Networks Optimized For Efficiency, Speed, and Reliability
The rapid convergence of telecommunications and information technology, coupled with the demand for a wide array of high-performance applications, calls for an innovative solution leveraging the advantages of IT and open source realms to construct a scalable and distributed cloud-based architecture.
As the landscape evolves, services – including 5G – require network functionalities strategically positioned for optimal efficiency. This is vital to meeting stringent latency requirements and managing the substantial data volumes essential for real-time service delivery. The evolution extends to network architecture, necessitating a reimagining of layered, distributed topologies with hardware optimization to achieve unmatched performance and flexibility.
Additionally, the volume of data is surging, indicating a significant shift towards increased data usage. The distribution of application workloads will move from centralized data centers to various edge locations within the cloud, telecommunications, and enterprise sectors. Cloud computing technologies are gaining traction due to the rising demand for novel applications such as streaming, gaming, private wireless networks, smart city initiatives, and other latency-sensitive services.
The advent of technologies like IoT and 5G presents substantial opportunities for communication service providers (CSPs) and enterprises. CSPs have already commenced their 5G rollouts by virtualizing their networks and deploying computational infrastructure to support end-user applications. Similarly, enterprises enhance their services and revenue streams by bringing applications closer to end-users and digitizing their operations. The distribution of cloud-based resources plays a pivotal role in ensuring connectivity and delivering services efficiently.
Nokia’s AirFrame data center solution is tailored to support intensive virtualized and cloud-native workloads. Its hardware and firmware security remains uncompromised, meeting heightened privacy and security standards for carrier-grade networks. With enhancements such as advanced packet processing, encryption, GPU utilization, and workload-specific acceleration, AirFrame outperforms conventional IT servers. It’s also a 5G-ready solution, offering operators and enterprises the advantages and adaptability of cloud computing technologies tailored specifically to meet the requirements of telco and enterprise applications.
Designed For Heavy Workloads
Engineered to tackle heavy workloads, telecommunications services demand a specialized approach to network infrastructure. This necessity calls for a unique blend of cloud architecture and hardware infrastructure. Nokia’s AirFrame data center solution delivers industry-leading hardware management and automation tailored to support centralized and distributed cloud architectures.
Highly Efficient For Mobile Service Support
Efficiency is paramount in mobile services, where high-speed connectivity, minimal latency, and robust throughputs are essential. The Nokia AirFrame data center solution is meticulously designed to meet the exacting requirements of telecommunication providers and enterprises, ensuring superior efficiency and capabilities.
Layered Data Center Architecture Requires Low Latency
With distributed business models and increasingly strict data privacy mandates, many enterprises rely on latency-sensitive workloads, underscoring the need for a layered approach to data center architecture.
Layered data center architecture has emerged as a leading strategy for reducing latency. Telecommunications providers are deploying compute infrastructure closer to end-users, while enterprises are increasingly opting to shift hardware to the edge in collaboration with CSP or telco-operated data centers.
Distributed Architecture, Real-Time Responsiveness, And Scalability For 5-G Readiness
The advent of 5G amplifies the demand for distributed architecture, real-time responsiveness, and scalability. The Nokia AirFrame data center solution is engineered to seamlessly scale from individual servers to expansive hyperscale data centers, offering unparalleled flexibility and agility. Leveraging Intel Xeon SP architecture, AirFrame hardware encompasses hardware acceleration, encryption, packet forwarding, and radio baseband capabilities, positioning it as the ideal choice to meet the stringent real-time requirements of communications providers and enterprises in the 5G era.
Open Source Technologies Are Trending
Embracing openness as a pivotal trend, Nokia leads the charge in advancing open source technologies. By spearheading contribution efforts to the Open Compute Project’s openEDGE specification, Nokia pioneers new formats for edge data centers, fostering a competitive marketplace that ultimately benefits users.
Increased Performance Backed By Energy Efficiency
Energy efficiency is intrinsically linked with performance. Nokia diligently adheres to the latest EU-level energy efficiency regulations for servers, boasting full NEBS compliance. By harnessing cutting-edge technology, Nokia minimizes energy consumption, ensuring sustainability throughout the product lifecycle.
End-To-End Solution
Nokia’s AirFrame Data center portfolio extends beyond hardware and software, offering end-to-end services that mitigate business and technical risks across the entire data center lifecycle. With a proven track record in operating telco applications on the cloud, Nokia provides a solid foundation for NFVs, converged IT, and enterprise scenarios.
From network planning to holistic integration and support, Nokia supports every phase of the cloud lifecycle, ensuring that business objectives are met and exceeded.
Nokia AirFrame Rackmount Server
The AirFrame Rackmount server is an energy-efficient 2-socket compact server meticulously crafted for scalable data centers and high-capacity cloud computing environments. This high-performance solution offers exceptional capabilities and telco optimizations, empowering operators to efficiently and securely manage heavy workloads.
With inherent support for Nokia Virtual Network Functions (VNFs) and Cloud Native Network Functions (CNFs), the Nokia AirFrame Rackmount server is a fundamental component in 5G network deployments. It seamlessly caters to the specific requirements of the telecommunications domain while maintaining compatibility with IT applications, enabling operators to cultivate greater flexibility within their cloud deployments.
Features and benefits of the Nokia AirFrame Rackmount Server include:
- Uncompromised Energy Efficiency: Utilizes the latest technology to deliver unparalleled energy efficiency without sacrificing performance.
- Fastest Bandwidth: Harnesses the power of the newest PCIe 4.0 NVMe SSDs, available in a diverse range of capacities, to provide lightning-fast bandwidth.
- Openness: Certified for compatibility with all commonly used software platforms, ensuring seamless integration and flexibility.
- Security: Boasts superior safety features with Nokia Design For Security, providing robust protection against cyber threats and vulnerabilities.
- Scalability: Offers customized pre-defined reference configurations to support seamless scalability according to evolving needs and demands.
- Full NEBS Compliancy: Meets stringent telco requirements with full NEBS compliance, ensuring reliability and resilience in telecommunications environments.
- Time-to-Market: Facilitates rapid deployment and implementation, enabling faster time-to-market for new solutions and services.
Nokia AirFrame Open Edge Server
The AirFrame Open Edge server represents an x86 infrastructure solution tailored for edge computing. Designed with a compact, resilient form factor and endorsed by the Open Compute Project, it comes in two power-efficient variants: 3RU and 2RU high. These variants are suitable for installation in existing base station sites, whether indoors or outdoors.
It’s powered by robust technology and delivers high performance, serving as a foundational platform for cloud radio network solutions like cloud RAN. It facilitates the implementation of a Service Enablement Platform (SEP) for Multi-access Edge Computing (MEC), Radio Intelligence Controller (RIC), and other edge applications necessitating ultra-low latency and high throughput to leverage AI/ML capabilities.
Features and benefits of the Nokia AirFrame Open Edge Server include:
- Ultra-Compact Design: Engineered for effortless installation at the network edge, boasting an ultra-small footprint.
- Robust Construction: Equipped with robust seismic tolerance, ensuring reliable deployment across diverse global environments.
- Cloud-Optimized: Tailored to meet the demanding requirements of Cloud RAN and Multi-access Edge Computing (MEC), delivering optimal performance and minimal latency.
- Future-Ready: Designed to provide the flexibility needed to seamlessly transition into the 5G era, ensuring longevity and adaptability to evolving communication standards.
AirFrame Fronthaul Gateway
The Nokia AirFrame Fronthaul Gateway (FHGW) is a crucial network element that empowers operators to manage connections with radio equipment efficiently.
FHGW seamlessly bridges legacy CPRI-based radios to the modern Ethernet-based all-in-cloud BTS architecture while preserving the integrity of radio CPRI interfaces.
Distinguished as the inaugural solution meticulously designed to fully accommodate edge and far-edge cloud deployments, the Fronthaul Gateway boasts an incredibly compact footprint seamlessly integrated with the AirFrame open-edge server chassis.
Features and benefits of the Nokia AirFrame Fronthaul Gateway include:
- Deployment Flexibility: FHGW can be co-located with vDU in a C-RAN data center or alongside vDU at a D-RAN site.
- LTE and 5G Support: Supports legacy (CPRI/OBSAI) radios and native eCPRI RRHs.
- Aggregating Ports: Minimizes fiber requirements through efficient port aggregation.
- Dynamic Spectrum Sharing: Enables dynamic spectrum sharing capabilities.
- Reduction in Fronthaul Bandwidth: Non-collocated FHGW results in a reduction in fronthaul bandwidth.
- Reuse of Legacy Radios: Facilitates the reuse of legacy radios, preserving investments.
- Dynamic Scalability: Centralized cloud automation reduces the need for radio site visits and hardware variants, enhancing scalability and efficiency.
About Infinity Technology Solutions
Infinity Technology Solutions specializes in broadband and critical communications infrastructure development. We help our channel partners create and deploy private wireless, microwave backhaul, IP/MPLS, and optical networking technologies.
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