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Tactical communication, Military, Defence, Naval, Air Force DICOM®RF40 handheld transceiver Tactical communication, Military, Defence, Naval, Air Force DICOM®RF40 radio system RUGGED COMPUTERS FOR GOVERNMENT Hydroboat USV UAV/Drone LIDAR Armed Unmanned Surface Vessel-AUSV Retinar PTR Perimeter Surveillance Radar YAKAMOS 2020 NEW GENERATION HULL MOUNTED SONAR AKSON C-BAND UAV DATA LINK SYSTEM DCSIM DAMAGE CONTROL SIMULATOR SONGAR ARMORED VEHICLE INTEGRATION SONGAR™ Armed Drone System SONGAR™ Armed Drone nmanned Surface Vessel "ULAQ" Family; “ULAQ KAMA”

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  • BLOS (Beyond Line of sight) communications, between shore stations and naval units, are essential. The satellite is the major means used to enable this kind of communications, as it affords higher speed services. However, HF communications, despite having lower speeds, are regaining great importance, notably for the following reasons: Ships depend on satellite coverage. Using satellite is more expensive, and resources are more limited. Satellites are increasingly vulnerable. For these reasons, most nations continue to use HF communications, often as an alternative to satellite communications. The BRE1TA system (first enhancement of BRASS), a project of the NATO Communications and Information Agency (NCI Agency), in Spain involves upgrading the communications systems of the Spanish Navy's HF radio navigation stations, in order to provide them with IP technology over HF radio.
Categories Air Force, Defence, Military, Naval Posted on

BRE1TA (BRASS Enhancement One Target Architecture) FEINDEF 2021

BRE1TA (BRASS Enhancement One Target Architecture) FEINDEF 2021


The NATO-BRASS (Broadcast and Ship to Shore) system is the NATO HF maritime communications network, providing automated support for communications between Naval Commands and their deployed Forces.

In Spain, the implementation of the Sp BRASS System involved the upgrading of the Madrid, Cádiz and Canary Islands Radio Stations, and the Communications Centres (CECOMs) of Madrid and La Flota (Rota, Cádiz).


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BLOS (Beyond Line of sight) communications, between shore stations and naval units, are essential. The satellite is the major means used to enable this kind of communications, as it affords higher speed services. However, HF communications, despite having lower speeds, are regaining great importance, notably for the following reasons:

  • Ships depend on satellite coverage.

  • Using satellite is more expensive, and resources are more limited.

  • Satellites are increasingly vulnerable.


For these reasons, most nations continue to use HF communications, often as an alternative to satellite communications.

The BRE1TA system (first enhancement of BRASS), a project of the NATO Communications and Information Agency (NCI Agency), in Spain involves upgrading the communications systems of the Spanish Navy's HF radio navigation stations, in order to provide them with IP technology over HF radio.

Source of information: https://armada.defensa.gob.es/ArmadaPortal/page/Portal/ArmadaEspannola/conocenosespeciales/prefLang-en/05feindef--00-2021-FEINDEF--12-BRE1TA


The official website of the Marcom Integrales de Systemas S.L., Spain for Defence, Security and Aviation  sectors: https://www.marids.es/
The official website of the Marcom Integrales de Systemas S.L., Spain for Maritime and Coastal Surveillance sectors: https://marids.com/
Please do not hesitate to contact us by: info@marids.es or our contact form

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  • Sunair 8220WB 1 kW HF Transmitter, Wideband The Sunair 8220WB 1-kW System operates continuously (100% duty) and consists of the Sunair RT-8500WB Software-Defined Wideband Next Generation HF SSB/ISB Transceiver, the F-9810 Post-selector, and the LPA-8220 1-kW Power Amplifier, all mounted on a pre-wired custom cabinet for ease of installation and maintenance. The RT-8500WB transceiver uses software-defined digital signal processing (DSP) technology, which supports the latest developments in high-speed waveform processing. This technology enhances the functionality of the CPU as well as the Synthesizer, Digital Audio, and Digital IF stages. It operates in USB, LSB, ISB, AMe, FMn, CW, and 48-kHz WBHF. The audio interface supports analog or VoIP connections, while the CPU allows for remote control and programming via Ethernet or serial port. 8220WB • High efficiency solid state design • Full power into load with VSWR up to 2:1 • Comprehensive BITE to LRU The RT-8500WB transceiver incorporates a next generation 48-kHz Wideband capable HF Modem and ALE controller. This provides a purpose-built standalone hardware platform for strategic and maritime WBHF Beyond Line-of-Sight (BLOS) and Line-of-Sight (LOS) radio communications. The Wideband Automatic Link Establishment (WALE) or Fourth Generation (4G ALE) controller compliant with MIL-STD-188-141D Appendix G is used in setting up and managing WBHF links. The WALE controller provides fast and robust link setups by dynamically adapting the bandwidth and frequency offset of wideband channels to avoid interference and optimize throughput. The WALE link setup controller also provides inter-operation with second generation ALE (2G ALE) and third generation ALE (3G ALE/FLSU). WALE supports (as 3G ALE) both synchronous and asynchronous modes. Advanced built-in-test (BITE) capability reports the status of the Sunair 8220WB 1-kW System down to the Lowest Replaceable Unit (LRU) level providing English messages on the display of the radio, and then to a remote site when configured. Individual LRU fault indication and the system’s intuitive modular design allows for ease of maintenance and upgrade throughout the equipment life cycle at minimal expense. These high-performing niche products are in daily service as integral components of critical strategic communications solutions for leading defense, peacekeeping, and aviation agencies around the world.
  • Sunair T-10000 HP 10kW HF Transmitter The Sunair T-10000 HP 10kW Military HF Transmitter is the hallmark solution for mission critical communications applications requiring reliable coverage. The transmitter system combines solidstate radio and RF power amplification and control technology to produce a fail-safe high power solution that operates in a frequency range of 1.5 MHz to 30 MHz. Maximum power output is 10 kW at 100% duty cycle to facilitate long- range hemispheric communications when coupled with the appropriate antenna. Power is reducible in less than 1 dB steps down to 500 W level. Standard operating voltage is three phase 338 – 458 Vac, 47 to 63 Hz with a modest power requirement of ≤ 35 kVA. The Sunair T-10000 HP is supplied as an integrated system equipped with the Sunair T-8400 Software-Defined Next Generation HF SSB/ISB Transmitter. As part of this system, the amplifier architecture consists of eight IPA- 8210 intermediate power amplifier subsystems that are combined to produce final power output and managed by the Sunair HPAC High Power Amplifier Controller. The HPAC actively monitors system balance and performance, and provides power control and safety shutdown in the event of internal module failure such as power supplies, system failures such as air flow or over temperature or external failures such as high antenna VSWR and short or open circuit. Advanced built-in-test (BITE) capability reports the status of the T-10000 HP down to the Lowest Replaceable Module (LRM) level providing English messages on the HPAC and the T-8400 front panel displays, and then to a remote site when configured. Individual LRM fault indication and the system’s intuitive modular design allows for ease of maintenance and upgrade throughout the equipment life cycle at minimal expense. These highperforming niche products are in daily service as integral components of critical strategic communications solutions for leading defense, peacekeeping, and aviation agencies around the world. Modes of operation are AME, NB-FM, USB, LSB, ISB, CW, and FSK; Data implemented with internal or external modems. When paired with a companion receiver the T-10000 HP offers 2G and 3G Automatic Link Establishment (ALE) as an internal or external option in accordance with MIL-STD-188-141 A/B/C, FS1045A, and STANAG 4538. Frequency hopping compliant to STANAG 4444 and HF email/data transfer with Automatic Link Maintenance (ALM) compliant to STANAG 5066 are available with optional external controllers. Designed as a high-performance HF system the T-10000 HP complies with the radio requirements of MIL-STD-188-203- 1A and STANAG 5511/5522 (TADIL-A/Link 11 and NILE/Link 22) for tactical data link operation. It also complies with the performance requirements in MIL-STD-188-141C and STANAGs 4203 and 5031. The T-10000 HP is compatible with STANAGs 4285, 4529, 4415, 4481, 4539, and 5065 and MIL-STD-188-110B (including Appendix F ISB) HF modem waveforms. These waveforms can be provided with optional internal or external HF data modems. If equipped with the Internal data modem option the architecture of the T-10000 HP allows for the upgrade of the data modem to MIL-STD-188-110C and other future modem waveforms by a firmware upgrade from the front or rear panel of the T-8400. Full function control, programming and system monitoring/ BITE can be accomplished from the front panel controls and displays, or remotely via Ethernet or USB port. A USB port connector on the front panel is provided for ease of reprogramming the unit’s configuration. Channel, frequency, mode, forward power, reflected power, input audio and other operating information and status are presented in English via a large TFT displays. • High efficiency solid state design Full power into load VSWR up to 2:1 • Comprehensive BITE to LRM (Lowest Removable Module) Full function remote control via serial or Ethernet • Tactical Data Link - MIL-STD-188-203-1A TADIL A and Link 11/22 (requires external modems and controllers) HF Data - MIL-STD-188-110A/B • ALE - 2G MIL-STD-188-141A/B and 3G STANAG 4538 (with companion receiver) • Frequency Hopping (requires optional external controller) - STANAG 4444
  • Sunair RCU-8310 Remote Control Unit The Sunair RCU-8310 is a full-function remote control unit, now capable of operating up to eight (8) transceivers, transmitters, or receivers from the 8400 series. The next-generation RCU is equipped with a larger 7-inch TFT display, which is now touchscreen, along with keyboard entry. Its front panel is physically identical to the front panel of the unit it controls. This ensures operational simplicity. The RCU offers a full set of operating modes, including AME, NB-FM, USB, CW, Data, as well as remote control of Automatic Link Establishment (ALE) functions when the RT-8400 is equipped with the internal ALE option. These capabilities match the operating modes available on the radio itself. The RCU-8310 also allows remote operation of Sunair peripheral equipment including the F-9810 PreSelector/Post-Selector, the LPA-8210/8220 Power Amplifiers, and the CU-9125/CU-9150 Antenna Couplers. It is possible to connect the RCU-8310 to the remote radio using RS-232/RS-422 for short distances, Ethernet for longer distances, or leased lines (requires the optional internal FSK modem). Advanced built-in-test (BITE) capability provides feedback to the lowest replaceable unit (LRU) level for both the local RCU as well as the companion 8400 series radio. The remote control’s intuitive modular design allows for ease of maintenance and upgrade throughout the equipment life cycle at minimal expense. ● Remote Control via Serial and Ethernet ● Controls Multiple Radios ● Comprehensive BITE to LRU ● Identical to Radio Front Panel ● Analog or VoIP Audio Interface ● Secure Digital Voice (MELPe S4591)
  • Sunair R-8400 HF Receiver, Wideband The Sunair R-8400 is a solution for communications applications requiring rugged, reliable, and flexible equipment. It has been designed to be paired with our T-8400 Transmitter to accommodate split-site operation or to be used for standalone, single-site receiver operation. This next-generation receiver is equipped with a larger 7-inch TFT display, which is now touchscreen. It operates continuously (100% duty cycle) in AME, NB-FM, USB, LSB, ISB, CW, Data, or MELPebased Digital Voice modes. The R-8400 uses software-defined digital signal processing (DSP) technology, which supports the latest developments in high-speed waveform processing. This technology enhances the functionality of the CPU as well as the Synthesizer, Digital Audio, and Digital IF stages. The audio interface supports analog or VoIP connections, while the CPU allows for remote control and programming via Ethernet or serial port. When operating in split-site mode in combination with the Sunair T-8400 transmitter, the R-8400 receiver offers an optional internal solution (hardware module and licenses) for data link operation (receive only) in compliance with MIL-STD-188-203-1A and STANAG 5511/5522 (TADIL-A/Link 11 and NILE/Link 22). In this setting, it also supports Automatic Link Establishment (ALE) as an external option in accordance with MIL-STD-188-141 A/B/C, FS1045A, and S4538 as well as STANAG 4444. The radio’s advanced built-in-test (BITE) capability provides feedback to the lowest replaceable unit (LRU) level by means of test result messages in English on the display as well as LED indications. The R-8400 can operate from both ac and dc voltage sources with automatic changeover if one of them fails. Its internal power supply provides energy to the internal modules as well as to external accessories. The R-8400’s intuitive modular design allows for ease of maintenance, expansion, and upgrade throughout the equipment life cycle at minimal expense. Its construction minimizes undesirable RFI and EMC effects by using multiple layers of shielding as well as filtering and protection on the individual control lines. Thousands of these radios are in daily service as integral components of critical strategic communications solutions worldwide. • Analog or VoIP audio interface • VoIP ATM ED-137B • Software-Defined SSB and ISB configurations • DSP-based syllabic squelch and tone squelch • Remote control via RS-232/422/485 and Ethernet • Comprehensive BITE to LRU • Internal 115/230 Vac power supply • Data Link - MIL-STD-188-203-1A TADIL A and Link 11/22 (factory installed option when operating with a T-9000E) • HF Data - MIL-STD-188-110 A/B/C and STANAG • ALE - 2G MIL-STD-188-141 A/B/C and 3G STANAG 4538, when operating with an T-9000E (verify availability) • Secure Digital Voice (MELPe S4591)
  • Sunair LPA-8220 (1kW) HF Power Amplifier HF Power Amplifiers LPA-8220 (1kW) Also used for the new 1kW, 5kW & 10kW systems (transmitters and transceivers). The Sunair 8220WB 1-kW System operates continuously (100% duty) and consists of the Sunair RT-8500WB Software-Defined Wideband Next Generation HF SSB/ISB Transceiver, the F-9810 Post-selector, and the LPA-8220 1-kW Power Amplifier, all mounted on a pre-wired custom cabinet for ease of installation and maintenance. The RT-8500WB transceiver uses software-defined digital signal processing (DSP) technology, which supports the latest developments in high-speed waveform processing. This technology enhances the functionality of the CPU as well as the Synthesizer, Digital Audio, and Digital IF stages. It operates in USB, LSB, ISB, AMe, FMn, CW, and 48-kHz WBHF. The audio interface supports analog or VoIP connections, while the CPU allows for remote control and programming via Ethernet or serial port. 8220WB • High efficiency solid state design • Full power into load with VSWR up to 2:1 • Comprehensive BITE to LRU The RT-8500WB transceiver incorporates a next generation 48-kHz Wideband capable HF Modem and ALE controller. This provides a purpose-built standalone hardware platform for strategic and maritime WBHF Beyond Line-of-Sight (BLOS) and Line-of-Sight (LOS) radio communications. The Wideband Automatic Link Establishment (WALE) or Fourth Generation (4G ALE) controller compliant with MIL-STD-188-141D Appendix G is used in setting up and managing WBHF links. The WALE controller provides fast and robust link setups by dynamically adapting the bandwidth and frequency offset of wideband channels to avoid interference and optimize throughput. The WALE link setup controller also provides inter-operation with second generation ALE (2G ALE) and third generation ALE (3G ALE/FLSU). WALE supports (as 3G ALE) both synchronous and asynchronous modes. Advanced built-in-test (BITE) capability reports the status of the Sunair 8220WB 1-kW System down to the Lowest Replaceable Unit (LRU) level providing English messages on the display of the radio, and then to a remote site when configured. Individual LRU fault indication and the system’s intuitive modular design allows for ease of maintenance and upgrade throughout the equipment life cycle at minimal expense. These high-performing niche products are in daily service as integral components of critical strategic communications solutions for leading defense, peacekeeping, and aviation agencies around the world.
  • Sunair F-9810B Pre/Postselector The Sunair F-9810B Pre/Postselector permits operating collocated (co-site) Sunair radios, whether the RT-8500WB Transceiver or any radio of the 9000E Series, on frequencies with as small as a 10% separation. The Sunair F-9810B is controlled by the Sunair radio it serves. As a pre-selector, the F-9810B provides an additional front-end selectivity stage, thus reducing the receiver desensitization and overload that normally occurs in the presence of strong adjacent RF transmissions. As a post-selector, the F-9810B rejects spurious outputs and broadband noise in the transmit signal before it reaches the Sunair LPA power amplifiers, thereby limiting interference to collocated receivers. In transmit mode, the F-9810B operates as postselector on the radio’s low output power path. Because of this, the F-9810B is fully operational as postselector with an RT- 8500WB regardless of whether the transceiver is driving the LPA-8200 at 100 mW or operating at its full 125-W output. A separate transmit antenna port provides the flexibility of using either a single antenna for transmission and reception or separate transmit and receive antennas. In addition, the keyline over coax feature prevents damage to the unit from high power RF transmission by reducing the control time delay of transmit-to-receive switching. The F-9810B offers a selectivity of 35 dB minimum (±10%), 40 dB typical, from the nominal tune frequency, with an ultimate rejection of 70 dB minimum. The unit tunes in 10 Hz increments, and tuning time is 10 ms maximum, making the F-9810B suitable for ALE applications. Furthermore, the F-9810B offers two levels of gain. The Pre/Postselector’s intuitive modular design allows for ease of maintenance and upgrade throughout the equipment life cycle at minimal expense. F-9810B • Improved co-site performance • 40 dB typical, 70 dB maximum attenuation • Selectable gain • Individual transmit and receive antenna ports • Automatic tracking 10 ms tuning • Automatic RF overload protection • Automatic by-pass
  • RM12 Wideband SDM & ALE – 48 kHz
Categories Air Force, Defence, Military, Naval Posted on

BRE2TA: El Futuro de las Comunicaciones Navales de Alta Velocidad de la OTAN

BRE2TA: El Futuro de las Comunicaciones Navales de Alta Velocidad de la OTAN


La arquitectura técnica de mejora 2 del sistema BRASS de la OTAN (BRE2TA) , también conocida como arquitectura objetivo de incremento dos del BRASS , es el marco de próxima generación para modernizar las comunicaciones navales de alta frecuencia (HF) de la alianza . Constituye una evolución de alta capacidad del sistema original de radiodifusión y comunicación barco-tierra (BRASS) , diseñado para proporcionar una alternativa robusta y de banda ancha a las comunicaciones por satélite (SATCOM).


Objetivo principal: Transición a HF de banda ancha


La mejora más importante de BRE2TA es la implementación de HF de banda ancha (WBHF) . Mientras que las arquitecturas anteriores, como BRE1TA (Mejora 1), introdujeron servicios IP iniciales, BRE2TA va más allá de las limitaciones de banda estrecha:




  • Mayor ancho de banda: Los canales se amplían de los tradicionales 3 kHz a hasta 48 kHz .

  • Mayor rendimiento: Las velocidades de datos pueden alcanzar hasta 240 kbps , un salto enorme con respecto a las velocidades anteriores de 600 a 2400 bps.

  • Datos en tiempo real: La arquitectura permite que servicios modernos como el chat en tiempo real, la transmisión de vídeo y las transferencias rápidas de archivos estén totalmente integrados y sean transparentes para los usuarios finales.


Estándares tecnológicos clave


BRE2TA logra la interoperabilidad a través de varios acuerdos de estandarización de la OTAN (STANAG) críticos:




  • STANAG 5066 Edición 4 : Proporciona la capa de enlace de datos y la multiplexación necesarias para los servicios modernos de IP sobre HF.

  • STANAG 5069 : El estándar principal para las formas de onda WBHF utilizado por varios fabricantes y países.

  • STANAG 4538 : Se utiliza junto con MELPe NATO Voice para lograr la interoperabilidad táctica de HF y un establecimiento de enlace automático (ALE) robusto.


Importancia estratégica


BRE2TA es esencial para las operaciones en entornos de mando y control denegados o degradados (C2D2E) . Al proporcionar un enlace de alta velocidad "más allá de la línea de visión" (BLoS) que no depende de satélites en órbita, garantiza que las armadas de la OTAN puedan mantener la conectividad incluso cuando las comunicaciones por satélite (SATCOM) estén interferidas, comprometidas o no disponibles en regiones de alta latitud.


MARCOM INTEGRALES DE SISTEMAS, SL acelera la adopción de la arquitectura técnica NATO BRASS Enhancement 2 (BRE2TA) mediante soluciones llave en mano de banda ancha HF (WBHF) diseñadas para ofrecer velocidades de datos de 240 kbps en redes marítimas de alta velocidad y gran resiliencia. Para facilitar la transición desde sistemas heredados, MARCOM integra y suministra tecnologías avanzadas, resistentes a interferencias y compatibles con STANAG, garantizando así comunicaciones seguras más allá de la línea de visión (BLoS) para las fuerzas navales en entornos conflictivos. Más información en marids.es .


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