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Private LTE/5G Network
Our solutions are made in India and ideally suited for Campus Networks (Military, Critical Infrastructures), Remote Networks (Border Outposts, Remote Districts including in tough terrains and Naxal areas), OT Networks (Railways, Oil & Gas, Mining) and Public Protection and Disaster Recovery (PPDR) Networks.
We offer a fully controllable on-premise cellular environment that supports up to 10,000 users in both static and on-the-go field conditions; our solution communicates natively and connects worldwide. It funnels all cellular traffic to your organisational management system, providing you with full information and cyber security, impeccable control, and real-world everyday operational benefits.
Key Features
- Software defined, easy to customise
- Output Power 2 to 20W
- Support for Flexible bandwidth: 1.4 MHz, 3 MHz, 5 MHz, 10 MHz, 15 MHz and 20 MHz are standardised
- Mobility support for Intra eNodeB handovers as well as S1 or X2 handovers
- Manpack and Static / Vehicle Mounted
- Supports Rel 8-15 3GPP release
- Provides the functions of physical layer, MAC, RLC, PDCP, RRC, and supports handling for NAS, IP, GTP & S1AP interfaces
- Software defined, easy to customise
- Output Power 2 to 20W
- Support for Flexible bandwidth: 1.4 MHz, 3 MHz, 5 MHz, 10 MHz, 15 MHz and 20 MHz are standardised
- Mobility support for Intra eNodeB handovers as well as S1 or X2 handovers
- Manbagpack and Static / Vehicle Mounted
- Supports Rel 8-15 3GPP release
- Provides the functions of physical layer, MAC, RLC, PDCP, RRC, and supports handling for NAS, IP, GTP & S1AP interfaces
TDMoIP
It is an ideal solution for transporting varied TDM traffic over IP networks. As the core communications network migrates from Circuit Switched Network to Packet Switched Network, these TDM links require high stability and low latency. TDMoIP enables service providers to migrate to next generation networks and continue to provide all their revenue-generating legacy voice and data services. It also enables enterprises to run voice and video over the same IP/Ethernet-based network that is currently used to run only LAN traffic, thereby minimising network maintenance and operating costs.
RF over Fiber converter
RF over fiber is the method of converting a radio wave (RF) into light by modulating the intensity of the light source (typically a laser) with RF signal. This is an analog process and no digitization is used. The light signal is then transmitted over a fiber optic cable, which replaces and exceeds the capabilities of traditional copper coax cable.
Key Features
- Cost effective compared to high end, low loss coax cable and slope
- Simple installation
- Flexible and light-weight for ease of deployment
- Immunity to EMI and RFI due to fiber being a non-conductive medium
- Flat frequency response across the entire frequency band, thereby taking away the need for slope compensation
- Security against signal interception
- Low maintenance – install and forget technology
- Very low signal loss (less than 0.5 dB/km) allowing for connections of several kilometres without the need for amplification.
- Cost effective compared to high end, low loss coax cable and slope
- Simple installation
- Flexible and light-weight for ease of deployment
- Immunity to EMI and RFI due to fiber being a non-conductive medium
- Flat frequency response across the entire frequency band, thereby taking away the need for slope compensation
- Security against signal interception
- Low maintenance – install and forget technology
- Very low signal loss (less than 0.5 dB/km) allowing for connections of several kilometres without the need for amplification.
Applications
- Satcom ground segment equipment – such as teleports, broadcast facilities, VSAT gateways
- Cellular and timing – GPS, re-broadcasting and distribution
- Telemetry – Satellite, missiles and spacecraft.
- Government and defence – secure communications, Satcom, SIGINT
- Mining and public safety – timing and communications
- Satcom ground segment equipment – such as teleports, broadcast facilities, VSAT gateways
- Cellular and timing – GPS, re-broadcasting and distribution
- Telemetry – Satellite, missiles and spacecraft.
- Government and defence – secure communications, Satcom, SIGINT
- Mining and public safety – timing and communications
SFP
Precision Electronics is a supplier of Make in India SFP (Small Form-factor Pluggable) transceivers to telcos. Designed for multi-mode & single-mode fibres, the SFPs operate at a nominal wavelength of 850nm/1310nm/1550nm.
Applications
- Fast/Giga Ethernet Switches
- SDH
- Metro Ethernet Switching
- Routers
- SONET
- GPON / EPON
- Fast/Giga Ethernet Switches
- SDH
- Metro Ethernet Switching
- Routers
- SONET
- GPON / EPON
