hi kids, this is your dad, huahuanjayy wkwkwk, Nuenomaru the handsome is back in action. Today, I'm back with a simple little article, Just like the title says, "How to Fix a Ruijie Wi-Fi SSID That Disappears". In this case, the access point at the location has a green indicator. In this article, I will provide several methods along with step-by-step tutorials.
If rebooting the access point still fails, follow these steps.
1. Log in to the cloud or controller (adjust according to the environment you are using). 2. Enter the problematic Ruijie project. 3. Then, first make sure in the Monitoring menu that the access point is still connected to the internet, and Check the logs on the access point to see whether there has been any reboot on the AP.
4. Log in to the access point E-web, then click the Config menu, select Advanced, and choose PoE Settings. Change the power mode from Auto to Current Mode.
5. Still in the E-web, check the radio configuration on the device. See whether a connection threshold is set. If the threshold is set too high, wireless users may fail to discover the SSID when the signal is weak.
6. If the previous method still fails, and the problematic project is in a subgroup, simply move the problematic access point to the main group.
Okay, just make sure the client is connected via Wi-Fi. Zuahahaha.
Merry Christmas to those of you who celebrate, and enjoy exchanging gifts, my fellow gembelers. I hope this article helps readers who encounter the same issue as I did. Sorry if the tutorial is simple. Hahaha alright, that’s a wrap for today’s article—my coffee’s gone, so that’s my cue to stop typing.
Let’s end this with a Bismillah at the start and an Alhamdulillah at the finish. Catch you next time, tech gembelers!.
hi kids, this is your dad, huahuanjayy wkwkwk, Nuenomaru the handsome is back in action. Today, I'm back with a simple little article, Just like the title says, "Who’s the Culprit? Digging Into Network Loops with MikroTik Packet Sniffer". Everything was quiet, then suddenly the network traffic spiked. No need to panic, let’s analyze it slowly together.
For this case, I’m using a MikroTik router. If you’re on a different brand, no worries, as long as you can export a PCAP file. We’ll analyze it later using Wireshark. You can download Wireshark from the link below touch me babby :*
1 Log in to your MikroTik or router. 2 Go to the Tools menu, then select Packet Sniffer. 3 A Packet Sniffer Settings pop-up will appear>click the Filter menu. 4 Choose the interface you want to sniff.
5 Then go to the General menu and adjust the memory limit, filename, and file limit based on your needs. 6 Click Apply, then Start. Once you think you’ve captured enough traffic, click Stop.
7 The captured file will appear in the Files menu.
Okay, once the file is ready, open it in Wireshark. Try looking for broadcast traffic by filtering DHCP or ARP, or watch for destination IPs or MAC addresses that keep showing up. And boom, there’s the troublemaker. In this case, a MAC address was flooding the network with ARP packets.
Next, because this is your network, you can trace where that device lives in the network and deal with it however you like. Hahaha alright, that’s a wrap for today’s article—my coffee’s gone, so that’s my cue to stop typing.
Let’s end this with a Bismillah at the start and an Alhamdulillah at the finish. Catch you next time, tech gembelers!.
hi kids, this is your dad, huahuanjayy wkwkwk, Nuenomaru the handsome is back in action.
Today, I'm back with a simple little article, Just like the title says, ‘as simple as that,’ this method is simpler, more concise, and even faster than cooking a pack of instant noodles in your kitchen. In this setup, I’m responsible for managing two separate rooms that require static IP assignments with specific bandwidth limitations. Since the network is running on MikroTik, I will implement per-IP bandwidth control for each static address associated with these rooms, based on the predefined IP allocation plan I’ve mapped earlier.
First, make sure that the static IP addresses have already been created.
Navigate to the ‘Queues’ menu, select ‘Simple Queues,’ and click ‘Add’ to open the Pop-up.
In the ‘Name’ field, enter the name of the room corresponding to the IP allocation. In the ‘Target’ field, enter the IP address assigned to that room. Then, set the upload and download limits according to your requirements.
After completing the settings, click ‘Apply’ followed by ‘OK.
After that, you can test using a laptop with the assigned static IP to verify that the bandwidth limit is functioning correctly. Hahaha alright, that’s a wrap for today’s article—my coffee’s gone, so that’s my cue to stop typing.
Let’s end this with a Bismillah at the start and an Alhamdulillah at the finish. Catch you next time, tech gembelers!.
Good afternoon, legends! Miss me? Nuenomaru the handsome is back in action! Today, I'm back with a simple little article, perfect for killing time on your lazy holiday. We're diving into something thrilling, something wild… yep, how to set up Bridge mode configuration on the ONT from the OLT (HUAWEI brand-huawei platform). Buckle up, IT gembelers.
***: Please modify the sections highlighted in green as needed.
1. Create a VLAN and assign it to the uplink port on the OLT vlan 3919 smart vlan name 3919 "nueganteng" port vlan 3919 0/4 3
***: display board 0: to display ports on the device
2. Create a service profile on the OLT ont-srvprofile gpon profile-id 31 profile-name "nueganteng" ont-port eth 1 (cheat> if you don't know the ont specifications at the location port vlan eth 1 translation 3919 user-vlan 3919 commit
or
ont-srvprofile gpon profile-id 31 profile-name "nueganteng" ont-port pots 2 eth 4 (for ont spec 2 port voip and 4 port ethernet) port vlan eth 1 translation 3919 user-vlan 3919 commit
or > ont-port pots adaptive 32 eth adaptive 8 : if you don't know the ont specifications at the location
*** display ont-srvprofile gpon all: to display the service profile on the OLT
3. Create a line profile on the OLT ont-lineprofile gpon profile-id 34 profile-name "nueganteng" omcc encrypt on tcont 6 dba-profile-id 10 gem add 6 eth tcont 6 encrypt on gem mapping 6 1 vlan 3919 commit quit
***display ont-lineprofile gpon all: to display the line profile on the OLT
***display dba-profile all: to display a list of existing dba profiles
***detail type: type1 Fixed bandwidth type2 Assured bandwidth type3 Assured bandwidth, Maximum bandwidth type4 Maximum bandwidth type5 Fixed bandwidth, Assured bandwidth, Maximum bandwidth
***
type1: fix Fixed bandwidth of the DBA profile
type2: assure Assured bandwidth of the DBA profile
type3: assure Assured bandwidth of the DBA profile
type4: max Maximum bandwidth of the DBA profile
type5: fix Fixed bandwidth of the DBA profile
4. Register the ONT serial number and proceed with the configuration
***display ont autofind all: to display a list of ONTs that have been detected but not yet registered on the OLT ***display ont info f s p all: to display a list of idle ONU IDs ***display service-port all: to display a list of idle service ports
<gpon-0/1>config > int gpon f/s p interface gpon 0/1 ont add 3 29 sn-auth "48575443EA51XXXX" omci ont-lineprofile-id 34 ont-srvprofile-id 31 desc "nueganteng" ont port native-vlan 3 29 eth 1 vlan 3919 priority 0 #quit <bbs-config> global config service-port vlan 3919 gpon 0/1/3 ont 29 gemport 6 multi-service user-vlan 3919 tag-transform translate
***conf>int gpon f/s> display ont optical-info portonuid : to display the attenuation received by the ont (dbm)
5. Verify that the MAC address is visible on both the uplink port and the port connected to the ONT. Perform this check on the OLT display mac-address vlan xyz
***review 1. Line Profile Primary Function:
To define the physical and logical parameters of the connection between the OLT and the ONT, such as T-CONT and GEM ports. Detailed Functions of Line Profile: -Specifies the T-CONT type (Traffic Container) used for configuring Quality of Service (QoS). -Defines the GEM ports, which determine the data flow channels. -Configures upstream and downstream bandwidth settings. -Manages resource allocation per user, including traffic prioritization, shaping, and scheduling. In essence, the Line Profile represents the configuration of the "pathway" and performance of the communication link between the OLT and the ONT.
2. Service Profile Primary Function:
To configure user-facing services such as VLAN settings, port modes (bridge/router), PPPoE, DHCP, and other service parameters. Detailed Functions of Service Profile: -Defines VLAN configurations, including tagging and untagging rules. -Sets the port mode (bridge or routed). -Configures services such as PPPoE, static IP, and DHCP. -Can also include IGMP settings for multicast services like IPTV. -Determines how the ONT will deliver network services to end-user devices. In summary, the Service Profile represents the configuration of the "services" provided to the end customer.
Hahaha
alright, that’s a wrap for today’s article—my coffee’s gone, so that’s
my cue to stop typing. Btw thanks to Ddek ceyinn..
Let’s end this with a Bismillah at the start and
an Alhamdulillah at the finish. Catch you next time, tech gembelers!
Morning, legends! Miss me? Nuenomaru the handsome is back in action!
long time no see, folks! Today, I'm back with a simple little article, perfect for killing time on your lazy holiday. We're diving into something thrilling, something wild… yep, how to set up VLAN management on a Cambium radio. Buckle up, IT gembelers.
Alright, first things first, log in to your Cambium like a true tech ninja. Then, sneak your way into the Configuration menu. From there, hit up the Network section… and BAM! Like magic, the Virtual Local Area Network (VLAN) form appears. It’s like opening a treasure chest, but for nerds.
Alright, so on the VLAN form, you’ll see two settings: Management VLAN and Data VLAN. If you're setting it up as access mode, you only need to fill in the Management VLAN part-nice and simple.
But if you want it to be a trunk, you gotta enable the Data VLAN first, then fill it in too. Adjust it based on what you need. For example, use the Management VLAN for remote access stuff, and the Data VLAN for service-related traffic. Easy peasy, VLAN squeezy!.
For the priority setting, select a value based on your requirements. Values range from 0 to 7. Make sure to save the configuration after making changes. The device will automatically restart to apply the new settings.
To verify that the network services are functioning properly, navigate to the Monitor menu and select Network. Check the ARP Table and Bridge Table sections. If the MAC addresses are visible, it indicates that the radio is operating correctly and network communication is established.
Hahaha alright, that’s a wrap for today’s article—my coffee’s gone, so that’s my cue to stop typing. Let’s end this with a Bismillah at the start and an Alhamdulillah at the finish. Catch you next time, tech gembelers!
Selamat malam gais (artikel ini ditulis pada pukul 19.08 WIB), duh maaf tiba2 baru update di bulan september, mana TCA kemarin tgl 15 September tidak ada yg inget lagi :'( syedih.
Oke kali ini gua bakal share tutorial command switch raisecom, kebetulan switch tipe L2 dari brand raisecom ini port nya support mode backup (aktif-pasif), cucok sih ini buat dijadiin switch di lastmile yang user nya ada 2 link / di taru di POP under router PE.
disini gua make raisecom tipe RAX711
Jika ada 2 Interface Aktif di Switch Raisecom Seri ISCOM RAX711 maka untuk menghindari Looping maka salah satu Port harus dibuat menjadi Backup Interface:
Raisecom RAX711#show run interface nni 1-2 System current configuration in port mode: ! interface gigaethernet 0/1 switchport trunk allowed vlan 202,1264-1265,1399,1700,2000 switchport backup gigaethernet 0/2 vlanlist 1264-1750 description TO-PE-JAKSEL-1-Port-3 ! interface gigaethernet 0/2 switchport trunk allowed vlan 202,1264-1265,1399,1700,2000 description TO-PE-JAKPUS-2-Port-3
Jika Interface yang aktif maka State-nya akan Forward sedangkan Interface yang tidak aktif State-nya akan Block:
Untuk Mac-address hanya didapatkan dari Interface yang aktif:
ok mungkin segitu aja kali dl ya, maaf ya kalau retjeh.
Sekian tutorial ringgannya, semoga bermanfaat, dan kita semua waras selama lama nya.
Terima kasih, Nuenomaru yang namanya sekarang sudah mulai memudar terhapus oleh waktu :) #hikssyedih
-Gen Z to Gen Alpha: Kehidupan Pria dewasa itu gokil, jgn buru2 dewasa ya gais, karna pria dewasa dilarang hidup miskin, dilarang lemah, dilarang nangis, dilarang bercerita, dilarang bodoh, kuat2 ya adick2-
yupp2, dikit lagi mau hiking jadi 2 artikel dah gua publish, yg ini sih artikel sederhana yupp.
alangkah baiknya gua publish dl tutorial yang ini, karna kata enyak gua: "boleh main, asalkan sudah selesai belajarnye!"
Oke intinye sih lu sebagai administrator bisa dengan mudah allow atau blocklist device2 yang terhubung dengan wifi ^_^
1 Pertama lu masuk ke cloud ruijie
2 Masuk ke projectnya, lalu klik device config, dan pilih wireless blocklist/allowlist
3 Pilih wireless mana yang mau kamu atur, dan secara default dia akan berada diblocklist, selama tidak ada list device yang ada pada kolom bloclist, artinya semua device client bisa tersambung dgn wifi ini ^_^
4 kalau mau block, tinggal klik add mac lalu pilih device client mana yang mau lu blokir, terus klik ok, nanti masuk deh dia ke box list client blocklist
5 kalau mau allowlist klik alow, lalu ok, seperti kayak tadi add mac, lalu pilih device yang mau lu izinin, nanti yang ada di allowlist aja yang akan terhubung dgn internet ketika konek dgn wifi ini ^_^
6 Kalau mau lu jadiin default lagi, pilih blocklist lagi, tapii dengan syarat, list allowlist ini lu delete2tin dl device yang di list allow, agar bisa di balikin lagi ke fitur default (blocklist)
ok mungkin segitu aja kali dl ya, maaf ya kalau retjeh.
Sekian tutorial ringgannya, semoga bermanfaat, dan kita semua waras selama lama nya.
Terima kasih, Nuenomaru yang namanya sekarang sudah mulai memudar terhapus oleh waktu :) #hikssyedih
-Harga diri bukan tentang menang di depan orang lain, tapi tentang tak menjual harga kepala pada tepuk tangan yang salah-
