Cheapest I believe by a long way. Similar price to the xe75 set

My desktop computer accesses the internet via cable connection. Years ago, my son connected a router to my desktop computer so that I could use my laptop via the router. My laptop will no longer connect to the internet via the router. The router seems to have died from old age (everything is blinking and it looks okay ... it's like the lights are on but nobody's home), and so I've decided to disconnect it, but I don't know what steps I need to take to do so.


I clicked around on my laptop and encountered a diagram that shows the laptop is active, and the diagram has an arrow that points to a router icon and shows that the router is active, and there is an arrow that points to a globe icon and shows that the worldwide web is NOT active.

I assume that I should assume that the router has died, and so I want to disconnect the router to get it out of the way. How do I do this?

Is it a matter of just unplugging the router and all of the connections? If I do this, will my desktop that is connected to the internet via cable still be able to access the internet without the router, or do I need to somehow tell my desktop that the router is gone and that it needs to start using the cable, instead, now?

I'm usually quite successful finding answers via YouTube tutorials, but I have had not luck with this so far.

W oprogramowaniu routera Hongdian H8951-4G-ESP wykryto 10 podatności różnego typu (od CVE-2023-49253 do CVE-2023-49262).

W oprogramowaniu routerów KAON AR2140 wykryto podatność typu Command Injection (CVE-2024-3659).

Secure-computing engineers generally view these schemes as sound in theory and productive to deploy. But in practice, it can be dangerous to rely on a sole element to act as the check on the whole system. Undermining that safeguard—which has proven possible in many companies implementations—strips a device of critical protections. Worse still, manipulating the enclave can make it appear that everything is fine, even when it's very much not.

complete article

Published at LXer: The E20C Mini Network Titan from Radxa is powered by the Rockchip RK3528A System-on-Chip and features dual Gigabit Ethernet ports. Its ultra-compact form factor and aluminum case...

After 15+ years of blackholing IP addresses and making the Domain Name System tell more lies than Pinocchio, some may wonder whether site-blocking is harming prospects of a future open internet. Confirmation that piracy blocking tests are now being conducted at the internet's core routers isn't a surprise. It's only the internet's spinal column, so what could possibly go wrong?

From: TF, for the latest news on copyright battles, piracy and more.

A recent report by Black Lotus Labs has revealed a multi-year campaign aimed at vulnerable small home/small office (SOHO) routers.

Google has launched its new router – Google Wifi – in Ireland, with the promise of ending the dreaded reception blackspots found in some people’s homes.

Read more: Google’s new Wi-Fi router promises to end reception ‘blackspots’

Read the in depth Review of D-Link DIR-X6060 AX6000 Wi-Fi 6 Router Networking. Know detailed info about D-Link DIR-X6060 AX6000 Wi-Fi 6 Router configuration, design and performance quality along with pros & cons, Digit rating, verdict based on user opinions/feedback.

Read the in depth Review of TP-Link Archer AXE95 AXE7800 Tri-Band Wi-Fi 6E Router Networking. Know detailed info about TP-Link Archer AXE95 AXE7800 Tri-Band Wi-Fi 6E Router configuration, design and performance quality along with pros & cons, Digit rating, verdict based on user opinions/feedback.

Has anyone experienced the same situation?

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The botnet is being skillfully used to launch "highly evasive" password-spraying attacks.

Multiple routers with multiple networks for your home are coming to Australia.

A Practical Introduction to VoIP Routers

A method begins by a router receiving data for storage and interpreting the data to determine whether the data is to be forwarded or error encoded. The method continues with the router obtaining a routing table when the data is to be error encoded. Next, the method continues with the router selecting a routing option from the plurality of routing options and determining error coding dispersal storage function parameters based on the routing option. Next, the method continues with the router encoding the data based on the error coding dispersal storage function parameters to produce a plurality of sets of encoded data slices. Next, the method continues with the router outputting at least some of the encoded data slices of a set of the plurality of sets of encoded data slices to an entry point of the routing option.

Techniques are described for implementing one or more logical routers within a single physical routing device. These logical routers, as referred to herein, are logically isolated in the sense that they achieve operational and organizational isolation within the routing device without requiring the use of additional or redundant hardware, e.g., additional hardware-based routing controllers. The routing device may, for example, include a computing platform, and a plurality of software process executing within the computing platform, wherein the software processes operate as logical routers. The routing device may include a forwarding component shared by the logical routers to forward network packets received from a network in accordance with the forwarding tables.

A method and system for providing joint IP/Optical Layer restoration mechanisms for the IP over Optical Layer architecture, particularly for protecting against router failure within such architecture, includes any one of plural node elements participating in the detection and restoration of the joint IP/Optical Layer architecture upon the failure of a router in one of the nodes. The plural node elements may include, but are not limited to, one of plural routers and an optical cross-connect.

A router includes a housing, a printed circuit board disposed within the housing, a cellular module disposed within the housing and electrically connected to the printed circuit board, the cellular module being configured to enable connection to a mobile broadband network, at least one antenna terminal formed in the housing for connecting an external antenna to the cellular module, and a switch associated with the at least one antenna terminal, the switch being configured to automatically switch from an internal antenna of the router to the external antenna when the external antenna is connected to the router via the at least one antenna terminal.

Guest Post: XDP allows you to build a high-performance peering router using just Linux, while leveraging various open-source routing daemons.

On his Pluralistic blog, Cory Doctorow writes about a $3 router rebooter. This DIY gadget connects between your home router and its AC outlet. It pings Google periodically and if it doesn't receive a response, it cycles the power on the router to reboot it.

From creator Mike Diamond's website What I Made Today:

How it works In layman's terms, the process is simple. The ESP [ESP8266 01, an  Internet of Things WiFi module board] periodically pings Google through the modem. If it gets a reply, it does nothing; the relay stays closed and the modem stays on.

If the ESP does not get a reply, it will "understand" that the modem is down. When this happens, it turns off the relay, waits 30 seconds, then turns it back on, thus power-cycling the modem.

Your router is the at the heart of your home network, so it's important to get the right one. Here's how we test every Wi-Fi router we review.

The popular Netgear Nighthawk R6700 wireless router is just $68 right now. Plus, you can save on a 32-inch Dell monitor and Apple AirPods with the wireless charging case.

The Netgear Nighthawk AX12 12-Stream Wi-Fi 6 Router (RAX120) is a powerful, if expensive, router that uses the latest 802.11ax technology to deliver fast throughput and file-transfer speeds.

Have a household of digital devices—and an online gamer or three? You need a router that's ready-made to give gaming traffic the right of way. Here's how to buy the right gaming router, along with our top-rated favorites.

Until now, providing your own router didn't stop ISPs charging you a router rental fee.

Usually priced at $79.99, it's available now for just $51.99.

The D-Link EXO AC3000 is a tri-band router that delivered speedy throughput in our tests and offers solid parental controls, malware protection, and mesh technology.

In the days of surfing, streaming, gaming, and more, your Wi-Fi router is the single most important piece of technology in your home. Make sure you pick the right one. Here's what you need to know to optimize your network, along with the best wireless routers for all budgets.

Configuring your router to run a VPN lets it protect all the devices on your network, but senior security analyst Max Eddy explains why it might not be practical for the average user.

Follow these simple steps for configuring your router and wireless network the right way.

VPN routers provide all the data safety and privacy features of a VPN client, but they do so for every device that connects to them. We test 10 of the best models that can act as VPN gateways for your home or small business.

Only a few vendors are the best for routing your internet signals and storing your files at the office. Here are PCMag readers' top picks.

USB4 can simultaneously tunnel USB3, PCIe and DisplayPort native protocol traffic through a hierarchy of USB4 routers. The key to tunneling of these protocols is routing table programmed at each ingress adapter. An entry of a routing table maps an incoming HopID, called Input/Ingress HopID to a corresponding pair of Output/Egress Adapter and Egress/Output HopID.

The responsibility of programming routing tables lies with the Connection Manager. Connection Manager, having the complete view of the hierarchy of the routers, programs the routing tables at all relevant adapter ports. Accordingly, the USB3, PCIe and DisplayPort protocol tunneled packets are routed, and reach their respective intended destinations.

The diagrammatic representation below is an example of tunneling of USB3 protocol traffic from USB4 Host Router to USB4 Peripheral Device Router through a USB4 Hub Router. The path from USB3 Host to USB3 Device is depicted by routing tables indicated at A -> B -> C -> D, and the one from USB3 Device to USB3 Host by routing tables indicated at E -> F -> G -> H . Note that the Input HopID from and Output HopID to all three protocol adapters for USB3, PCIe and DisplayPort Aux traffic, are fixed as 8, and for DisplayPort Main Link traffic are fixed as 9.

Once the native protocol traffic come into the transport layer of a USB4 router, the transport layer of it does not know to which native protocol a tunneled packet belongs to. The only way a transport layer tunneled packet is routed through the hierarchy of the routers is using the HopID values and the information programmed in the routing tables.

The figure below shows an example of tunneling of all the three USB3, PCIe and DisplayPort protocol traffic together. The transport layer tunneled packets of each of these native protocols are transported simultaneously through the routers hierarchy.

 Cadence has a mature Verification IP solution for the verification of USB3, PCIe and DisplayPort tunneling. This solution also employs the industry proven VIPs of each of these native protocols for native USB3, PCIe and DisplayPort traffic.

Verifying lane adapter state machine in a router design is quite an involved task and needs verification from several aspects including that for its link training functionality.

The diagram below shows two lane adapters connected to each other and each going through the link training process. Each training sub-state transition is contingent on conditions for both transmission and reception of relevant ordered sets needed for a transition. Until conditions for both are satisfied an adapter cannot transition to the next training sub-state.

As deduced from the lane adapter state machine section of USB4 specification, the reception condition for the next training sub-state transition is less strict than that of the transmission condition. For ex., for LOCK1 to LOCK2 transition, the reception condition requires only two SLOS symbols in a row being detected, while the transmission condition requires at least four complete SLOS1 ordered sets to be sent.

From the above conditions in the specification, it is a possibility that a lane adapter A may detect the two SLOS or TS ordered sets, being sent by the lane adapter B on the other end, in the very beginning as soon as it starts transmitting its own SLOS or TS ordered sets. On the other hand, it is also a possibility that these SLOS or TS ordered sets are not yet detected by lane adapter A even when it has met the condition of sending minimum number of SLOS or TS ordered sets.

In such a case, lane adapter A, even though it has satisfied the transmission condition cannot transition to the next sub-state because the reception condition is not yet met. Hence lane adapter A must first wait for the required number of ordered sets to be detected by it before it can go to the next sub-state. But this wait cannot be endless as there are timeouts defined in the specification, after which the training process may be re-attempted.

This interlocked way of operation also ensures that state machine of a lane adapter does not go out of sync with that of the other lane adapter. Such type of scenarios can occur whenever lane adapter state machine transitions to the training state from other states.

Cadence has a mature Verification IP solution for the verification of various aspects of the logical layer of a USB4 router design, with verification capabilities provided to do a comprehensive verification of it.

Here are two screen capture of Before and After Autorouting my board. Padstacks have all been revised and corrected. The Capture Schematic is correct. All Footprints have been verified after Padstack revision. a new NETLIST generation have been done after some corrections made in Capture. I have imported the new Logic. I revised my Layout Cross Section as such: TOP, GND, VCC, BOTTOM. Both VCC and GND shapes have been assigned to their respective logical GND and VCC Nets (verified). Yet, I still have the Autorouter to systematically use extra vias to make GND and VCC connections to the VCC and GND planes. Where a simple utilisation of the part padstack inner layer would have been indicated. What Im I missing ?