Hack Router Port 5300

10.08.201910.08.2019

Editor's note: This post was updated on December 27, 2015 to add information about the router's performance.

Hack Router Port 5300 Driver

If you think the Asus RT-AC3200 is overkill, you have no idea. The networking vendor has just made available another with much higher Wi-Fi specs than its older brother, the RT-AC5300.

I agree with Kim. The fact that youre asking this question means that you probably dont know much about 'hacking' But first, do you understand how a router works? Hack Router Port 5309. Mailbox Name Nameserver. In a distributed denial-of-service attack. A string of out-of-band data was sent to TCP port 139. If you care about the security of your router, and you should, it is best to. On the whole, the software in these routers is buggy as heck. Below is what I base this opinion on. This list is far from complete.

Similar to the RT-AC3200, the RT-AC5300 is also a tri-band router. It has three Wi-Fi bands: one on the 2.4GHz band and two on 5GHz. However, as it has Broadcom's latest Wi-Fi chip, each of its bands has much higher bandwidth.

Specifically on the 2.4GHz band, the RT-AC5300 has a top Wi-Fi speed of up to 1,000Mbps, and on the 5GHz, each of the two bands has a top speed of 2,167Mbps. Combining those, the router has a total Wi-Fi bandwidth of some 5,300Mbps at any given time.

Obviously this is only the speed on the paper. The real-world performance of the router will also depend on the Wi-Fi specs of the clients (devices such as laptops, tablets, phones and so on) and will likely be much lower due to other factors, such as range, interference and software/hardware overheads. However, generally, higher Wi-Fi specs tend to deliver higher real-world performance, so the RT-AC5300 is definitely exciting.

Update: In preliminary tests, the RT-AC5300 proved to be essentially the same as Asus' RT-AC88U (of which the full review can be found here) with two main differences. While the RT-AC88U is a dual-band router with eight Gigabit LAN ports, the RT-AC5300 is a tri-band router with just four Gigabit LAN port. Other than that, the two routers share the same performance and feature set, including the support for a built-in WTFast client. This means, pricing aside, the only time you should pick the RT-AC5300 over the RT-AC88U is when need to support a lot (10 or more) concurrent active 5Ghz Wi-Fi clients at a time. In this case, thanks to the extra 5Ghz band, the RT-AC5300 can handle all clients better without slowing any of them down. Otherwise, chances are you won't see any difference between the two at all in terms of networking experience.

The RT-AC5300 will support all existing Wi-Fi clients, including those using the obsolete 802.11b standard. To get the most benefit from it, however, the clients need to support 802.11ac and better yet the same performance tier that the router has.

Asus says the new router comes with eight dual-band detachable antennas, which is the highest number of external antennas on a home router to date. The router also has two USB ports (one USB 3.0 and one USB 2.0) to host a printer and an external hard drive. You can also use these ports to host a cellular dongle in case you want to share a 3G or 4G connection with the rest of the local network. Though the router is quite big, it still has the usual four Gigabit LAN ports and one Gigabit WAN port.

Similar to recent Asus routers, such as the RT-AC3200 and the RT-AC87U, the new RT-AC5300 will feature an easy-to-use interface and will support Asus' AiProtection network security services designed to keep the local network safe from online threats.

In all, this is a monster of a router that's overkill for most homes. But if you're on the market for a top-notch router, or if you have lots of 5Ghz Wi-Fi clients that need to perform intensive networking applications on wireless, the RT-AC5300 is actually worth its hefty cost of $400 (converts roughly to £270 in the UK and AU$550 in Australia).

Introduction

All About Wireless
How To Connect At Home
How To Connect On The Go
How to Troubleshoot Wireless Issues
The Future of Wireless

The truth is that there is really no such thing as hack-proof or hacker-proof, just like there is nothing out there that is completely waterproof. Therefore, in this article, we're going to discuss making your wireless router as hacker-resistant as possible. Your wireless router is a prime target for hackers wanting to infiltrate your network or freeload off your Wi-Fi connection. Here are some things you can do to make your wireless router harder to hack:

Enable WPA2 Wireless Encryption; Create a Strong SSID Network Name and Preshared Key

If you aren't using Wi-Fi Protected Access (WPA2) encryption to protect your wireless network, then you might as well leave your front door wide open because hackers can virtually walk right into your network. If you're using outdated Wired Equivalent Privacy (WEP) security, which is easily cracked in seconds by most hackers, you should consider upgrading to WPA2. Older routers may need a firmware upgrade to add WPA2 functionality. Check your router manufacturer's manual to learn how to enable WPA2 wireless encryption on your router.

You will also need to make a strong SSID (wireless network name). If you are using your router's default network name (i.e. Linksys, Netgear, DLINK, etc.), then you are making it easier for hackers to hack your network. Using a default SSID or a common one helps hackers in their quest to crack your encryption because they can use prebuilt rainbow tables associated with common SSID names to crack your wireless encryption.

Create a lengthy and random SSID name even though it might be hard to remember. You should also use a strong password for your preshared key to further discourage hacking attempts.

Turn on Your Wireless Router's Firewall

If you haven't already done so, you should consider enabling your wireless router's built-in firewall. Enabling the firewall can help to make your network less visible to hackers looking for targets on the internet. Many router-based firewalls have a 'stealth mode' that you can enable to help reduce your network's visibility. You will also want to test your firewall to ensure that you have configured it correctly.

Use an Encrypted Personal VPN Service at the Router Level

Virtual private networks used to be a luxury that only large corporations could afford. Now you can buy your own personal VPN service for a small monthly fee. A personal VPN is one of the biggest roadblocks you can throw at a hacker.

A personal VPN has the capability to anonymize your true location with a proxied IP address and can also put up a wall of strong encryption to protect your network traffic. You can purchase personal VPN service from vendors such as WiTopia, StrongVPN, and others for as little as $10 a month or less as of January 2018.

If your router supports personal VPN service at the router level, then this would be the best way to implement a personal VPN, as it allows you to encrypt all traffic entering and leaving your network without the hassle of setting up VPN client software on your computers. Using the personal VPN service at the router level also takes the encryption process burden off of your client PCs and other devices. If you want to use a personal VPN at the router level, check to see if your router is VPN-capable. Buffalo Technologies has several routers with this capability, as do other router manufacturers.

Disable the Admin via Wireless Feature on Your Router

Another way to help prevent hackers from messing with your wireless router is to disable the admin via wireless setting. When you disable the admin via wireless feature on your router, it makes it so that only someone who is physically connected to your router via an Ethernet cable can access the admin features of your wireless router. This helps to prevent someone from driving by your house and accessing the administrative functions of your router if they've compromised your Wi-Fi encryption.