OZ9500 RFoF Subsystem
The OZ9500 is a 19-inch 1RU RFoF subsystem chassis that can house up to 8 OZ5xx-series transmitter/receiver modules.
- Product Summary
- Product Details
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The OZ9500 is a 19-inch, 1RU fan-cooled RFoF subsystem chassis that can house up to 8 OZ51x, OZ52x, TTL, IRIG-B, 1PPS and low-phase-noise (LPN) modules in any mix. It runs on dual universal AC power (optionally -48 VDC or +12 VDC) and is rated for an MTTF exceeding 10 years at 50C ambient. Up to 8 signals can be multiplexed onto a single fiber via CWDM, with fiber-fault detection (uOTDR), automatic redundant fiber selection, and centralized management via SSH, HTTP and SNMP v2/v3.
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- Module capacity: up to 8 OZ51x/OZ52x/TTL/IRIG-B/1PPS/LPN modules (mixed)
- Frequency support: 3/4/6 GHz RF options, 10-200 MHz low phase noise reference, 1PPS/IRIG-B/TTL, GNSS/GPS
- RF interface: 50 Ohm SMA(f)
- Chassis size: 1RU, 19 x 15 inches
- Operating temperature: 0C to +50C (fan cooled)
- Power supply: dual universal AC (optional -48 VDC or +12 VDC)
- Reliability: MTTF exceeding 10 years at 50C
- Fiber: single or multi-fiber; CWDM multiplexing up to 8 signals on one fiber; multimode fiber compatibility available
- Monitoring/control: local LED indicators, dry relay contacts (DSUB-25), SSH, HTTP web interface, SNMP v2/v3
- Additional features: uOTDR fiber-fault detection, automatic redundant fiber selection, GbE data link
Applications: interfacility links, in-building DAS, public safety communication, satcom, WiMax/4G LTE, cellular backhaul, MMDS, remote antenna location, GPS/timing distribution.
Official product page: opticalzonu.com – OZ9500 RFoF Subsystem
Product Summary
The OZ9500 is a 19-inch, 1RU fan-cooled RFoF subsystem chassis that can house up to 8 OZ51x, OZ52x, TTL, IRIG-B, 1PPS and low-phase-noise (LPN) modules in any mix. It runs on dual universal AC power (optionally -48 VDC or +12 VDC) and is rated for an MTTF exceeding 10 years at 50C ambient. Up to 8 signals can be multiplexed onto a single fiber via CWDM, with fiber-fault detection (uOTDR), automatic redundant fiber selection, and centralized management via SSH, HTTP and SNMP v2/v3.
Product Details
- Module capacity: up to 8 OZ51x/OZ52x/TTL/IRIG-B/1PPS/LPN modules (mixed)
- Frequency support: 3/4/6 GHz RF options, 10-200 MHz low phase noise reference, 1PPS/IRIG-B/TTL, GNSS/GPS
- RF interface: 50 Ohm SMA(f)
- Chassis size: 1RU, 19 x 15 inches
- Operating temperature: 0C to +50C (fan cooled)
- Power supply: dual universal AC (optional -48 VDC or +12 VDC)
- Reliability: MTTF exceeding 10 years at 50C
- Fiber: single or multi-fiber; CWDM multiplexing up to 8 signals on one fiber; multimode fiber compatibility available
- Monitoring/control: local LED indicators, dry relay contacts (DSUB-25), SSH, HTTP web interface, SNMP v2/v3
- Additional features: uOTDR fiber-fault detection, automatic redundant fiber selection, GbE data link
Applications: interfacility links, in-building DAS, public safety communication, satcom, WiMax/4G LTE, cellular backhaul, MMDS, remote antenna location, GPS/timing distribution.
Official product page: opticalzonu.com – OZ9500 RFoF Subsystem
Brief overview of OZ9500 RFoF Subsystem
The OZ9500 is a 19-inch 1RU RFoF subsystem chassis that can house up to 8 OZ5xx-series transmitter/receiver modules.
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