PAK-FA, T-50: News #3

Thanks radiofotonike KRET will create a new generation of radar
Technology Group will expand the possibilities of modern technology



KRET began laboratory research in the field of radiofotoniki to create radio-optical phased array antenna (ROFAR). This technology will enable a new generation of radar receive radar "vision", RIA "Novosti" Adviser to the First Deputy General Director Vladimir Mikheev KRET.

Photonic technologies will help to reduce the weight of modern means of communication more than doubled, and the resolution will increase tenfold.

Thanks radiofotonike must be new opportunities to improve the characteristics of a "smart skin", used in the Russian aircraft and helicopters of the latest generation.

On the basis of KRET appear laboratory, which will develop a universal technology for radar and other systems of the new generation.

"The work is a four and a half years, it is carried out in strict accordance with the schedule that we agreed on with the Foundation for Advanced Studies (FPI). Laboratory studies of the individual elements are now. From these elements will be built ROFAR. I think that until 2020 we have show a sample of the full-scale radar ", - said Vladimir Mikheev.

According to him, an ultra-wideband signal ROFAR allows you to get virtually the TV picture in the radar range.

"This radar will allow to have a so-called machine vision. That is, we'll get virtually a TV picture in the radar range, "- said Vladimir Mikheev.

KRET began laboratory research in the field of radiofotoniki to create radio-optical phased array antenna (ROFAR).

Mike E wrote:Photonic AESA? Don't know why but I always figured they'd be far off, guess not. 

The increase in resolution is impressive, very...

I hate to ask given that there is probably information in this very thread; but is there anyone in Russia working on GaN?

magnumcromagnon wrote:Unbelievable, Viktor and GarryB will love this! Rostec just dropped a bombshell the size of the Tsar Bomba!!! As I already pointed out the strategic importance to develop 'Photonics' (lasers replacing electrons in electronics, a field backed by the Foundation for Strategic Studies). This Rostec article recognizes that the domestic electronics industry is significantly behind the West, and also the strategic importance in jumping ahead of everyone in the field of 'Photonics'. It documents the potential of 'Photonics' when it's fully developed, and the success of KRET developing the field photonics and it's application in radars, with very promising results in the field while it's in it's infancy.


Some VERY important data points in the article:

1.) Electronics based on photonics will have decreased the need for 'servers' down to 1/100th the current level, and will increase the data transfer rate by 10 fold!

2.) When fully mature photonics will allow truck based radars to have the same power, resolution, and capability as massive OTH radars!

3.) KRET's early work in radiophotonics (photonics based radars) are incredibly promising. Developments in the field while it's in it's infancy allows airborne radars (AEW while based on photonics) weight to be cut down 1/2 the current weight, and increased the resolution by 10 fold!

4.) Photonic based radars will have it's ECM resistance grow by several orders of magnitude! Will be heavily resistant to electro-magnetic storms...

5.) By the 2020's photonic based AESA radars will grow by leaps and bounds in capability. The weight of AESA radar will be cut down by 1.5 to 3 times, increase the reliability and efficiency by 2 to 3 times, and increase the scanning speed and resolution by several dozen times that of contemporary AESA radars!

6.) Photonics can also be effectively applied in housing, for example, in urban and rural heating systems. Instead of hot water energy photons will be used. They will be distributed in photonic crystal fibers with a thickness of human hair, the energy of which is converted into heat with almost 100% efficiency!

KRET creates a laboratory for research in Photonics

The group has been developing radar and EW systems based on new technologies



In recent years, electronic systems all often replaced on the photon. Linked it in the first turn with a different physical nature of the photon. That same is a photon and what unique capabilities of military technology will provide a new direction – believe that radio Photonics?

Faster electron

Photonics is essentially analogue electronics, are used instead of electrons are quanta of the electromagnetic field – photons. These are the most common number of particles in the Universe, unlike electrons, do not have mass and charge. Therefore, photonic systems are not affected by external electromagnetic fields, have much better transmission range and bandwidth of the signal.

As a field of science Photonics began in 1960 with the invention of the first important technical devices using photons, laser. The very term "Photonics" began to be widely used in the 1980-ies in connection with the beginning of widespread use of optical fiber transmission. By the way, in our country the first development of such fiber optic cables engaged in the design Bureau of the cable industry, now part of KRET.

We can say that these developments have made a revolution in telecommunications in the last century and became the basis for the development of the Internet. Actually, until about 2001 Photonics was largely focused on the telecommunications.

Today "telecommunication" Photonics helps in the creation of a new direction – radio Photonics, which arose from the fusion of electronics, wave optics, microwave optoelectronics and other fields of science and industrial production.

In other words, believe that radio Photonics deals with the problems of transmission, reception and transformation of information by using electromagnetic waves of microwave range and photonic devices and systems. Believe that radio Photonics allows you to create radio frequency devices with the options that are unattainable for traditional electronics.

Modern radio apparatus moves in the optical range, and ignoring this fact often leads to very serious consequences. For example, initially in the design of information and telecommunication, service and technical networks of the super-Jumbo A380 were not included photonic network. Used aluminum cable, and its length was more than 500 km away. This has led to serious problems on Board the aircraft. For their decision required a full replacement of all cable networks on each side of which was built for the A380. The result – two years of delays and almost 5 billion euros in financial losses, and the largest Corporation narrowly escaped financial collapse.



Radiophony breakthrough

In microelectronics Russia, as you know, behind the Western countries. It is through technologies in the field of radio Photonics invited to compete. Today Russian scientists in the sphere of defense technologies consider it impossible to give up electrons and to pay attention to the photons which have no mass and fly faster.

According to experts, servers, operating on the principles of Photonics, decreased a hundred times compared to the current, and the data transfer rate would be increased tenfold.

Or, for example, a ground radar station. Today, this radar is a multi-storey building, but if you start to believe that radio Photonics work, then the station can be installed on a conventional truck. The efficiency and range will be exactly the same – thousands of kilometers. Several mobile and small complexes can be combined into a network, which will increase characteristics of these radars.

Believe that radio Photonics instead of electronics

Photonic technologies will significantly expand the capabilities and airborne radars. New developments in this area more than twice reduce the weight of existing antennas and radars, tenfold increase their resolution. Also radiophonic antennas will be a unique resistance to electromagnetic pulses, which occur, for example, during close lightning strikes or when solar magnetic storms.

All this will create a broadband radars that level of resolution and speed can be called radar vision. Such system is also planned in the civil sphere, for example, on high-speed trains for instant detection of obstacles on the tracks.

Photonics can also be effectively applied in housing, for example, in urban and rural heating systems. Instead of hot water energy will act photons. They will be distributed in photonic crystal fibers with a thickness of human hair, the energy of which is converted into heat with almost 100% efficiency.

Laboratory of the future

In Russia radiophonie technology develops KRET. Today, the group and the Foundation for advanced studies working on a promising project "Development of active phased array-based radio Photonics" (ROPAR). The project includes the creation of a special laboratory on the basis of the Concern and the development of universal technology, which will be the basis for radar and electronic warfare systems for the new generation.

According to KRET CEO Nikolai Kolesov, the latest technology will allow in 2020 to create an effective and advanced transmitting / receiving apparatus, radar, electronic intelligence and electronic countermeasures of the new generation.

One of the main areas of work will be the creation of an active phased array (AESA) of the new generation, in which the main elements were created using the principles of radio Photonics. They will reduce the weight of the system is 1.5-3 times increase in 2-3 times the reliability and efficiency, as well as dozens of times to increase the scanning speed and resolution.

If successful, the technology will open up new opportunities for improving the "smart skin" that will be on the Russian aircraft of the latest generation, including the PAK FA. Such a system of built-in elements throughout the area of the fuselage will allow the crew to get in any time solid radar picture within a radius of 360 degrees, will provide for the operation of antenna systems in active and passive radar, raising all kinds of noise, secretive and noise-immune data transmission, communication with the ground and other aircraft, hoopsnake and more.

In addition, on the basis of new materials and elements, created on the basis of the principles of Photonics, KRET will learn the advanced technologies of high-power photodetectors and semiconductor laser modules.

KRET creates a laboratory for research in the field of photonics

https://www.russiadefence.net/u839

flamming_python wrote:Ya ya.

I did my dissertation on a computer architecture that would among other things be able to transmit data between components as photons rather than relying on electrons/

Mike E wrote:Photonic AESA? Don't know why but I always figured they'd be far off, guess not. 

The increase in resolution is impressive, very...

I hate to ask given that there is probably information in this very thread; but is there anyone in Russia working on GaN?

magnumcromagnon wrote:

flamming_python wrote:Ya ya.

I did my dissertation on a computer architecture that would among other things be able to transmit data between components as photons rather than relying on electrons/

...But seriously tell us about your knowledge about photonics.

GarryB wrote:The looking through cockpits thing is specifically for the pilot and is for day and night all weather operations at low level.
...It would however be very good for a pilot with very small windows manouvering a rather heavy aircraft between trees or buildings or other places where it is dangerous.

mack8 wrote:This is T-50-7 (static) right?

Yeah, the value for helicopters is pretty clear, when it's brought up in context of fast jets like F-35, not so much... IMHO.

GarryB wrote:

Yeah, the value for helicopters is pretty clear, when it's brought up in context of fast jets like F-35, not so much... IMHO.

Actually I would say it is more useful for fast jets... being able to look 360 degrees around the aircraft and see a virtual view generated by DAS system when you spot and enemy fighter you can immediately launch a missile at them... its lock on after launch capability and thrust vector control engine means firing first which would also mean hitting first and therefore surviving.

GarryB wrote:Actually I would say it is more useful for fast jets... being able to look 360 degrees around the aircraft and see a virtual view generated by DAS system when you spot and enemy fighter you can immediately launch a missile at them... its lock on after launch capability and thrust vector control engine means firing first which would also mean hitting first and therefore surviving.

EKS wrote:

mack8 wrote:This is T-50-7 (static) right?

Intresting, ram applied. At paraley you can see a picture of a nearly assembeld t 50 also with ram. Can't wait to see the next t 50 airborne!

Edit: maby i'm wrong About that.....

So by that theory you happen to be pointing your head exactly at right direction to "immediately" target enemy jet.

giving pilot same information as spinning head would do,

Head pointing to put a vector on the missile just doesnt' seem necessary, and introduces further pilot actions which take time and remove attention from the most optimized information portal (front console/overlayed forward flight path).

True! But I will say that even today fighter jets remain vulnerable to SAMs primarily because of the progress made in proximity fuse.

vultur wrote:Hello! I saw this picture on Russian Planes: the engine covers are not in natural metal, but are painted?
This aircraft should be the T-50-6-2 from Komsomol?
Or I'm wrong? Thanks in advance.

Т-50-2 - завершены регламентные работы, стабилизаторы (ГО) заменены на новые, заменён левый двигатель.
Т-50-3 - установлен новый комплект 101КС-В, КСУ перепрошита под режим дозаправки в воздухе.
Общий налёт превысил 1000 часов.
Т-50-8 - срок перевода на ЛИС сдвинут до 01.11.

T-50-2 - completed maintenance work, stabilizers (horizontal) replaced by new, replaced the left engine.
T-50-3 - installed a new set of 101KS-B, flight software patched receiver under the regime of refueling in the air.
Total flight hours exceeded 1000.
T-50-8 - deadline for transfer to LIS shifted to 01.11.