5/25/2019 0 Comments Broadband Tuner 1.0 App For MacMar 10, 2006 The Broadband Tuner allows you to take full advantage of very high speed Internet connections that have a high latency. The installer tweaks some system parameters. There is an optional uninstaller that can be used to restore the settings that were in effect at the time just before the system parameters were changed. SUPPORT TCP/IP tuner for improving network performance and compatibility. IPNetTunerX is a modest application that allows you to optimize TCP/IP network performance under Mac OS X by tuning internal TCP/IP parameters to match your network environment. IPNetTunerX supports over 50 adjustable parameters including the TCP Window Size, Time Out intervals, Maximum Segment Size, and MTU. Beyond adjusting parameters, IPNetTunerX provides tools for measuring the effect of your changes, and a Location Helper to make dynamic configuration easier. Use our preconfigured settings for most common types of Internet connections. Or you can adjust your settings and save them in IPNetTunerX settings documents and invoke them automatically each time you login (or at system startup). While not all connections require tuning, it is often possible to improve network performance significantly by using the right parameters for your connection. IPNetTunerX makes it easy to experiment and see for yourself. As with all of our Macintosh software products, IPNetTunerX features a fully functional 21 day trial period.| System Requirements: Mac OS X 10.3.9 or later, Leopard compatible. Pricing $30.00* *$15 upgrade for previously registered users 3-Pack (3 licenses for IPNetTunerX) $60 You save $30! 5-Pack (5 licenses for IPNetTunerX) Only $90 You save $60! IPNetTunerX must run on each machine on a network to get maximum performance. Take advantage of our Multipack pricing and save! Why is it Sometimes Necessary To Tune TCP/IP? • TCP/IP is not controlled by any manufacturer and is designed to work on almost any kind of underlying network with widely varying characteristics. • To meet this challenge, the protocol designers made TCP adaptive. TCP is self monitoring and optimizes its own behavior to match the network environment. Adaptation takes time and the default settings cannot optimize for every possible kind of network. • There are many independent implementations, the protocols continue to evolve in response to practical experience, some implementations have peculiar compatibility constraints. Why can't somebody just write a utility that analyzes my network and automatically selects the optimum settings? Such a tool would be both useful and popular. The answer is they already have, it's called TCP/IP, but sometimes it needs a little help. In most cases, TCP works remarkably well all by itself. Tuning is needed in those cases where TCP doesn't quite get it right because the network behavior is outside the expected range. Typical problems include: • Asymmetric connections that are much faster downstream than upstream. • High performance connections with relatively long latency (measured in bytes) such as fiber optic, satellite, or PPP via cellular network. • PPPoE (or Cisco VPN) implementations that restrict the network MTU without support for 'Path MTU Discovery' or fragmentation. • Heavily congested links. Tuning can't solve everything. You may need to restructure your network or use packet shaping to control traffic flows. The key to optimization in such cases is to measure, adjust, repeat. Notice it's not necessary to find the perfect settings, only to get close enough that TCP works efficiently in your environment. The tools included with IPNetTunerX are designed to make this easy and show how well TCP is actually working. To keep it simple, IPNetTunerX offers a collection of presets to solve the most common tuning problems for users with asymmetric broadband connections. What if I have more than one kind of network connection, like wireless internet served through a satellite. Which one should I tune for? Just as a chain is only as strong as its weakest link, you want to tune your connection to improve performance over the weakest link or bottleneck. If the connection is highly asymetric, has MTU restrictions, high latency, or some other problem, you adjust to compensate. 'Tuning' can be a little misleading in this case since it suggests tweaking to find just the right setting. 'Bottleneck Bypass' is a better description of what you are trying to achieve. Getting around one bottleneck might reduce performance slightly in another area, but this usually isn't a problem. Can I tune TCP differently for my Ethernet LAN versus Internet connection if they use different network ports? TCP sits above the IP network layer so doesn't normally know how the underlying data will be routed. Are you a Google Calendar Desktop Mac user? Do you want to use your google calendar on your mac desktop? Informant for macOS is a great way to accomplish that. We have answered a number of questions about setting up google calendar accounts with Informant for macOS. Is there a native OS X app that allows me to see my Google calendar? Looking for a Mac calendar app that goes beyond the features offered by iCal? Enhance the familiar iCal functions with software add-ons that allow you to display appointments on the desktop, customize the look of the calendar, incorporate weather updates, and provide a way to enter events quickly. Best calendar for mac. BusyCal, Calendar, and Fantastical 2 are probably your best bets out of the 14 options considered. 'Weather, moon-phases and graphics' is the primary reason people pick BusyCal over the competition. The Best 1 of 14 Options. Best calendar apps for Mac OS X. In Excel 2008 you can use the List feature by clicking in the list then selecting Insert> List from the main menu. Just follow the steps of the Wizard. Just follow the steps of the Wizard. The list can be formatted using the AutoFormat options during the Wizard process or you can add formatting later by going to Format> AutoFormat or using the contextual List toolbar. How to make a table in microsoft word. Can I tune TCP at my router, or do I need to tune TCP at each host on my LAN? TCP is end-to-end, so it generally makes sense to tune TCP at one or both ends of the connection.
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