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5G Private Network

Techphosis’ Carrier-grade Private 5G Solution, coupled with its strong channel and ecosystem partnerships, provides enterprises with a reliable, secure, and customizable platform to unlock the full potential of 5G technology for business requirements. These solutions are designed to address a wide range of use cases within the realm of 4G and 5G connectivity. This solution encompasses a range of hardware, software, and services designed to deliver robust, secure, and high-performance 5G connectivity within private networks.

Key features of Techphosis Carrier-grade Private 5G Solution include

1. Integrated Small cell (ISC) 4G and 5G RAN for Indoor and outdoor coverage for different bands like n28, n48, n77, n78, n79

2. Disaggregated 5G RAN solution based on split 2, 6 and split 7.2x solution.

3. We offer carrier grade 5G core network for enterprise and Private network solution

5G Lab Setup

Techphosis provides a lab kit with a fully integrated Network-in-a-Box solution that includes gNB and a 5G Core network. This setup features CU, DU, and PHY software running on an Intel x86 desktop, with a USRP B210-based radio. The 5G Core network also operates on the same Intel x86 desktop alongside the CU/DU software.
Another lab kit option utilizes the ORAN 7.2x split, where a commercial RRU compliant with the 7.2x ORAN interface is used. In this configuration, the CU/DU and 5G Core Network run on the same Intel x86 desktop, and the radio connects through the eCPRI interface.

Techphosis offers a complete bundled kit, including all necessary hardware and software. The hardware package consists of an x86 desktop, monitor, keyboard, USRP radio, and a 7.2x commercial radio. Additionally, we provide commercial mobile devices and test PLMN SIM cards for end-to-end data calls with commercial mobile devices. This comprehensive offering ensures that customers do not need to arrange any additional hardware or software, only the lab space. We supply technical release notes, user manuals, and setup overviews. Detailed training on 5G modules of the RAN and 5G Core Network, tailored to academic requirements, is also available. For more information, please contact us

Key features of TechPhosis’ complete 5G lab setup include:

Techphosis collaborates with a diverse network of channel partners, technology vendors, and industry experts to create a robust ecosystem around its Private 5G Solution. Techphosis collaborates closely with OEMs specializing in small cell technology to develop and deliver cutting-edge solutions. This partnership ensures that Techphosis' Small Cell offerings incorporate the latest advancements in hardware, software, and network optimization, providing customers with state-of-the-art connectivity solutions
Techphosis works closely with enterprises to tailor the Private 5G Solution to their specific requirements and integrate it seamlessly with existing infrastructure and applications. This ensures interoperability, ease of deployment, and minimal disruption to business operations
Techphosis offers Small Cell solutions that support both 4G LTE and 5G NR (New Radio) technologies. This versatility enables operators and enterprises to deploy small cells that are compatible with their existing 4G infrastructure while also future-proofing their networks for the transition to 5G.
Techphosis' Carrier-grade Small Cell solutions are designed to cater to a diverse range of use cases within the 5G landscape. Whether it's enhancing indoor coverage in office buildings, providing outdoor connectivity in urban environments, supporting IoT (Internet of Things) devices in smart cities, or enabling low-latency communication for industrial applications, smart manufacturing, augmented reality, remote monitoring. Offered solution is flexible and adaptable to support diverse applications and business needs.
Security is a paramount concern in private 5G networks, especially for enterprises handling sensitive data and mission-critical operations. Techphosis integrates advanced security features such as encryption, authentication, access control, and threat detection to safeguard data and network assets from cyber threats.

Radios – Indoor and Outdoor

Techphosis provides white-label 5G RRUs along with Channel partner which is fully compliant with ORAN 7.2x split option, pre-integrated with Intel FlexRAN PHY, and other major PHY vendors such as Nvidia and NXP. These RRUs support various 5G bands including n77, n78, n48, and n28 for both Time Division Duplex (TDD) and Frequency Division Duplex (FDD) deployments
TechPhosis has collaborated extensively with various stakeholders within the ORAN ecosystem to facilitate the implementation of Open RAN-based 5G solutions. This architectural framework empowers mobile network operators to select hardware and software components from a diverse array of vendors. Acting as a pivotal hub, TechPhosis consolidates this ecosystem, assuming the role of a system integrator. Our offerings are rigorously tested and adhere strictly to ORAN and 3GPP specifications. We specialize in enabling both disaggregated and integrated solutions that comply with ORAN standards.

Need to put the picture of ORAN Architecture.

5G RAN Solution
  • Network in Box Based on Standard Industry Open RAN

 

  • Network in a Box Solution with USRP Radio B210:

  •  Integrated Small Cell Solution based on NXP, Qualcomm, Picocom based SoC

  •  Disaggregated RAN Solution based on 7.2x split for SmallCell, MicroCell, Macro Cell with multi RRUs:
Techphosis in collaboration with our extensive network of channel partners and ecosystem collaborators, we facilitate the creation of white-label 5G core networks tailored for enterprise and private use. This streamlined core network architecture can seamlessly integrate with 5G Radio Access Network (RAN) components such as the Central Unit (CU), resulting in a cohesive "Network in a Box" solution. Along with channel partner TechPhosis offer Commercial grade 5G core for enterprise, Private Network as white label with stateless architecture having all necessary modules like AMF/SMF/UPF/UDM/RDR/AuSF/NSSF/etc

TechPhois offer 5G Core Network source code as well as binary based model

TechPhosis offer 5G Core Network as light weight Core Network for enterprise and Private Network based on x86 NUC, NXP/Marvel SoC based solution.

We offer Core Network based on Open 5G GS, OpenOAI and offer complete compliance for the require interface.

ORAN (Open Radio Access Network): ORAN is an industry initiative aimed at creating open standards and interfaces for the RAN (Radio Access Network) in 5G and beyond. It promotes interoperability among network equipment from different vendors, fostering innovation and competition. Non-RT RIC (Non-Real-Time RAN Intelligent Controller) is a key component of ORAN architecture responsible for intelligent control and optimization of the RAN resources. Non-RT RIC specifically handles tasks that are not time-sensitive, such as long-term optimization, policy enforcement, and analytics TechPhosis offers a comprehensive solution for ORAN (Open Radio Access Network) Non-RT RIC for 5G networks as per standard ORAN-O1 compliance.

Offer non-RT framework solution compliant to ORAN-O1 interface and interoperable with any third-party CU and DU which are compliant to ORAN O1 interface.

Integration and support with gNB CU/DU complaint to O1 interface.

Development of rAPP and integration to the RIC frame work
Near-Real-Time RAN Intelligent Controller) solution for 5G networks is a sophisticated and intelligent control entity that optimizes RAN resources in real-time, leveraging advanced analytics, machine learning, and standardized interfaces to enhance network performance, scalability, and reliability.

The Near-RT RIC have standard ORAN-E2 interface with CU and DU in the ORAN architecture. It serves as an intelligent control entity that makes real-time decisions to optimize RAN resources and improve network performance.

Near-RT RICs leverage real-time data and analytics to make dynamic decisions for RAN resource allocation, load balancing, interference mitigation, and mobility management.

These decisions are based on factors such as radio conditions, traffic load, ser mobility patterns, and Quality of Service (QoS) requirement

Near-RT RICs solution employ machine learning algorithms to continuously analyze network data and predict future conditions.

These algorithms optimize RAN parameters in real-time to enhance network performance, increase spectral efficiency, minimize latency, and improve user experience.

TechPhosis Near -RT framework compliant to ORAN-E2 interface and interoperable with any third-party CU and DU which are compliant to ORAN E2 interface.

TechPhosis offer Near-RT framework Integration with any third party RAN CU and DU complaint for E2 interface and development of xAPPs for all different below use cases:
  •  Analyses energy consumption patterns using real-time data to identify opportunities for optimization and energy savings.

  •  Implements dynamic power management techniques to adjust resource allocation and transmission power based on traffic load and network conditions.

 

  •  Utilizes intelligent scheduling algorithms to optimize sleep modes and power states of RAN components during periods of low activity.
  •  Automates the network monitoring process by collecting and analyzing performance metrics from RAN elements in real-time.

  •  Utilizes advanced analytics and machine learning algorithms to detect anomalies, predict failures, and proactively address network issues.

  •  Provides actionable insights and visualizations through customizable dashboards and reporting tools for network operators to make informed decisions.
  •  Implements sophisticated traffic steering algorithms to dynamically route user traffic through specific cells or paths based on predefined criteria.

  •  Prioritizes traffic based on Quality of Service (QoS) requirements, congestion levels, link quality, and user preferences.

  •  Optimizes handover decisions to minimize latency, maximize throughput, and enhance user experience, especially in high-mobility scenarios.
  •  Customizes traffic steering functionalities for Vehicle-to-Everything (V2X) communications, including Vehicle-to-Vehicle (V2V) and Vehicle-to-Infrastructure (V2I) scenarios.

  •  Implements context-aware handover optimization algorithms tailored for V2X applications to ensure seamless connectivity and minimal disruption during mobility events.

  •  Integrates with V2X protocols and standards to support emerging use cases such as autonomous driving, traffic management, and road safety applications.

Network listening module

Techphosis offers a comprehensive solution for the Network Listen Module (NLM) designed specifically for 5G networks. This module is highly versatile and can seamlessly integrate with any System on Chip (SoC) platform. Leveraging the 5G FAPI Network Monitor Mode (NMM) P4 API interface, our solution enables full Self-Organizing Network (SON) functionality by measure of the surrounding network. By harnessing the power of P4 interface, we ensure that the SON functionality is efficiently enabled, allowing for dynamic network optimization and management. The application of our NLM solution extends across various sectors including public safety, logistics tracking, and asset management. 

One of the key advantages of our solution lies in its compact form factor, making it suitable for deployment even on small SoC platforms. This not only ensures scalability but also results in negligible power consumption, making it an ideal choice for energy-efficient deployments.  It is standalone IP application and can be integrated with any platform or third-party application for UE ANR and neighbour Handover management.

Network and UE testing solutions for 5G

Techphosis, in collaboration with our extensive ecosystem and channel partners, provides comprehensive Network and User Equipment (UE) testing solutions tailored for 5G deployments. Within this offering, Techphosis adds significant value by developing automated scripts for a wide range of use cases. Additionally, we enable the utilization of the complete ORAN Test Studio, empowering customers to optimize their testing procedures. 

By leveraging automation, our solution streamlines the entire testing process, reducing manual intervention and minimizing the likelihood of errors. This automation extends across the entire 5G end-to-end testing spectrum, covering aspects such as network performance, interoperability, and UE functionality.

Furthermore, our solution is flexible and adaptable, allowing for customization to meet specific customer requirements. Whether it’s incorporating bespoke testing scenarios or integrating unique functionalities, Techphosis ensures that the testing solution aligns perfectly with the customer’s needs.

Ultimately, by embracing automation and customization, Techphosis enables customers to enhance efficiency, reduce costs, and accelerate their 5G deployment timelines.

5G UE

The 5G lab setup provided by TechPhosis encompasses all essential components required to emulate a real-world 5G network environment. This includes 5G base stations, core network elements, network management systems, and testing tools.
Thanks to its automated setup process. TechPhosis leverages advanced automation technologies to streamline the process of creating the 5G lab setup. This automation significantly reduces the time and effort required for deployment, ensuring that the lab is up and running in a very short period (less than 4 weeks from Order), enabling customers to start their PoC demonstrations and testing activities without delay. This agility is particularly beneficial for organizations aiming to showcase 5G capabilities or evaluate potential deployments within a short timeframe.
TechPhosis offers flexibility in configuring the 5G lab setup according to the specific requirements and use cases of the entity deploying it. Whether it's academia conducting research, private industry testing new applications, or government organizations evaluating public safety solutions, the lab setup can be tailored to suit diverse needs.
TechPhosis provides comprehensive support and maintenance services to ensure the smooth operation of the 5G lab setup. This includes troubleshooting assistance, software updates, and hardware maintenance, allowing entities to focus on their PoC and testing objectives without worrying about technical issues.
The 5G lab setup offered by TechPhosis is designed to be scalable, allowing entities to expand and upgrade their infrastructure as needed. This scalability ensures that the lab can accommodate evolving requirements and accommodate future advancements in 5G technology.

Techphosis, in collaboration with our channel and ecosystem partners, presents a comprehensive reference 5G User Equipment (UE) stack solution for both Standalone (SA) and Non-Standalone (NSA) modes, catering to Sub-6GHz and mmWave frequency bands. This stack encompasses the entire protocol stack, including Physical Layer (PHY) software.

 

The reference stack serves as a solid foundation for Original Equipment Manufacturers (OEMs) seeking to develop commercial-grade UE solutions in-house. By utilizing UE reference stack, OEMs can significantly reduce their development timelines, as they no longer need to build the UE software from scratch. This streamlined development process empowers OEMs to deliver their 5G solutions to the market promptly, ensuring competitiveness in terms of both time-to-market and pricing.

 

Overall, Techphosis' reference 5G UE stack solution provides OEMs with a robust, pre-tested framework that accelerates development efforts, enhances competitiveness, and facilitates timely market entry.

Techphosis, in collaboration with our channel and ecosystem partners, introduces a specialized reference 5G User Equipment (UE) stack tailored for Integrated Access Backhaul (IAB) functionality, supporting both Sub-6GHz and mmWave frequency bands, complete with Physical Layer (PHY) software. Specifically engineered to incorporate IAB features, our reference stack simplifies the integration process, enabling seamless adoption on any platform and with any stack vendor. Compliant with 3GPP specifications, our IAB UE stack ensures interoperability and adherence to industry standards. By leveraging reference IAB UE stack, OEMs can significantly reduce development timelines, accelerating time-to-market while maintaining competitive pricing.
Techphosis, in collaboration with our channel and ecosystem partners, introduces a specialized reference 5G New Radio (NR) UE stack tailored for Non-Terrestrial Network (NTN) and Internet of Things (IoT) NTN solutions, designed to support both transparent and regenerative NTN architectures as per 3GPP 5G standards. This reference stack serves as a robust foundation for Original Equipment Manufacturers (OEMs) seeking to develop commercial-grade NTN UE solutions in-house. Specifically engineered for NTN applications, NTN UE stack offers support for both transparent and regenerative NTN functionalities. The versatility of NTN UE stack allows for seamless portability onto the customer's desired platform, ensuring compatibility and ease of integration. By leveraging our reference stack, OEMs can significantly reduce development timelines, enabling them to deliver NTN solutions to the market promptly and with competitive pricing.
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