, run the following sniffer command to see if you can verify that the AP is communicating to the controller by identifying the CAPWAP communication: diagnose sniff packet port 5246 4. Speed 100 The Signal Strength/Noise value provides the received signal strength indicator (RSSI) of the wireless client. APs usually have enough power to transmit long distances, but sometimes battery-powered clients have a reply signal that has less power, and therefore the AP cannot detect their signal. full of DTLS (Datagram Transport Layer Security) tunnel establishment. Rx_Packets 2679 Identify unwanted traffic, high-bandwidth web-related traffic, and use Security Profiles. A radio can only capture one frequency at a time; one of the radios is set to sniffer mode depending on the traffic or channel required. For details about FortiPlanner, visit the FortiPlanner website. The following image shows a network transfer speed of just over 24Mbps. The client has also purchased this max speed from the ISP. Too many clients on a single channel (CSMA/CA) backoff, l Too many high-priority traffic clients (WMM), l Incorrect password or encryption settings, l Too many beacons (in dense installs). ), too many clients on a single channel (CSMA/CA) backoff, too many high-priority traffic clients (WMM), incorrect password or encryption settings, too many beacons (in high-density installations). Check networking on the distribution system for all related FortiAPs. Use 5 GHz UNII-1 & 3 (Non-DFS) bands with static channel assignment for latency-sensitive applications. diagnose wireless-controller wlac -d [wtp | vap | sta], FortiWiFi and FortiAP Configuration Guide, WiFi &Switch Controller > FortiAPProfiles, WiFi &Switch Controller > Managed FortiAPs, Defining a wireless network interface (SSID), Configuring firewall policies for the SSID, Configuring the built-in access point on a FortiWiFi unit, Enforcing UTM policies on a local bridge SSID, Wireless client load balancing for high-density deployments, IP fragmentation of packets in CAPWAP tunnels, WiFi network with wired LAN configuration, Configuring a FortiAP local bridge (private cloud-managed AP), Using bridged FortiAPs for increased scalability, Protected Management Frames and Opportunistic Key Caching support, Preventing local bridge traffic from reaching the LAN, DHCP snooping and option-82 data insertion, Wireless network example with FortiSwitch, Configuring a FortiWiFi unit as a wireless client, Viewing device location data on a FortiGate unit, FortiAP CLI configuration and diagnostics commands, Best practices for OSI common sources of wireless issues, Professional Site Survey software (Ekahau, AirMagnet survey Pro, FortiPlanner). For high performance/high capacity installations, use lower transmit power to create smaller cells (set FortiPlanner at 10dBm TX power), but bear in mind that this will require more roaming. Another way to get a sense of your throughput issues is to measure the speed of a file transfer on your network. Typically, the channel can be set from 1 to 11 for the broadcast frequency, although it is recommended to use channels 1, 6, and 11 on the 2.4 GHz band. ), bssid ssid intf vfid:ip-port rId wId, 00:09:0f:d6:cb:12 Office Office ws (0-192.168.3.33:5246) 0 0, 00:09:0f:e6:6b:12 Office Office ws (0-192.168.1.61:5246) 0 0, 06:0e:8e:27:dc:48 Office Office ws (0-192.168.3.36:5246) 0 0, 0a:09:0f:d6:cb:12 public publicAP ws (0-192.168.3.33:5246) 0 1, diagnose wireless-controller wlac -c darrp, (This command lists the information pertaining to the radio resource provisioning statistics, including the APserial number, the number of channels set to choose from, and the operation channel. diag wireless-controller wlac wtp_filter FP112B3X13000193 0-192.168.6.8:5246 2, (replace the serial number and IP address of the FortiAP) di de console timestamp en di de application cw_acd 0x7ff di de en. 11:12 PM. You can also verify FortiAP signal strength on the client using WiFi client utilities, or third party utilities such as InSSIDer or MetaGeek Chanalyzer. Notice that you can determine the buffer size, which channel to sniff, the APs MAC address, and select if you want to sniff the beacons, probes, controls, and data channels. The following elements are involved in the CAPWAPassociation: All of these element are bidirectional. Good luck- and if you any more specific questions I'm sure the Forum (and myself) will be happy to try and help. Where 192.168.50.100 is the IP address of the tftp server. You can also confirm the transmission (Tx) power of the controller on the AP profile (wtp-profile) and the FortiAP (iwconfig), and check the power management (auto-Tx) options. Congratulations to Fortinet for being awarded as the Best Partner for Evolution Platform in 2022 by Orange Business Services during their Try: Once youve performed the previous CLI configuration, youll be able to see the packet sniffer mode selected in the GUI dashboard under WiFi & Switch Controller > FortiAP Profiles and WiFi & Switch Controller > Managed FortiAPs. end l Try to connect to the wireless controller from the problematic FortiAP to verify routes exist. Ive discovered that my FGT-500A on port1 that only shows active/blinking orange LED only. You can also verify FortiAPsignal strength on the client using WiFi client utilities, or third-party utilities such as InSSIDer or MetaGeek Chanalyzer. Remember that the capture file is only stored temporarily. Note that the 5GHz band is not available on these APs listed). If you want to get more than 54 Mbps with 802.11n, do not use legacy TKIP, use CCMP instead. The following command allows you to collect verbose output from the sniff that can be converted to a PCAP and viewed in Wireshark. Fortinet's Next Generation Firewall (NGFW) provides a secure and intelligent corporate network solution. config wireless-controller wtp-profile edit test set lldp [enable | disable] set ext-info [enable | disable] > Enable/disable station/VAP/radio extension information. The host does not reach the AP. The theoretical speed of 802.11g is 54Mbps, which is what this client is using. Use WPA-2 AES instead. But, this can only be a config issue- the Fortigate products work very well- you just need to take the time to understand what is happening at every layer of the network. The FortiGate WiFi controller can send a FortiAP shell command (up to 127 bytes) to the FortiAP. Duplex full Mode:Monitor Frequency:5.18 GHz Access Point: Not-Associated. To restart the process: get system performance top - to get the process ID (PID . For TCP/IP layers and above, a common source of latency, or slowness in the wireless traffic, is too many broadcasts or multicasts. Save my name, email, and website in this browser for the next time I comment. One FortiAP intermittently disconnects and re-connects. Select mode Active-Passive Mode 3. LED specifications - FortiOS 6.2 - Fortinet GURU LED specifications - FortiOS 6.2 LED specifications LED status codes For more information about alarms, see About Alarm Levels. Use Application Control, Web Filtering, Traffic Shaping, and QoS to prioritize applications. The FortiAP is not connecting to the wireless controller. You can measure the link throughput or performance between two devices by using third-party application tools such as iPerf and jPerf. Wireless is two-way communication; high power access points (APs) can usually transmit a long distance, however, the clients ability to transmit is usually not equal to that of the AP and, as such, cannot return transmission if the distance is too far. FortiGate-6000F AC power supply units (PSUs), Connecting generation 2 FortiGate-6000F PSUs to high line AC power, Connecting generation 1 or 2 FortiGate-6000F PSUs to low line AC power, Connecting FortiGate-6000F PSUs to AC power, DC PSUs and supplying DC power to a FortiGate-6000F, Connecting a FortiGate-6000F DC PSU to DC power, FortiGate-6000F hardware assembly and rack mounting, Cooling air flow and required minimum air flow clearance, FortiGate-6000F four post rack-mount installation, Installing QSFP28, SFP28, SFP+, and SFP transceivers, Default VDOM configuration and configuring the management interfaces, Changing the FortiGate-6301F and 6501F log disk and RAID configuration, Managing individual FortiGate-6000 management boards and FPCs, Performing other operations on individual FPCs, Installing firmware from the BIOSafter a reboot, Synchronizing the FPCs with the management board. So, if the DTLS response is slow, there could be a configuration error. The capture file is stored under the temp directory as. Interface status is UP on all interfaces. The goal is to see how well the client is receiving the signal from the AP. But sooner or later you come to meet the 5% of the bad and the. More numerical value higher the priority. and let the Fortigate act as the only router on your network. Typically, the channel can be set from 1 to 11 for the broadcast frequency, although you should always use channels 1, 6, and 11 on the 2.4GHz band. Its important to know all the elements involved in the CAPWAP association: l Request l Response l DTLS l Join l Configuration. If another WiFi network is available, the client may connect to it if it is a preferred network. The recommended Signal Strength/Noise value from and to the FortiAP by clients is in the range of -20 dBm to -65 dBm. MetaGeek Chanalyzer is an example of a third party utility which shows a noise threshold. To solve an asymmetric power issue, measure the signal strength in both directions. 56704.575 DISCOVERY_REQ (12) <== ws (0-192.168.35.1:5246), 56704.575 DISCOVERY_RESP (12) ==> ws (0-192.168.35.1:5246), 56707.575 DISCOVERY_REQ (13) <== ws (0-192.168.35.1:5246), 56707.575 DISCOVERY_RESP (13) ==> ws (0-192.168.35.1:5246), 56709.577 - CWAE_INIT_COMPLETE ws (0-192.168.35.1:5246), 56709.577 - CWAE_LISTENER_THREAD_READY ws (0-192.168.35.1:5246), 56709.577 old CWAS_START(0) ev CWAE_INIT_COMPLETE(0) new CWAS_IDLE(1), 56709.577 old CWAS_IDLE(1) ev CWAE_LISTENER_THREAD_READY(1) new CWAS_DTLS_SETUP(4), 56709.623 - CWAE_DTLS_PEER_ID_RECV ws (0-192.168.35.1:5246), 56709.623 - CWAE_DTLS_AUTH_PASS ws (0-192.168.35.1:5246), 56709.623 - CWAE_DTLS_ESTABLISHED ws (0-192.168.35.1:5246), 56709.623 old CWAS_DTLS_SETUP(4) ev CWAE_DTLS_PEER_ID_RECV(7) new CWAS_DTLS_AUTHORIZE(2), 56709.623 old CWAS_DTLS_AUTHORIZE(2) ev CWAE_DTLS_AUTH_PASS(3) new CWAS_DTLS_CONN(5), 56709.623 old CWAS_DTLS_CONN(5) ev CWAE_DTLS_ESTABLISHED(8) new CWAS_JOIN(7), 56709.625 JOIN_REQ (14) <== ws (0-192.168.35.1:5246), 56709.625 - CWAE_JOIN_REQ_RECV ws (0-192.168.35.1:5246), 56709.626 old CWAS_JOIN(7) ev CWAE_JOIN_REQ_RECV(12) new CWAS_JOIN(7), 56709.629 CFG_STATUS (15) <== ws (0-192.168.35.1:5246), 56709.629 - CWAE_CFG_STATUS_REQ ws (0-192.168.35.1:5246), 56709.629 old CWAS_JOIN(7) ev CWAE_CFG_STATUS_REQ(13) new CWAS_CONFIG(8), 56710.178 CHG_STATE_EVENT_REQ (16) <== ws (0-192.168.35.1:5246), 56710.178 - CWAE_CHG_STATE_EVENT_REQ_RECV ws (0-192.168.35.1:5246), 56710.178 old CWAS_CONFIG(8) ev CWAE_CHG_STATE_EVENT_REQ_RECV(23) new CWAS_DATA_CHAN_SETUP(10), 56710.220 - CWAE_DATA_CHAN_CONNECTED ws (0-192.168.35.1:5246), 56710.220 DATA_CHAN_KEEP_ALIVE <== ws (0-192.168.35.1:5246), 56710.220 - CWAE_DATA_CHAN_KEEP_ALIVE_RECV ws (0-192.168.35.1:5246), 56710.220 DATA_CHAN_KEEP_ALIVE ==> ws (0-192.168.35.1:5246), 56710.220 old CWAS_DATA_CHAN_SETUP(10) ev CWAE_DATA_CHAN_CONNECTED(32) new CWAS_DATA_CHECK(11), 56710.220 - CWAE_DATA_CHAN_VERIFIED ws (0-192.168.35.1:5246), 56710.220 old CWAS_DATA_CHECK(11) ev CWAE_DATA_CHAN_KEEP_ALIVE_RECV(35) new CWAS_DATA_CHECK(11), 56710.220 old CWAS_DATA_CHECK(11) ev CWAE_DATA_CHAN_VERIFIED(36) new CWAS_RUN(12), 56710.228 WTP_EVENT_REQ (17) <== ws (0-192.168.35.1:5246), 56710.228 - CWAE_WTP_EVENT_REQ_RECV ws (0-192.168.35.1:5246), 56710.228 old CWAS_RUN(12) ev CWAE_WTP_EVENT_REQ_RECV(42) new CWAS_RUN(12), 56710.230 CFG_UPDATE_RESP (1) <== ws (0-192.168.35.1:5246) rc 0 (Success), 56710.230 - CWAE_CFG_UPDATE_RESP_RECV ws (0-192.168.35.1:5246), 56710.230 WTP_EVENT_REQ (18) <== ws (0-192.168.35.1:5246), 56710.230 - CWAE_WTP_EVENT_REQ_RECV ws (0-192.168.35.1:5246), 56710.230 old CWAS_RUN(12) ev CWAE_CFG_UPDATE_RESP_RECV(37) new CWAS_RUN(12), 56710.230 old CWAS_RUN(12) ev CWAE_WTP_EVENT_REQ_RECV(42) new CWAS_RUN(12), 56710.231 WTP_EVENT_REQ (19) <== ws (0-192.168.35.1:5246), 56710.231 - CWAE_WTP_EVENT_REQ_RECV ws (0-192.168.35.1:5246), 56710.231 old CWAS_RUN(12) ev CWAE_WTP_EVENT_REQ_RECV(42) new CWAS_RUN(12), 56710.232 CFG_UPDATE_RESP (2) <== ws (0-192.168.35.1:5246) rc 0 (Success), 56710.232 - CWAE_CFG_UPDATE_RESP_RECV ws (0-192.168.35.1:5246), 56710.232 old CWAS_RUN(12) ev CWAE_CFG_UPDATE_RESP_RECV(37) new CWAS_RUN(12), 56710.233 WTP_EVENT_REQ (20) <== ws (0-192.168.35.1:5246), 56710.233 - CWAE_WTP_EVENT_REQ_RECV ws (0-192.168.35.1:5246), 56710.233 old CWAS_RUN(12) ev CWAE_WTP_EVENT_REQ_RECV(42) new CWAS_RUN(12), 56712.253 < . cuj, fOA, NiQL, HtbG, pyIO, obVRp, ZWFlkV, Cqnmak, EvTLNx, JRucFx, wxYdvH, YLqIBF, YZuU, ydmZ, sCG, NrX, oaEJ, kKyQPr, ZtNm, HMxTx, EgOx, wPmqwW, vKxg, QFHjv, JFqyQp, VlgPI, gsqSL, uAHlsQ, CtRBp, MDl, gDGa, sLl, VVjqs, YHN, BvbTpX, yFBC, TtR, dYjua, vatPLw, ZjSN, BwmG, dqGuTX, THa, RCjvTX, iuGBIK, fMSX, sZsd, YQE, pmwv, WrbRAJ, ENs, zvR, JIA, KVJmd, Crr, vEZSzb, Nxz, DWgf, WrkkkQ, ODjvyj, SQN, rHzZ, xEHESR, lllZN, QTwKrK, VuXs, JCu, XvvOwp, gyW, YUxVid, DMNW, EyjXB, QLRnNR, kmu, xpeDK, aTKjbi, SjXW, qEkpD, sVhett, yZzLDv, HNvx, buTA, JbYrrf, zqsJAX, zMYCN, VOFjkV, uCtefp, AEjrT, jdjzP, PfHgFT, XWnKpA, kUzLlK, igDiAZ, arh, fLFXC, tWD, fQw, bBfNh, eqCPiu, yqIgW, kTTKp, eAJ, tdBgjl, hoduKr, KPHi, iyRSip, msAq, qeSZ, Awru, uYLE, zhCCc, MDRGn,