Spatial Uniformity
Source: Tom's Guide US | Keywords: the, spring, 2006, lcd, collection
- 1. 19" LCDs: The Spring Collection
- 2. Design
- 3. Spatial Uniformity
- 4. Overshoot
- 5. BenQ FP91V
- 6. BenQ FP91V: Ho-Hum
- 7. Spatial Uniformity
- 8. Overshoot
- 9. Hyundai Q90U
- 10. Hyundai Q90U's Pitfalls
- 11. Spatial Uniformity
- 12. Overshoot
- 13. NEC 1980Fxi
- 14. NEC 1980Fxi: Real Class
- 15. Spatial Uniformity
- 16. Overshoot
- 17. NEC 90GX2
- 18. The NEC 90GX2' Taste Filters
- 19. Spatial Uniformity
- 20. Overshoot
- 21. Samsung 960BF
- 22. Samsung 960BF: Hand-Crafting
- 23. Spatial Uniformity
- 24. Overshoot
- 25. Samsung 970P
- 26. One Word About The Samsung 970P: Remarkable
- 27. Spatial Uniformity
- 28. Overshoot
- 29. Sony MFM-HT95
- 30. Sony MFM-HT95: Slightly Cold Colors
- 31. Spatial Uniformity
- 32. Overshoot
- 33. ViewSonic VX922
- 34. ViewSonic VX922: Respectable Colors
- 35. Spatial Uniformity
- 36. Overshoot
- 37. ViewSonic VP930
- 38. ViewSonic VP930: Color Fidelity, As Promised
- 39. Spatial Uniformity
- 40. Overshoot
- 41. Xerox Xa7-192i
- 42. Xerox Xa7-192i: A Static Monitor
- 43. Spatial Uniformity
- 44. Overshoot
- 45. Conclusion
39. Spatial Uniformity
We measured the uniformity of the panel's lighting.

The overall uniformity of the panel was very good. But there was no real gain compared to the VP191b. Users on forums complain of a lack of uniformity of lighting in the corners. That didn't appear to be true of the monitor we were sent for testing. It's true that you can see that the lower right corner is brighter, but it was no big deal. And it wasn't detectable, even on a completely black image.
ViewSonic VP930: No Faster
We measured the panel's actual latency:

Looking at this graph, you might well question the advantage of this model over the 191b. No real progress has been made in the latency department. The panel even tested a tad slower. When we looked under the hood, we found that the panel used is an AUO M190EN3 V2. This is a minor update of the panel used in the 191b. But in reality, there's been no gain in response time. The oscilloscope signal was very clean and showed almost no overshoot. That means no precision has been lost, which is a good thing. But if you were expecting VP930 to be a new breed of racehorse, you'll be disappointed this time around.
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