If you have a USB link and Windows or Unix: Run dumpxp.exe (included with dumpxp.zip) on your computer.Read readme.txt (included with dumpxp.zip) for information on how.
If you have a homemade parallel link and DOS or Windows:
If you have a homemade serial link and DOS or Windows:
These ROM image files you must copy the ROM from your calculator using a linkįor link cable and link software information.Īctually downloading a ROM image is tricky, but newer emulator and linking software make The software you use to operate the calculator.
The Voyage features a full QWERTY keyboard, which makes programming and other text input easier for the user.Apps (like ME*Pro) and the Symbolic Math Guide (SMG) are not available on the TI-Nspire, although community members created Lua scripts that may be categorized as some sort of "Applications".The Nspire only has C and ASM support through the jailbreaking program Ndless. The Nspire is less capable of a programming platform. The TI-89 and V200 have better programming capabilities – their built-in language has more I/O and graphics commands, and they also support native assembly programming.For the Nspire, this function was introduced in an OS update. The V200 was capable of 3D graphing first.The V200 and TI-89 can solve many algebraic equations, and data input on the TI-89 can be easier for the user than the Nspire.However there are many things that the TI-Nspire lacks from the Voyage 200 and TI-89: The Nspire has a new Vernier DataQuest function which can be used to collect data from any sensors connected to the Lab Cradle, which allows up to 5 sensors, or one sensor probe can be connected via USB port on top of the handheld.The Nspire is capable of opening files that support images.
The user can interact with any portion at a time. It is possible to view several pages of data at once, effectively splitting the screen between each page.Data and statistics functions have been improved.Data from spreadsheets and lists can be analyzed and graphed. Spreadsheet function which is similar to a list editor.Graphing has been updated, giving users the option to derive or integrate a function in-graph.Space - the new CX models have up to 100 MB of user memory and the Nspire had about 20 MB of user memory, compared to the TI-89 Titanium and Voyage 200's 188 KB RAM and 2.7 MB Flash ROM.The Nspire can handle bigger matrices, a broader selection of equations and functions, all more quickly, since the processor is more powerful. More powerful compared to the Voyage 200.The Voyage 200 and TI-89 did this to output, while input remained standard. Symbolic mathematics templates on the input as well as output, or "PrettyPrint" - the ability to show the results as they would normally be written.These documents can be sent to computers, other handhelds and printers. Students create and save all of their work as documents with notes, thus enabling teachers to see problem-solving techniques and assess individual student understanding.This simplifies the learning curve for some users. The Nspire commands are similar to the ones commonly used with computers, for example: To copy, press Ctrl+C, like in a computer.
TI-Nspire is fully compatible with computers running Windows or Mac OS X by USB cable, while the Voyage is less so.When comparing the TI-Nspire CAS to the Voyage 200 or TI-89, there are many advantages: Please help improve it by integrating both sides into a more neutral presentation.
This section contains a pro and con list.