ViDi Labs logo
Video IP Digital Imaging
(ViDi Labs Pty.Ltd. ABN 98140996149)

vidi = vidi |ˈvidiˈ|; noun in original Macedonian language: "to see"
vidi = acronym: Video Digital
vidi = acronym: Video Intelligence Digital Imaging

ViDi Labs is a consulting company, run by Vlado Damjanovski, specialising in Closed Circuit Television (CCTV) and Digital Imaging.
Vlado signng books
Some of the things we do:
- Provide high-level consultancy on IP CCTV and Video.
- Conduct training and presentation on various imaging and CCTV topics.
- Conduct national and international CCTV Seminars based on our four best-selling books.

- Perform testing and analysis of IP and CCTV products, and provide reports, as neccessary.
- Offer specialised test methods and tools to help evaluate analogue and digital imaging and CCTV systems quality.
- Assist Standards organisations and bodies in their developing of standards.
- Long experience and know-how in designing CCTV systems and preparing documentaion.
- Fluent with using professional drawing tools and 3D modelling for various documentation.

- Sound knowledge in graphic design and life-long experience in optics and Photography.

Vlado and Dietmar agreement


ViDi Labs has just signed an agreement with the German  company Image Engineering  who specialises in image quality testing, to represent their products and technology to the IP CCTV / Surveillance industry.

ViDi  Labs will also offer certified test services using Image Engineering test charts and software, compliant with the new IP Camera Measurements standards IEC 62676-5. 
The new ViDi Labs UHD test chart willl also be included in their IQ-Analyzer software templates. 
A price list for these services will soon be published here.

In the mean-time, have a browse at the Image Engineering catalogue here and place an order if something catches your eye.


ViDiLabs Calc App

ViDiLabs-calc-icon-on-iTunes  NEW !!!
We have just designed a special ViDiLabs calculator for iOS.
Specifically designed for the IP CCTV industry, it calculates all variables associated with finding the best camera and lens combination for your coverage.

It advises the pixel density for Face Inspection, Identification and Recognition as per the standards.

For the first time ever in the industry, it also calculates the blurriness that moving objects produce and advises the best exposure setting, lens and distance to minimase this effect.

We have also included storage calculator and image quality indicator, based on our SD/HD test chart.

Watch short tutorial explaining the Visual part, the calculation of Motion blur, and explaining the Digital part about storage and image quality.
More info click here...

Download the ViDi Labs calc from  iTunes.
CCTV books

The latest CCTV book "CCTV - from light to pixels"
by Vlado Damjanovski, fourth edition.
Includes all CCTV theories and technologies, from light, optics, imaging chips, cameras, encoders, compressions, networking, transmission, system design to testing.
Order your signed copy now:

ViDi Labs SD / HD test chart

World first CCTV SD & HD test chart in one!

This chart is designed for both Analogue SD cameras, as well as HD and
Megapixel cameras (A$500+shipping).
Download the Setup and Usage manual here.


We use 3D rendering software to show scaled model of the precise coverage of cameras in a CCTV System design, including the calculated Pixel Density at all distances. This gives the customer very accurate representation of the proposed system coverage and its clarity. In these calculations we use our ViDiLabs calc app. To download and see a 3D rendered movie of a stadium coverage click here.

CCTV testing
CCTV products and systems testing and reporting
See a sample report here
CCTV system design
CCTV System design, analogue and/or digital, with drawings.
Control room design example
CCTV Control Room design to suit your system.
Click here to see a low resolution sample movie.
Vlado seminar
We conduct CCTV Seminars, based on the latest CCTV book,
covering the complete CCTV technology.
Ask us for a specific in-house seminar for you.
Lens 0
Lens 1
Lens 2
Lens 3

There are four test chart snap-shots from four different lenses shown on the left.

For obvious reasons there are no lens manufacturer's names mentioned.

All lenses are claimed to be mega-pixel lenses.

The same camera is used throughout and all camera settings are identical. The angle of view, compression settings and illumination are also identical.

All lenses are focused for best possible image.

Even though the exported images are reduced and cropped (for the purposes of displaying on the web site) the image quality is obviously different, the top one being the best, and lowest being the worst.

All lenses are vari-focal, mega-pixel and within a similar price range.

Lens quality may be one of the most important factors in obtaining the best possible image for your cameras.

The ViDi Labs test chart is one of the easiest and optimal methods for objective comparison and testing.

HD 720 faces 1.3 Mb/s  HD 720 at 1.3 Mb/s

Details of a HD 720p camera with 1.3 Mb/s H264 compression setting.

Note the faces details (of the "720" image) and the non-continuous gray-scale.
HD 720 faces 6.5 Mb/s  HD 720 at 6.5 Mb/s

Details of a HD 720p camera with 6.5 Mb/s H264 compression setting.

Note the faces details (of the "720" image) and the continuous gray-scale.

HD 1080 faces 6.5 Mb/sHD 1080 at 6.5 Mb/s

Faces details of a HD 1080 camera with 6.5 Mb/s H264 compression setting.

Pixel-bars and gray-scale details of a HD 1080 camera with 6.5 Mb/s H264 compression setting.
HD 1080 faces 13 Mb/sHD 1080 at 13 Mb/s

Faces details of a HD 1080 camera with 13 Mb/s H264 compression setting.

Pixel-bars and gray-scale details of a HD 1080 camera with 13 Mb/s H264 compression setting.
Oscillating test chart
Using the ViDi Labs SD/HD test chart it is possible to test and measure the effect of fast moving objects on the resulting recorded video.

With this new and unique method we have advised this process, and offered some formulas that will help in determining such pixel shifting, while taking into account all the possible variables.

We used the same formula to calculate pixel blurriness due to moving objects in the ViDiLabs Calc.
Pixel blur finding

The test example on the left illustrates the appearance of movement (in this case oscillating test chart) and shows the accuracy of the developed formula above.

Opera and Harbour Bridge at night

Visit Vlado's "Poems with pixels" web site and order
an autographed photograph from his web site

About us

Contact us

ViDi Labs 2018