Radar is an acronym for Radio Detection and Ranging or Radio Direction and Ranging. It can be used to detect, track and monitor aircraft, ships, spacecraft, guided missiles, motor vehicles, weather formations, and terrain.
A radar system consists of a transmitter, a transmitting antenna and a receiving antenna (the same antenna is often used for both), a receiver and processor. RF over fiber products are used to convert the RF signal from the antenna into laser light, which is then sent over fiber to the receiver where it is then converted back to the RF electrical signal.
The ViaLite purple OEM module and C-Band Rack Chassis Card can be used for many radar applications.
- Weather surveillance radar / doppler weather radar
- Air and terrestrial traffic control
- Air-defense and antimissile systems
- Navigational radar
- Radar for telemetry, tracking and command (TT&C)
- Instrumentation radar, used for testing
- Marine doppler radar, used to locate landmarks and other ships
- Aircraft anti-collision systems
- Meteorological precipitation monitoring
- Guided missile target locating systems
C-Band 3.4-7.1 GHz (500 MHz - 7.5 GHz)
ViaLite‘s C-Band RF over fiber link covers 3.4 – 7.1 GHz and has a full operational range of 500 MHz – 7.5 GHz. The link is suitable for Satcom, Broadcast, Radar…
L-Band HTS 700-2450 MHz
The L-Band HTS link (700-2450 MHz) covers distances of 1m to 50 km and is the most commonly used RF over fiber link in Satellite Communications…
L-Band HTS 700-2450 MHz - HWDR
The ViaLite L-Band HTS – HWDR link boasts hyper-wide dynamic range (114 dB/Hz) and also allows for multiple channels to be sent down a single fiber.
L & S-Band Link for Mil-Aero
The L & S-Band Link is suitable for Mil-Aero applications and has been designed to meet the increasing demand for data-intensive tasks for the Telemetry market.
Wideband 10 MHz-3 GHz
The Wideband link has a 10 MHz-3 GHz bandwidth. It can be used to connect satellite antennas with control rooms, network operation centers or broadcast…
Ultra Wideband 2 kHz-4.2 GHz
ViaLite‘s Ultra Wideband link provides 2 kHz-4.2 GHz bandwidth, which is ideal for C-band downlink and S-band for Telemetry, Tracking and Command…
ViaLite fiber optic links can be configured into dual redundancy (1:1) systems to ensure maximum up-time. 1:1 is achieved by configuring the system …
DWDM, WDM & CWDM Multiplexing
The range of WDM, CWDM and DWDM products allow multiple channels, traveling in either direction, to be simultaneously combined over…
SNMP Monitoring & Control
The ViaLite Horizons SNMP Controller can be used to fully monitor and control ViaLiteHD RF over fiber systems. Horizons allows for inter-facility control…
The Digital Data link provides full duplex transmission of RS422, RS485, RS232 and TTL signals over two single mode optical fibers. Distances of 1 m to 50 km…
The Ethernet link provides highly reliable, full duplex transmission of Ethernet signals over two single-mode optical fibers for distances of 1 m to 50 km…
The ViaLiteHD 3U Chassis can hold up to 13 RF dual cards (up to 26 links) plus an SNMP card and two power supplies. The chassis design uses an…
The ViaLite suite of outdoor enclosures (the Satcom6 and ODE range) provide a cost-effective housing solution which can be used indoors or outdoors, and in…
Outdoor Enclosures - ODE-A4 range
ViaLite has launched a new ODE-A4 range of outdoor enclosures: ODEA-A4 GPS, ODE-A4 VSAT, ODE-A4 Quad LNB, ODE-A4 configurable. The…