
Why Kleos

Technology
High Capacity Macro Base Station
Having the MNOs (Mobile Network Operators) profitability as its top priority, Kleos’ team of highly qualified and visionary engineers came up with groundbreaking technologies to optimize coverage and serve more users.
Thanks to its unique design featuring a high capacity macro base station, Kleos’ PEGASUS 4G+/5G system can accommodate a significantly larger number of simultaneous users compared to the competition and provides a wider geographical coverage. Our powerful technology utilizes some of the world’s most powerful single onboard chipsets with a superior radio frequency and baseband design.
Efficient Connectivity Solutions
1 SQM
ground footprint
UP TO 50
bits/sec/hertz/cell
UP TO 10
Km radius
UP TO 3000
concurrent users

Technology
High Spectral Efficiency
The ultimate purpose of creating a superior base station is to provide a higher spectral efficiency. Kleos’ PEGASUS technology offers a much higher spectral efficiency compared to existing solutions on the market, allowing to place a larger number of bits in one Hertz of spectrum per second at a given cell.
Kleos has pioneered new techniques that enable operators to achieve a higher spectral efficiency without considerably compromising on coverage and without having to drastically increase the number of cells.
This implies utilizing new and advanced forms of modulations, innovative coding and signal processing techniques, as well as new modes of transmission allowing us to get closer and closer to the Shannon limit.
These techniques revolve around spatial diversity, advanced forms of MIMO (Multiple-Input Multiple-Output), adaptive interference cancelation methods and other forms of optimization.
Efficient Connectivity Solutions
Zero diesel
concept
Service @ a speed
of up to 340 km/hour
Lower opex
of up to 35%
60 min for one
Technician to mount an 8T8R

Technology
Low Power Consumption
In line with our goal to optimize the profitability of operators, Kleos provides cutting edge BTS technology characterized by an extremely low power consumption, designed to operate and power a whole network on zero diesel and relying solely on clean energy.
Kleos’ Pegasus BTS consumes less energy compared to other solutions available on the market thanks to a smart system that automatically puts the station into a sleep mode when there is no traffic to serve. Additionally, it is designed to operate with a minimal power consumption that can be several folds lower than competing platforms, serving as many as 3000 users with as low as 2 KW.
Moreover, compared to older technologies, Kleos’ Pegasus base stations require a much lower number of always-on signaling transmissions, which permits deeper and longer periods of sleep when there are little or no data transmissions to serve.
Efficient Connectivity Solutions
Max 2
KW/ Hour
UP TO 3000
concurrent users
IP65
(full outdoor Base Station)
60 min for one
technician to mount an 8T8R

Technology
Whispering Concept
To answer today’s telecommunication needs and meet its many challenges, Kleos developed a unique BTS system that personalizes communication and optimizes the transmission of the signal towards the end-user. With Kleos, the signal is now focused and directed towards the end-user rather than being broadcasted randomly like other standard platforms on the market.
This technology is implemented by utilizing the geographical location of the particular user, transmitting the signal below noise level and reconstructing it positively at the geographical location of the user.
Consequently, this allows us to have a cleaner radio environment and hence, enables us to use the same spectrum in the same cell during the same time slot.
Therefore, Kleos’ base station can accommodate a higher capacity while covering a larger radius with a smaller amount of transmitted power. It further allows a higher number of simultaneous users to be catered for in a given cell, reducing the number of cells needed to cover a given area. Consequently, operators can serve a certain area with a remarkably lower number of base stations, which considerably reduces the cost of operation.
