Unmanned Systems
UGV AND UAV COMMUNICATION HAS NEVER ACHIEVED THIS LEVEL OF VERSATILITY. UNTIL NOW.
Silvus Technologies introduces groundbreaking communications solutions for high bandwidth video, C2, health and telemetry data. With priceless experience gained through defense-funded R&D contracts, Silvus has developed a versatile datalink that delivers unprecedented throughput, range and robustness to UGV and UAV communication scenarios, from air to ground to sea and everywhere in-between. Using a proprietary self-healing, self-forming mesh network that unites multiple assets, Silvus is your single-radio solution to enable convoy, relay and swarm capability between multiple manned and unmanned systems.
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Streamcaster 4200 (SC4200EP)
SC4200EP is NDAA and DoD cybersecurity compliant, and is approved for use in conjunction with Blue UAS platforms.
Streamcaster Lite 4200 (SL4200)
SL4200 is NDAA and DoD cybersecurity compliant, and is approved for use in conjunction with Blue UAS platforms.
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UNMANNED AERIAL SYSTEMS
Silvus StreamCaster radios equip your teams with reliable bi-directional UAV communication for highspeed data and high-resolution video transfers in unpredictable environments. Traditional Tier 1 and 2 systems use separate line-of-sight communications links for video and C2. These systems often have trouble maintaining connectivity when flying at lower altitude in high scatter or non-line-of-sight environments. Silvus’ robust RF and proprietary networking protocols provide a self-healing, self-forming mesh network that self-optimizes, requiring no operator involvement.
CRITICAL UAV COMMUNICATION APPLICATIONS
- ISR
- IED detection
- Swarm/mesh operation
- Relay/range extension
- Battlefield data dissemination
- Law Enforcement
- SIGINT/EW
- UAV/UGV teaming
- Manned/unmanned teaming
- Agriculture
- Infrastructure inspection
- Border Security
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UNMANNED GROUND SYSTEMS
Robotics missions require dependable communications that perform reliably in scenarios where operator involvement ranges from impractical to impossible. Silvus StreamCaster radios excel in nonline-of-sight tele-robotics missions in harsh urban environments and remote locations. Penetrate deep into buildings, culverts and other complex structures at a safe distance with a bi-directional signal that automatically shifts between 15+ discreet operating modes to adapt dynamically to changing channel conditions.
FOR ALL UNMANNED GROUND APPLICATIONS
- Bomb detection/disposal (IED/EOD)
- Hazmat
- Route clearance
- Medivac
- Supply
- Combat engineering
- UAV/UGV teaming
- Manned/unmanned teaming
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UNMANNED SURFACE SYSTEMS
Silvus StreamCaster radios are able to harness signals reflected on the water to increase the reliability and robustness of surface communications. What was previously a cause for interference is now an asset that increases range, throughput and reliability for real-time transmission of video and data. With self-healing self-forming mesh network capability, Silvus radios are a flexible solution for multi-vessel operations.
HIGH PERFORMANCE IN A RANGE OF UNMANNED SURFACE SCENARIOS
- ISR
- Swarm/mesh operation
- Relay/range extension
- Manned/unmanned teaming
- Ship-to-ship
- Ship-to-shore
A SINGLE-RADIO SOLUTION FOR THE TOUGHEST UNMANNED SYSTEMS COMMUNICATION SCENARIOS
Meticulously-developed features address unmanned systems communication challenges in unpredictable environments.
- Integrates with a variety of antennas, amplifiers and ground stations
- Available in ruggedized enclosure or as an OEM PCB stack
- Single transceiver for all video, C2 and telemetry
- Scalable mobile ad-hoc mesh network (100+ nodes)
- IP-based
- Relay capability
- Low latency
- Data rates up to 100+Mpbs
- Dual band
- 256-bit AES encryption
StreamCaster Unmanned Systems Datalinks Brochure
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WEAPONIZED UNMANNED GROUND VEHICLES
The joint product of Milrem and ST Kinetics in action with the Estonian Defence Forces.
Link Analysis, Made Easy
Silvus’ link budgeting tool is a powerful and intuitive interactive calculator, used to predict MN-MIMO link performance in a variety of LOS and near-LOS environments. Forged in theoretical calculations, and refined through years of real world data analysis, this calculator provides surprisingly accurate predictions of link performance based on a number of user-defined input parameters:
- Input – allows user to define terrain, frequency, power levels, and antenna gain, type, and elevation
- Output
- Throughput vs. distance – the calculator generates a throughput curve, illustrating how link capacity is expected to vary over distance
- Distance to horizon – predicts whether visual LOS is expected at a target distance, given user-defined TX and RX antenna heights
- Fresnel zone – estimates the diameter of the first Fresnel zone, based on user-defined frequency and target distance
- Link performance metrics – predicts RSSI, SNR, MCS, link capacity, and duty cycle, based on user-defined target distance
WE DON’T JUST CLAIM SUPERIORITY. WE PROVE IT.
Not only do we build superior technology, we help you get the most from it. Out-of-the-box functionality. Ongoing support. Relentless research and development. Contact our sales team to discover how we’re leading the MIMO revolution.
