OZ9800 RFoF Subsystem
The OZ9800 is a 19-inch 1RU RFoF subsystem chassis that can house up to 5 medium flange-mount modules, with integrated WDM support.
- Product Summary
- Product Details
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The OZ9800 is a 15-inch-deep, 19-inch 1RU chassis that can house up to 5 medium flange-mount modules from the OZ600, OZ81x or OZ16xx families in any combination. It operates in the standard 30 MHz to 3 GHz band (optionally 10 kHz to 6 GHz), and integrated WDM allows bidirectional RFoF transport over a single fiber. It runs on dual universal AC power (optionally -48 VDC or +12 VDC) and is rated for an MTTF exceeding 10 years at 50C.
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- Module capacity: up to 5 units from the OZ600, OZ81x or OZ16xx families (mixed combination)
- Transceiver configuration: up to 10 Tx/Rx combinations with uncooled lasers
- Frequency range: 30 MHz - 3 GHz standard (optional 10 kHz - 6 GHz)
- Connectors: 50 Ohm SMA(f) RF interface; rear-panel DB-9 for monitoring/alarms and optional RS232
- Power supply: dual universal AC (optional -48 VDC or +12 VDC)
- Operating temperature: 0C to +60C
- Fiber compatibility: single or dual fiber, multimode compatible; CWDM wavelength options (1310 nm, 1550 nm)
- Integrated WDM for bidirectional RFoF on a single fiber; integrated RS232 transport capability
- Front-panel alarm indicator, dry-contact alarm output per Tx/Rx
- Automatic optical power control
- Reliability: MTTF exceeding 10 years at +50C
Applications: in-building DAS, satcom, 5G/cellular, cellular backhaul, MMDS, remote antenna location, GPS distribution, timing/frequency distribution.
Official product page: opticalzonu.com – OZ9800 RFoF Subsystem
Product Summary
The OZ9800 is a 15-inch-deep, 19-inch 1RU chassis that can house up to 5 medium flange-mount modules from the OZ600, OZ81x or OZ16xx families in any combination. It operates in the standard 30 MHz to 3 GHz band (optionally 10 kHz to 6 GHz), and integrated WDM allows bidirectional RFoF transport over a single fiber. It runs on dual universal AC power (optionally -48 VDC or +12 VDC) and is rated for an MTTF exceeding 10 years at 50C.
Product Details
- Module capacity: up to 5 units from the OZ600, OZ81x or OZ16xx families (mixed combination)
- Transceiver configuration: up to 10 Tx/Rx combinations with uncooled lasers
- Frequency range: 30 MHz - 3 GHz standard (optional 10 kHz - 6 GHz)
- Connectors: 50 Ohm SMA(f) RF interface; rear-panel DB-9 for monitoring/alarms and optional RS232
- Power supply: dual universal AC (optional -48 VDC or +12 VDC)
- Operating temperature: 0C to +60C
- Fiber compatibility: single or dual fiber, multimode compatible; CWDM wavelength options (1310 nm, 1550 nm)
- Integrated WDM for bidirectional RFoF on a single fiber; integrated RS232 transport capability
- Front-panel alarm indicator, dry-contact alarm output per Tx/Rx
- Automatic optical power control
- Reliability: MTTF exceeding 10 years at +50C
Applications: in-building DAS, satcom, 5G/cellular, cellular backhaul, MMDS, remote antenna location, GPS distribution, timing/frequency distribution.
Official product page: opticalzonu.com – OZ9800 RFoF Subsystem
Brief overview of OZ9800 RFoF Subsystem
The OZ9800 is a 19-inch 1RU RFoF subsystem chassis that can house up to 5 medium flange-mount modules, with integrated WDM support.
Teknoa helps organizations with product selection, technical positioning, integration and after-sales support for Optical Zonu solutions.
RF over Fiber and GPS/RF signal transport
Optical Zonu solution context
Optical Zonu RF over Fiber modules and GPS/RF transport solutions help overcome coaxial cable limits in distance, isolation and flexibility.
Used in SATCOM, radar, defense, GPS distribution, DAS, laboratory and remote antenna connectivity projects.
Official manufacturer source Optical Zonu Teknoa guide- OZ600 medium RFoF modules
- OZ81x RF over Fiber links
- OZ18xx broadband RFoF solutions
- GPS/RF fiber distribution systems
- RF transport between remote antennas and central equipment
- GPS signal distribution over fiber
- Isolation in radar, SATCOM and laboratory links
- OZ600 frequency range and form factors
- Transmitter, receiver and transceiver selection
- Low phase noise scenarios
- GPS over Fiber architecture