uFlicker PC Software

Applicable Products: MK350S Premium, MK350N Premium, MD100N, MK550T
Specs at-a-glance – PC requirements
Feature | Hardware Requestments |
Monitor Resolution | 1024 X 768 or higher |
RAM | 1.0 GB or higher |
Color Depth | 16-bit Color Depth or higher |
Operating System | Windows 8 (Not Officially Tested) Windows 7 Windows XP |
Introduction
Install the uFlicker PC Software onto a Laptop or PC and you can cable-connect to a UPRtek device for PC controlled flicker operations. This allows you to have a workstation with operative controls, and full screen view with flicker data and graphs all in one place. The data sets on the screens are configurable with more than 18 flicker parameters.
Display Panel Flicker Measurements:
Contrast, RMS, JEITA, VESA
LIght Flicker Measurements:
Flicker Percentage, Flicker Index
Looking at Flicker from all angles
Flicker can be represented by different measurement metrics and can also be visually represented from different perspectives.
Handbook Series

The Grow Light Handbook
Everything thing you need to know to get started on Indoor Farming, PAR meters, and Grow Lights – history, industry, vertical farming, PPFD, types of lights, photosynthesis and more!
About UPRtek

United Power Research and Technology
UPRtek (est. 2010) is a manufacturer of portable, high-precision light measurement instruments; Handheld Spectrometers, PAR meters, Spectroradiometers, Light Calibration Solutions.
UPRtek HQ, R&D and manufacturing are all based out of Taiwan, with Worldwide representation through our certified Global Resellers.
Announcements

What is a "Spectral" PAR Meter
Valentine’s Day is approaching, and you're an anxious indoor rose farmer trying to encourage your buds to bloom in time.
The good news is that researchers have begun to understand the triggering mechanisms for seed germination, flowering, and fruiting, involving grow-light strategies
Now indoor farmers are using this information with “Spectral” PAR meters, measuring grow lights for a light metric PSS (Phytochrome Photostationary State) to trigger photomorphogenesis (i.e., plant transformations caused by light).