17 inch LCD at staples $270 AC/AR ($240 if you can get a $50 CPN)

[Corporate Thug]

LCD


370 - 80 MIR - 20 off coupon (printable) = 270+ tax on $320 **OR**

370 - 80 MIR - 50 off coupon (printable) = 240+ tax on $320

 

[yodayoda]

the $50 coupon is dead. sorry dude =(

 

[Corporate Thug]

edited, thanx

 

[pete777]

use the 50 coupon , find it at fatwallet.com

 

[kehi]

is this monitor any good?

 

[AMDSoldier]

Originally posted by: yodayoda
the $50 coupon is dead. sorry dude =(

dead? which one are we talking about here?

I was able to use the $50 off printable at OMAX even 4 times.

and spec wise, this doesn't look bad!

 

[anandfan]

50 ms response time - ouch!

(specs here: NESOUSA PIXO AT700 )

 

[Corporate Thug]

this is definately not for the gamer

 

[Rhesus]

If you live in North Hollywood DONT get adelphia

why not? no probs here...

 

[bachdog]

I sent the following email to Neso's tech support:

I'm trying to understand the response time mentioned on http://www.nesousa.com/pdf/PIXO_700.pdf for the PIXO AT700S 17" LCD monitor. It says the reponse time is Tr/Tf=15/35ms. Can you explain what that means? Tr = rise time? Tf = fall time? Most LCDs that I found only mention one response time and forums generally say that you need around 15ms to play games and watch DVDs. How does your spec compare with what the forums say?

This is their reply:

I am not sure on what the forums state, but here are details so you can compare with other LCD monitors. We provide you with both response times to give you full details. However, most lcd manufacturers only list the average response time. Tr + Tf = Avg. response time. (15ms + 35mx = 50ms).

Hope this answers your question.

Best Regards,
David
Pixo Tech Support Rep...

 

[chynkboi]

Originally posted by: bachdog
I sent the following email to Neso's tech support:

I'm trying to understand the response time mentioned on http://www.nesousa.com/pdf/PIXO_700.pdf for the PIXO AT700S 17" LCD monitor. It says the reponse time is Tr/Tf=15/35ms. Can you explain what that means? Tr = rise time? Tf = fall time? Most LCDs that I found only mention one response time and forums generally say that you need around 15ms to play games and watch DVDs. How does your spec compare with what the forums say?

This is their reply:

I am not sure on what the forums state, but here are details so you can compare with other LCD monitors. We provide you with both response times to give you full details. However, most lcd manufacturers only list the average response time. Tr + Tf = Avg. response time. (15ms + 35mx = 50ms).

Hope this answers your question.

Best Regards,
David
Pixo Tech Support Rep...

I thought average was (Tr+Tf)/2 ....maybe the tech support failed algebra..

 

[Corporate Thug]

so is this really 25 ms???

 

[chynkboi]

Originally posted by: shady06
so is this really 25 ms???

depends on the terminology of what ms really means... the average of Tr and Tf or delta of both added

 

[C'DaleRider]

Originally posted by: chynkboi

Originally posted by: bachdog
I sent the following email to Neso's tech support:

I'm trying to understand the response time mentioned on http://www.nesousa.com/pdf/PIXO_700.pdf for the PIXO AT700S 17" LCD monitor. It says the reponse time is Tr/Tf=15/35ms. Can you explain what that means? Tr = rise time? Tf = fall time? Most LCDs that I found only mention one response time and forums generally say that you need around 15ms to play games and watch DVDs. How does your spec compare with what the forums say?

This is their reply:

I am not sure on what the forums state, but here are details so you can compare with other LCD monitors. We provide you with both response times to give you full details. However, most lcd manufacturers only list the average response time. Tr + Tf = Avg. response time. (15ms + 35mx = 50ms).

Hope this answers your question.

Best Regards,
David
Pixo Tech Support Rep...

I thought average was (Tr+Tf)/2 ....maybe the tech support failed algebra..

And maybe the poster failed reading.......

Tr + Tf = Avg. response time. (15ms + 35mx = 50ms).

I fail to see what is unclear here. The tech support person is quite clear in the average response time of the monitor........50ms. It seems to me the avg. response time is the addition of the Tr and Tf times........probably the rise and fall times of the crystals in the panel itself.

 

[incucumbr]

Tr + Tf = response time

Avg Tr + Avg Tf = Avg response time