P2P Unlicensed Band Radio
Enterprise-grade solution optimally designed to address multitude of deployment scenarios
Flexible Solution for Multiple Deployment Scenarios
Backhaul solution that delivers finest performance in long distance applications.
Serve Critical Applications
Withstand Formidable Environments
Cloud Managed
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Design Your Link Budget
Product Comparison
| Product Model | Product Description | Capacity | Supported Frequency Range | Peak Throughput | External Antenna | Integrated Antenna | Integrated GPS | Deployment | MIMO | IP67 | Max Transmit Power | CPE Support |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| ion4le | 5 GHz 700 Mbps UBR with option for external antenna | Medium | 5 GHz (extended) | 700 Mbps | ✓ | ✓ | PTP or PTMP | 2X2 | ✓ | 27 dBm | 16 | |
| ion4l2 | 5 GHz 700 Mbps UBR with Integrated 23 dBi Antenna | Medium | 5 GHz (extended) | 700 Mbps | Integrated 23 dBi Dish Antenna | ✓ | PTP | 2X2 | ✓ | 27 dBm | NA | |
| ion4l3 | 5 GHz 700 Mbps UBR with Integrated 25 dBi Antenna | Medium | 5 GHz (extended) | 700 Mbps | Integrated 25 dBi Dish Antenna | ✓ | PTP | 2X2 | ✓ | 27 dBm | NA | |
| ion4l4 | 5 GHz 700 Mbps UBR with Integrated 27 dBi Antenna | Medium | 5 GHz (extended) | 700 Mbps | Integrated 27 dBi Dish Antenna | ✓ | PTP | 2X2 | ✓ | 27 dBm | NA | |
| ion4l1_BTS | 5 GHz 700 Mbps UBR with Integrated 17 dBi Sector Antenna (BTS side) | Medium | 5 GHz (extended) | 700 Mbps | Integrated 17 dBi Sector Antenna | ✓ | PTMP (Master Side) | 2X2 | ✓ | 27 dBm | 16 | |
| ion4l2_BTS | 5 GHz 700 Mbps UBR with Integrated 19 dBi Sector Antenna (BTS side) | Medium | 5 GHz (extended) | 700 Mbps | Integrated 19 dBi Sector Antenna | ✓ | PTMP (Master Side) | 2X2 | ✓ | 27 dBm | 16 | |
| ion4le_CPE | 5 GHz 300 Mbps CPE with option for external antenna | Low | 5 GHz (extended) | 300 Mbps | ✓ | PTMP (Slave Side) | 2X2 | ✓ | 27 dBm | NA | ||
| ion4l2_CPE | 5 GHz 300 Mbps CPE with Integrated 23 dBi Antenna | Low | 5 GHz (extended) | 300 Mbps | Integrated 23 dBi Dish Antenna | PTMP (Slave Side) | 2X2 | ✓ | 27 dBm | NA | ||
| ion4l3_CPE | 5 GHz 300 Mbps CPE with Integrated 25 dBi Antenna | Low | 5 GHz (extended) | 300 Mbps | Integrated 25 dBi Dish Antenna | PTMP (Slave Side) | 2X2 | ✓ | 27 dBm | NA |
FAQs
HFCL IO currently has UBR variants with throughput capacity of 300Mbps and 700Mbps.
The range depends upon various factors like – the antenna variant being used, interference in atmosphere, and LOS.
It uses Time Division Multiple Access (TDMA) technology.
If the required coverage is not fulfilled by integrated antenna model then an external antenna variant is required to connect higher gain antenna.
HFCL IO provides many external antenna options like dish, flat panel and sector antenna with varying gains.
HFCL IO radios have proprietary interference mitigation technology that improves signal strength from noise floor, thereby increasing the overall SNR. Further, the radios also have ACS functionality to choose the best available channel by scanning and sensing the interference in all available channels.
UBR are powered using PoE (Power over Ethernet) switches based on IEEE 802.3af standard.
Select the highest possible channel bandwidth with least interfering channel and highest possible transmission power on both Master and Slave to ensure highest throughput.
Yes, HFCL IO provides both P2P and P2MP solutions.
UBR supports frame size up to jumbo frames.
It depends on customer requirement whether he wants to go with EMS along with radios or standalone. For small-scale implementation, generally we do not go with EMS.
It is provided on a per element (UBR) basis.
The EMS can be integrated with any third party NMS using the Northbound interface.
We have UBRs ranging from Low -Mid- High Capacity
- High Capacity 1 Gbps
- Medium Capacity 700Mbps
- Low Capacity 300 Mbps
The range depends upon various factors like – the antenna variant being used, interference in atmosphere, and LOS.
- The 300 & 700 Mbps variants uses Time Division Multiple Access (TDMA) and Orthogonal Frequency-Division Multiplexing (OFDM) technology in conjunction.
- The 1 Gbps variants uses Orthogonal Frequency-Division Multiple Access (OFDMA) technology.
If the required coverage is not fulfilled by integrated antenna model, then an external antenna variant is required to get higher gain antenna.
HFCL IO radios have proprietary interference mitigation technology that improves signal strength from noise floor, thereby increasing the overall SNR. Further, the radios also have ACS & DCS functionality to choose the best available channel by scanning and sensing the interference in all available channels.
It depends on customer requirement whether he wants to go with EMS along with radios or standalone. For small-scale deployments (only up to a few UBR links), customers generally do not need to go with EMS.
It is provided on a per element (UBR) basis.
The EMS can be integrated with any third-party NMS using the Northbound interface.
UBR are powered using PoE (Power over Ethernet) switches based on IEEE 802.3af standard.
Select the highest possible channel bandwidth with least interfering channel and highest possible transmission power on both Master and Slave to ensure highest throughput. Link planning and alignment plays a critical role in ensuring optimal user experience.
