While it’s unlikely you’ll actually break anything if you do wipe your modem in a fit of frustration, you might end up spending the next hour getting it reprovisioned. Even if the diagnostic control panel in your modem does have user-editable settings (which is very rare), you shouldn’t mess around with that stuff unless expressly instructed to do so by your internet service provider. In those cases, you need to peek into the modem to see what’s going on. By accessing the tiny little web server hidden inside your modem and reading the diagnostic pages, you can learn a ton of things about your modem and connection like general status, signal strength, and event history via the system log.Īrmed with that information you can then say something like “Okay, it’s not the modem or a signal strength issue, so I’ll focus on the router and other elements of my network” or “Something is clearly going on with the modem so I’ll call the cable company.” While we all tend to over-focus on the router as the source of potential problems, oftentimes the modem (or the line it’s connected to) can be at fault. Or maybe your internet connectivity drops out intermittently and no amount of tinkering with your router has solved your problems. So why look at the diagnostic page and logs of your cable modem in the first place? Think of this familiar scene: something weird is going on with your internet access, so you dutifully unplug your modem and router, start them back up, and things work well again…for a spell.
#Spectrum mac address page how to#
RELATED: How to Troubleshoot Your Internet Connection, Layer-By-Layer While some people do occasionally peek at the control panel of their router, very few people ever look at their modems–or even realize they can do so. Unbeknownst to most people, cable modems (and other broadband modems) have diagnostic and logging functions built in, just like routers. Chng provides such services as strategic and business consulting, technology consulting, and Standards consulting and representation in the networking and telecommunications industry.Although unknown to and ignored by most people, cable modems have a diagnostic that can help you troubleshoot connection problems.
Chng has published in various peer-reviewed avenues such as the IEEE Transactions and various conference and symposium proceedings. Chng has thus far been awarded 11 patents spanning the areas of network architecture, mobile networking, wireless communications, authentication and access control, network fault management, and related user experience designs.
Chng has over two decades of experience in the industry and primarily consult for large telecommunications and Internet service providers, their strategic technology providers, industry trade groups, and Standards organizations, domestic and international. Topic: Randomized MAC Addresses, System Impacts and Implicationsīaw Chng (IEEE Senior Member) is the President of BAWMAN LLC with a consulting practice in the networking and telecommunications industry. This presentation looks at issues that might arise from randomizing MAC addresses on a massive scale, analyzes how likely it is for such issues to arise, talks about what these mean to the various systems that rely on "MAC addresses" to provide networking services, discusses potential mitigation measures, and touches on secondary effects that may come with such measures. Being an "identifier" means it may be exploited in ways that weaken consumer privacy (e.g., Internet activity and real-life geographic tracking) - especially when that type of "identifier" is ubiquitous among consumer products.Īs part of the recent trend to strengthen consumer privacy protection, major consumer technology suppliers have more aggressively employed a tactic that randomizes the MAC address for Wi-Fi (e.g., Apple with iOS, Google with Android), pushing MAC address randomization into the mainstream. Randomized MAC Addresses, System Impacts and ImplicationsĮver since the nascent days of computer networking, system interface identifier and interface address assignment schemes have always been key considerations for any networking protocol and system architecture design.Ĭore to the IEEE 802 family of networking standards is the "MAC address" that is widely used as an interface identifier and as a networking address for such popular technologies as Wi-Fi, Ethernet, and Bluetooth.īeing an "address" means it needs to maintain certain properties (e.g., some level of "uniqueness" and "permanence") to be usable for data delivery. Check your spam folder if you don't see the email.
#Spectrum mac address page password#
Webinar link and password will be forwarded to all registered participants after Noon on the day of the meeting.
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