Spatial Uniformity
Contents
- 1. Separating The Wheat From The Chaff
- 2. Brightness And Contrast
- 3. Viewing Angles
- 4. HDTV Formats
- 5. HD-TV: Connectivity
- 6. The Small Form Factor PC: Your LCD TV's Best Friend
- 7. The THG Method
- 8. Video Tests
- 9. Sony KLV-26HG2
- 10. Equipment
- 11. Video Quality
- 12. Sharp Aquos LC26GA3E / LC26GA4E
- 13. Equipment
- 14. Spatial Uniformity
- 15. Sharp Aquos LC26GA3E: A Racehorse Of A TV Set
- 16. Interpolation And PC Mode
- 17. Philips 26PF9946/12
- 18. Equipment
- 19. Spatial Uniformity
- 20. Video Quality
- 21. Samsung LT-P266W
- 22. Samsung LT-P266W: Basic Fidelity
- 23. Such Good Responses
- 24. Interpolation And PC Mode
- 25. Dell W2600: Withhold Your Prejudices
- 26. Dell W2600: Respect For Standards
- 27. Dell W2600: But
- 28. Neovia NEO26DT: Breaking The 1,000 Euro Barrier?
- 29. Design And Finish
- 30. Spatial Uniformity
- 31. Sound Quality
19. Spatial Uniformity

The panel didn't show excellent uniformity. The lower part of the image was lighter than the upper part and a halo was visible in the center of the panel. This phenomenon was especially evident when a black image was projected on the screen.
Philips 26PF9946/12: Warp Speed, Scotty

If this TV set were an LCD monitor, it would clearly be near the top of the class for responsiveness. It tested a little shy of the Sharp model, but was still quite good - as good as the best 19" 8 ms monitors we've tested, and just a little below the BenQ FP71E.
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