Do You Change Advanced Wireless Properties?
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Here’s the spicy TL;DR for you who only clicked for your "Throughput Booster" name: There’s an innovative wireless adaptor setting for enhanced throughput, potentially at the cost of additional users’ throughput. Read on for details.
I was poking around my wireless adaptor possessions and discovered a few interesting items. I’m wondering if anybody here ever contrasts with these configurations. I’m also interested as to what the potential effects are for some of these. These are of particular interest to me personally: -Mixed Mode Protection (what is it?) -Preferred Band (I just tried choosing 5.2GHz to play it) -Wireless Mode (I’ve got AC, and also my adaptor has b/g/n chosen, without a "ac" accessible. Ideas?) -Roaming Aggressiveness ( Quotation from Intel’s website "Wi-Fi drifting aggressiveness denotes the rate that your Wi-Fi client automatically selects and switches to another access point or router with better signal quality. If you are experiencing trouble connecting to the closest router or your own wireless adapter is continually trying to connect to different routers, this may be a result of the drifting aggressiveness setting in your adapter. " ) -Throughput Booster (sounds perfect for priority customers, such as us IT guys who need max throughput. Have a look at this by strengthen wifi Intel’s website: What’s the attribute disabled by default? When the Intel Throughput Enhancement is allowed, the adapter does not allow for different customers to have equivalent access to the available wireless bandwidth.
When should the attribute be enabled? Consider enabling the Intel Throughput Enhancement setting when working in an environment where equal access by all customers is not essential and greater throughput on uploads is desired. Streaming video, uploading large files, and sharing content are examples of applications that could benefit from utilizing the Intel Throughput Enhancement. Short duration or periodic traffic such as Voice over IP (VoIP) will not see much improvement when using the Intel Throughput Enhancement.
When should the attribute be disabled? The Intel Throughput Enhancement setting ought to be disabled in an environment in which equal access by all customers is a priority. Intel Throughput Enhancement ought to be disabled in mixed-mode (802.11b and 802.11g) environments.
To get where I’m speaking about: Right-click your system adaptor, then click Configure. In the next window, then click the Advanced tab. Scroll through those options (see screenshots below).
Meaning with DPI-SSL on, your down to 200 Mbps irrespective of anything else. Butif you were doing FTP, it’s not employing the DPI-SSL and will be faster.
In the website that I have 1G Comcast, in order to maintain that speed, I’m employing a NSA4600. On DPI-SSL, some websites will be set into your bypass mode [because Google/Amazon/Microsoft despise it when you place something in the center and will whine ]. Therefore, your well known reputable websites will not be inspected and slowed down [such as Google/Amazon/Microsoft]. Little used websites and untrusted websites [such as facebook] have to be inspected, and can you really need 200M or faster on those connections?
A TZ600 for a 500M link is reasonable with all the 150 users. Your really in the "time for a NSA" spot with no less than a NSa 2650, however the price jump is there to visit some NSa device. Obviously, larger is better, however, the price both to buy and the yearly renewals are more and has to be taken into the overall cost of ownership.
That degree of reporting is obtained via network monitoring applications. Such tools collect the data from the apparatus and track it over extended intervals. There are a whole lot of tools such as that. Many will use SNMP to collect the data and can graph it.
Ditch the CLI and grab the data via SNMP into a monitoring tool that can gather the data and assist visualize it.