TI Designs New Calculator in Germany
Posted by Michael on 12 April 2006, 15:03 GMT
It appears that TI has a new calculator under development, however it only appears on the German version of TI's website. The TI-Nspire CAS (translation) is seemingly in a pre-release phase. TI has a flash demo posted which shows some information about the calculator. It is a departure from all previous models, with a new GUI and what looks like a grayscale screen. There is no information yet on the hardware specifications, other than it has a USB port and two USB ports on a cradle (if I am translating German correctly). In any case, this new upcoming calculator is more exciting than watching Joey Gannon dancing in lederhosen.
Please keep in mind that the image to the right is one of TI's mockups which is drawn in Photoshop (or photo editor of their choice). It is not an actual image.
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Re: TI Designs New Calculator in Germany
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Shady_0883
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Well, deffinitely looks great, great graphics, original and stilistic case, but anyway it would be better to know the tec. spec. i think this one deserves at least a 15 Mhz Procesor and 2.6 User memory Rom, anyway if anyone knows these spec. please answer my post
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12 April 2006, 15:55 GMT
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Re: TI Designs New Calculator in Germany
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CajunLuke
(Web Page)
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After watching that flash, I can tell you two things:
1. Never going to be allowed on ACT/SAT. Ever.
2. Wicked awesome. I want to see its programming model.
3. I am going to segregate $300 in my savings account specifically for this.
4. I WANT!!!
5. If they put Bluetooth in it (unlikely), I will so use it to control my Lego Mindstorms NXT.
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12 April 2006, 16:15 GMT
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Re: Re: Re: Re: Re: TI Designs New Calculator in Germany
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Chris Williams
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He probably means 4 values (2 bits) for each of the channels, not 4 bits each. So it's 6 bits for a total of 64 colors.
The screen would use red, green, and blue only if it is a transmitting type and not a reflective type. If it were reflective (such as the color screen the Casio calculators have), it would use cyan, magenta, yellow, and black channels (which are basically light filters) to produce various colors, so with 2 bits for each channel, a color would fit nicely in one byte.
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15 April 2006, 19:43 GMT
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