Silvus SC4400E 4×4 MIMO Radio
For use in fixed infrastructure, long range, and airborne applications where maximum performance is desired.
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- Description
Description
Silvus SC4400E 4×4 MIMO Radio is the world’s most power tactical MIMO radio.
SC4400E delivers the power of 4×4 MIMO in a ruggedized package. SC4400E is ideal for use in fixed infrastructure, vehicular, long range, and airborne applications where maximum performance is desired.
Silvus SC4400E 4×4 MIMO Radio Features
- Up to 8 Watts of output power (up to 32W effective performance thanks to TX beamforming)
- Rugged outdoor rated housing with optional pole mount and surface mount hardware available
- Available in 3 form factors to suit a variety of applications:
- Rugged with straight RF connectors (designed to be mounted horizontally)
- Rugged with right angle RF connectors (designed to be mounted vertically)
- Non-rugged OEM (for embedding in custom products and sub-systems)
Also available: Silvus 4200E 2×2 MIMO Radio
StreamCaster Key Features
Powered by the cutting-edge MN-MIMO waveform:
COFDM
- Auto link adaptation to continually optimize throughput in dynamic environments
- Exceptional Multipath and NLOS performance
- Enhanced mobility for high-speed platforms
- 5, 10 and 20MHz bandwidth modes
MIMO
- New TX Beamforming (40~100% increased range and 50~150% increase in throughput)
- Spatial Multiplexing (enhanced throughput)
- Space Time Coding (enhanced robustness
- RX Beamforming (enhanced reception)
Mobile Ad Hoc Networking (MANET)
- Self-healing/self-forming mesh
- Single frequency Time Division Duplexing (TDD)
- Up to 380 nodes in a single network
- All topologies supported including star, hub/spoke, series/relay, fixed backbone infrastructure, and hybrid
Additional Features
- Rugged IP67 construction
- 1 x Ethernet, 2 x USB, 1 x RS232 interfaces
- Push-to-talk (PTT) voice with HD quality G.722 encoding
- Up to 128GB onboard storage
- AES256 encryption (FIPS140-2 w/ Suite B algorithms)
- WiFi and GPS via external dongles
- Dual frequency bands in a single radio (most licensed and unlicensed bands available)
- Ultra-low latency (avg. 7ms per hop)
- Embedded network management GUI with advanced tools and diagnostics
Applications
UAV and UGV communication has never achieved this 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 developed a versatile data-link that delivers 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.
Unmanned Aerial Systems
Silvus StreamCaster radios equip your teams with reliable bi-directional UAV communication for high-speed data and high-resolution video transfers in unpredictable environments.
Traditional Tier 1 and 2 systems are 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 detections
- Swarm/mesh operation
- Relay/range extension
- Battlefield data dissemination
- Law enforcement
- SIGINT/EW
- UAV/UGV teaming
- Manned/unmanned teaming
- Agriculture
- Infrastructure inspection
- Border Security
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/IOD)
- Hazmat
- Route Clearance
- Medivac
- Supply
- Combat engineering
- UAV/UGV teaming
- Manned/unmanned teaming
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.
- ISR
- Swarm/mesh operation
- Relay/range extension
- Manned/unmanned teaming
- Ship-to-ship
- Ship-to-shore
Airborne ISR Applications
An entirely new breed of airborne ISR communications
Silvus Technologies takes airborne ISR communications to the next level. Confidently connect your command post, mission aircraft HQ and every other mobile or stationary field asset. Silvus’ MN-MIMO technology creates a reliable high-throughput connection between your air and ground assets that easily outperforms legacy FM and COFDM systems.
Advanced multiple input multiple output (MIMO) antenna techniques enable you to combine downlink video with high-speed uplink/downlink data in a single frequency bi-directional or mesh communication system. Achieve superb spectral efficiency, enhanced range and reliable performance in a variety of environments, from pure line-of-sight to extreme non-line-of-sight.
For Airborne ISR Missions that Can’t Risk Failure
- Airborne ISR
- News
- Police
- Fire
- Broadcast sports/events
- Manned/unmanned teaming
- Search and rescue
Other Applications
- Law Enforcement
- Military
- Broadcasting
- Maritime
- Unmanned Systems
- Airborne ISR
About Silvus Technologies
In 2011, Silvus introduced the world’s first MIMO radios optimized for tactical applications – and they are still pushing the industry forward. Their background in DARPA-funded R&D resulted in innovative new technology that continues to advance the video and data communication capabilities for high-stakes industries like law enforcement, military and broadcast.
