Close

Member Login

Invalid username or password.
Incorrect Login. Please try again.

Not a member?

Sign up and join a community that's passionate about exploring the world of entertainment & technology.

Test Bench: JVC DLA-HD1 1080p D-ILA Front Projector

Color temperature (Cinema Image Profile, Low Color Temperature before/User Image Profile/Color Temperature after calibration):
20 IRE: 7,411/6,656 K
30 IRE: 6,943/6,526 K
40 IRE: 6,846/6,535 K
50 IRE: 6,840/6,456 K
60 RE: 6,776/6,411 K
70 IRE: 6,761/6,422 K
80 IRE: 6,768/6,440 K
90 IRE: 6,711/6,374 K
100 IRE: 6,700/6,370 K
Brightness (100-IRE window before/after calibration): 19.2/16.8 ftL

With the JVC's Cinema Image Profile and Low Color Temperature presets selected, its grayscale tracked within ±443 degrees kelvin of the 6,500-K standard from 30 to 100 IRE -a somewhat below-average level of performance. Adjustments to the red, green, and blue settings in the User color-temperature menu improved performance considerably, resulting in ±156-K grayscale tracking from 20 to 100 IRE. Color decoder tests showed 0% error for HDMI and only +5% red error on the component-video input. The projector's red and blue primary color points, meanwhile, measured close to the SMPTE HD specification. Green displayed a noticeable degree of oversaturation, however.

Overscan - the amount of picture area cut off at the edges of the screen - measured 0% for 1080i/p signals with the Mask option set to Off. The projector displayed 1080i/p and 720p test patterns with full resolution via the HDMI and component-video connections, although resolution test signals showed a slight rolloff at the highest frequencies. The projector was able to accept 1080p/24-fps signals via its HDMI inputs.

Screen uniformity was very good, with only a slight pinkish tint visible at the far right side of the screen on full-field gray test patterns. A degree of red color fringing could also be seen even after tweaking with the Pixel Adjust feature. Standard- and high-def Silicon Optix HQV test discs showed picture softening when noise reduction was applied, although no ringing artifacts were visible in motion sequences.

Back to Homepage
What's New on S&V

Post a Comment
(1500 Characters or less)
CAPTCHA
This question is for testing whether you are a human visitor and to prevent automated spam submissions.
By submitting this form, you accept the Mollom privacy policy.
All submitted comments are subject to the license terms set forth in our Privacy Policy and Terms of Use