The Enhanced Micro Data Link System (EMDLS) is an advanced single unit digital data link system specifically designed for micro and small size platforms which are sensitive to Size, Weight and Power (SWaP). As effective solution for most requirements known today, this advanced system uses open architecture and enables full duplex wideband, digital link, error correction techniques and high-rate communication in the Uplink (UPL) and Downlink (DNL) channels. The EMDLS can downlink real-time video images, LAN, serial data and information from most available sensors. It combines proven technologies and standards with advanced algorithms, to provide reliability and high performance, for the harshest conditions. This makes it ideal for applications such as usage in drones and loitering munitions.

The Integrated Data Link System (IDLS MK-II) is an advanced single unit digital data link system specifically designed for long range operations for medium to large size platforms which are sensitive to Size, Weight and Power (SWaP). As effective solution for most requirements known today, this advanced system uses open architecture and enables full duplex wideband, digital link, error correction techniques and high-rate communication in the Uplink (UPL) and Downlink (DNL) channels. The IDLS MK-II can downlink real-time video images, LAN, serial data and information from most available sensors. It combines proven technologies and standards with advanced algorithms, to provide reliability and high performance, for the harshest conditions.

The IDLS-MK II is required to enable secured communication between equipment mounted on an Airborne/Maritime or any remote platform and a central station. The Ground Data Terminal (GDT) can be stand alone on a tripod, installed on a HQ vehicle or on a roof. The IDLS-MK II supports downlink which includes high bandwidth data from the remote platform to the GCS. The IDLS-MK II supports uplink to the remote platform and commands from the GCS. The IDLS-MK II maintains the link during all parts of the mission as long as LOS is kept.

The Advanced Mini Link System (AMLS) is an advanced single unit digital data link system specifically designed for operations of up to 150 Km for medium to large size platforms which are sensitive to Size, Weight and Power (SWaP). As effective solution for most requirements known today, this advanced system uses open architecture and enables full duplex wideband, digital link, error correction techniques and high-rate communication in the Uplink (UPL) and Downlink (DNL) channels. The AMLS can downlink real-time video images, LAN, serial data and information from most available sensors. It combines proven technologies and standards with advanced algorithms, to provide reliability and high performance, for the harshest conditions.

The AMLS enables digital communication between equipment mounted on a remote platform (UAV/Helicopter/Maritime vessel etc.) and a ground station (GCS). The AMLS supports high bandwidth downlink from the remote platform to the GCS (Ground Control Station) and narrow band uplink to the remote platform.

The system maintains the link during all parts of the mission as long as Line Of Sight (LOS) is available.

Having outstanding efficiency in the spectrum with selectivity in the data rate, the system allows operational scenarios of multiple remote platforms operating in the same airspace vicinity.

The UHF/VHF Radio (UVR) is an advanced analog/digital data link system that has been specifically designed for manned and unmanned platforms to handle both audio and data transmission.

The UVR’s open architecture enables transmitting audio and Ethernet signals.

The UVR voice/data transceiver enables voice or data communication over VHF and UHF frequency band. The transceiver is software controlled implementing both analog and digital modulations. The transceiver supports wide frequency range from 30MHz to 512MHz utilizing various modulations. The lightweight transceiver design supports both ground and airborne installation.

The UVR system is a radio communications equipment designed to provide the wide range of functional options, in order to meet diversified operational requirements. This solution consists of a multi-band, multi-mode transceiver, providing a clear and secure voice and data communications facilities over an extended frequency range.

The Phoenix is a leading SDR (Software Defined Radio) system designed to provide high
performance data transmission. The Phoenix enables full duplex with MIMO capabilities.
Advanced error correction techniques and algorithms were implemented to improve link
robustness and reliability in challenging operational scenarios. CP Tecnologies proprietary AiMo tm – CP Tecnologies’ adaptive modem, provides the user with an adaptive modem operating either single carrier or multi carrier modulation as required. The Phoenix is equipped with inbuilt 2 proprietary HD video encoders allowing concurrent encoding, decoding and transmission of multiple HD video streams.

The Secondary Link is an advanced, long range, digital data link system that has been specifically designed for unmanned platforms. This versatile and cost-effective solution that complied with most requirements, enables simplex narrow band digital link and a low rate communication in a signal channel UHF.

The link is an affordable system that is suitable for any class of unmanned aerial platform: Mini, Small, Tactical and MALE/HALE UAS. It is small and light- weight, has a low power consumption and combines commercially proven technologies and standards with advanced algorithm, to provide excellent reliability and high performance. This solution consists of a single communication channel for commands to the UAV, and can act as a primary link, as a redundant link for backup purposes or as a flight termination system (FTS). The UHF compact link is an optional part of the our AMLS and IDLS-MK II systems.