Specs
Review from Chris
Am tempted between this A6/F6 and a Lilliput A5? Would sort of prefer the slightly smaller screen of the A5
Left part of same photo has A5
Dummy Battery DC Coupler for SONY NP FZ100 Dummy Battery Converter Compatible for Sony Alpa A7III, A7RIII,Sony A9 Digital Cameras
Delay at 1080p60
Quite typical for such monitors
Andycine A6 monitor electrical measurements
Standby consumption - 0,058 watts
Andycine A6 Contrast and White Brightness at various backlight settings
Let's compare efficiency to Lilliput A5
Maximum brightness is 403 nits versus 349 nits for A5, 15% brighter.
With this difference monitor consumes 5.4% less energy, so it is around 22% more efficient total.
Can add also 20% more battery life space due to lower voltage cutoff, and larger panel.
Color gamut, grayscale
Gamut is wider than Rec 709
Also it is nice idea to adjust blue down
As it is really cool color temperature overall
Primaries spectrums
White spectrum
Andycine A6 Inside
Main parts
LCD Panel
Very nice main board, good quality manufacturing
Nice PCB and lot of components
TSUMV59XUS LSI
TSUMV59XUS is a highly integrated TV SoC solution for advanced analog television platform. Integrating latest advanced technologies from Mstar Semiconductor, the world leading TV SoC provider in TV industry, TSUMV59XUS provides cost-efficient solution for multimedia TV application with attractive features.
Lattice Semiconductor LFE3-35EA-8FN484C FPGA Chip
Most expensive thing in monitor.
Only issues found with automated soldering
Non ideal placement for few large passive elements.
Our detailed review
wow that's an excellent review. I'm wondering why can't the monitor provide power-out via usb rather than using a battery adapter, seem a bit cumbersome.
Well, it is all in reverse, as it is way most cameras work best.
With USB power you either can't power camera at all or it overheats (as try to charge battery or lot of other stuff.
Sun test (in Russian)
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