Company Presentation EPAK - EANT

1. Made
in
Germany
07.10.2021 - Stuttgart
Development in the field of high frequency technology,
optical communications technology, applied communi-
cations and communications engineering, digital
technology and systems engineering.
- mobile satellite communications (maritime & land)
- microelectronics
- sensor technology
- IMU calibration
- positioning of systems
- High frequency technology & HF measurement
- Communications Engineering
- Robotics
Mechanical and electronic manufacturing of
maritime satellite antennas, prototype
construction
- Distribution of satcom systems worldwide
- Management of satellite segments
- Worldwide partner network
- Installation
- Commissioning
- Training
- Maintenance
- Support
Successful together for over 20 years
Research &
Developement
Manufacturing &
Distribution
Under one roof

2. Made
in
Germany
Mobile Satellite Systems and Services
Made
in
Germany
Phone +49 341 21 20 26 0
Web www.epak.de
Mail info@epak.de
Street Spinnereistr. 7
City 04179 Leipzig
Country Germany
Company Presentation

3. Made
in
Germany
Developer and manufacturer of hardware
EPAK is a German developer and manufacturer of
stabilized maritime VSAT and TV antennas. The fully
automatic satellite tracking antennas bring broadband
internet and TV reception to any seagoing vessel. The
portfolio includes antennas with dish sizes from 45 to
130cm, making them suitable for commercial shipping,
private yachts, ferries, coast guards, fishing fleets and
governmental marine.
EPAK Introduction
Competence from a single source
EPAK's key to success is offering highly innovative
products by controlling all essential processes: from
researching and prototyping to series production and
customer support, all key competences are available in-
house. As a reliable R&D partner, EPAK's expertise was
sought by several satellite communication technology
projects.
Experience
EPAK was founded in 2000 and is one of the oldest
providers of maritime satellite systems in the market.
Airtime services
Apart from hardware, EPAK has partnership agreements
with several satellite providers and offers satellite
broadband services with worldwide coverage.

4. Made
in
Germany

5. Made
in
Germany
Quality performance
Speed of 50° /s per axis and highest tracking
accuracy for a stable connection in stormy
weather and rough seas.
Proven design
Robust construction with additional roll axis
for extended range of motion. Improved
design based on 20 years of experience in
maritime satellite communication.
High BUC power
Equipped with powerful transmitter units -up
to 40W for increased upload performance.
Plug and Go calling
Slots for local SIM cards integrated in the
ACU. Easy switching to 3G/ 4G network.
Remote control
Web interface for configuration and
performance analysis. Live monitoring of
antenna data and satellite link performance
on your mobile or PC.
Help Desk
Professional remote assistance and technical
support available any time during and after
warranty.
Summary EPAK advantages

6. Made
in
Germany
Customer references
Yachts Merchant Governmental Passenger Cruise Fishery Oil and Gas

7. RESEARCH.
DEVELOPMENT.
SUCCESS.
6G-TakeOff RadRob Passiv Radar LandMobil Fiberlink
Leipzig-based EANT was founded in 2000 as a development company and has since been working with and for great
partners such as DLR (German Aerospace Center), the Fraunhofer Institute or Airbus.

8. Excerpt of current projects
Based on the EPAK TV Quattro series, the passive radar systems are automatic tracking antennas designed for
maritime applications. In addition to the satellite tracking mode, they realize a special tracking functionality. The
system consists of two separate tracking antennas. They are called reference antenna and radar antenna.
Reference and radar roll can be set via the web interface of the respective ACU.
Universal land mobile terminal for mobile broadband communication via Ka satellites. VSAT antenna
development for the commercial Ka-band (Rx: 19.2 GHz to 20.2 GHz; Tx: 29.0 GHz to 30.0 GHz). The system is
based on an aperture consisting of modularly assembled metallized plastic segments. Injection molded and
subsequently electroplated, the aperture is formed by an array of horn antennas with overlapping individual
apertures.
The attenuation of coaxial cables increases steadily with their length. A common alternative nowadays is to
switch to fiber optic cables in this case. The aim of the project was therefore to develop a plug-in system that
enables optical signal transmission but otherwise behaves transparently for the existing VSAT system.
Together with more than 20 renowned partners from industry and research, such as Deutsche Telekom AG,
Rohde & Schwarz, IMST GmbH, TU Kaiserslautern and the University of Bremen, EANT GmbH is already
conducting research on next-generation mobile communications.
The project is investigating the extent to which 3D networks, consisting of satellites, drones and stratospheric
gliders, among other things, are capable of providing larger areas with high-speed communications through the
6G standard. https://www.forschung-it-sicherheit-kommunikationssysteme.de/projekte/6g-takeoff
The goal of the project is to develop a novel 3D imaging sensor based on MIMO radar technology. The
integration of holography and secondary radar principles will enable multiple applications from documenting
critical operations to monitoring the workspace of autonomous robots to allow them to operate in the workspace
shared with humans.
Passiv Radar
(2020)
LandMobile
(2012)
Fiberlink
(2022)
6G-TakeOff
(2025)
RadRob
(2024)
Perseus
(2024)
The objective of the Perseus Microterminal project is to develop a connectivity platform which, in line with the
trend of providing an Internet connection everywhere, will enable area-wide connectivity via satellite and
terrestrial networks.

9. Competencies
Our team consists of CAD designers, electrical engineers and software developers. We
would be happy to advise you on your development project or develop new solutions
together with you. Our core competences are in the following areas:
●
Robotics
●
Sensor technology
●
IMU calibration
●
Positioning of systems
●
High frequency technology & HF measurement
●
Communications engineering
●
Mobile satellite communication (maritime and land based)
●
Microelectronics

10. Landmobile (Ka-band)
●
ODU and IDU
●

11. SAT-IP (Ku-band)
●
Flat-Panel antenna Ku band – Rx: 10.7 -12.75 GHz; Tx: 13.75 -
14.5 GHz
●
modular patch array setup for Rx/Tx aperture
●
~30dBi per module
●
electronical beamsteering in elevation

12. Made
in
Germany
Devoloped and manufactured 100% in Germany with local suppliers
More than 22 years in business
Mechanical workshop + 3D Printing for Rapid Prototyping
Several thousand systems sold
EPAK recently signed Kymeta reseller agreement
Worldwide partner/reseller network in place with a depandancy in Norway
Long year agreements with various bigger Satellite providers in place
Professional and extensive customer base (Commercial, Yachting, Navy, GO and NGOs)
www.epak.de is generating more than 300 visits/day of professional customers
ISO certified
EANT won R&D projects of several millions in the last years. Reliable and well known partner for
developments in highly relevant future technologies as: ROBOTICS, 6G-COMMUNICATION, LEO-
SATELLITE-TECHNOLOGY, RADAR, etc. EANT is best possible connected to the relevant companies in
Europe and works closely with public institutions/ministries. All development competencies including
technical equipement available in house (3D construction, High frequncy developments, sensoric, IT,
manufacturing, etc.).
All in all a unique market position in Europe/Germany
Watch the videos:
https://www.youtube.com/watch?v=WurrIMOZ7Ac
EPAK/ EANT at a glance

13. Made
in
Germany
www
eant.de epak.de