SDN and NFV - Lanner Electronics | Network Appliance | uCPE SD-WAN| MEC Server | Intelligent Edge Appliance

Telecom providers are adopting cloud and data center design to address rising operational costs and stagnant revenues. A key innovation is Control and User Plane Separation (CUPS), which enhances scalability and efficiency by decoupling control and user functions. 

Lanner, in partnership with Juniper, offers a cutting-edge BNG CUPS solution utilizing Lanner’s HTCA-E400 Edge Server and Juniper’s BNG CUPS Controller. This solution delivers cloud-native efficiency to broadband network gateways, enabling service providers to scale, optimize, and streamline network operations.
 

Juniper BNG CUPS Controller

HTCA-E400 Edge Server

Default

• 2 x HLM-E110 switch blade, each with 1 x 100G QSFP28

Small

• Baseline: 3 x HMB-E100, each with 8 x Cores, 64GB DRAM, 256GB SSD
• Scale Out: Additional 2 x HMB-E100, each with 8 x Cores, 64GB DRAM, 256GB SSD

Large

• Baseline: 3 x HMB-E100, each with 16 x Cores, 64GB DRAM, 256GB SSD
• Scale Out: Additional 2 x HMB-E100, each with 16 x Cores, 64GB DRAM, 256GB SSD

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Lanner partners with VyOS to offer full-function router & SD-WAN solutions in an open architecture. Pre-validated with VyOS Universal Router, the joint solution creates a cost-effective, NetDevOps-Friendly, fully open-source platform that provides flexible features for dynamic routing, tunnels, and firewalls.

Integration of Lanner uCPE appliances and VyOS OS delivers complete systems that are ready for end-users. The end product development cycle is supported by providing extensive integration services – from the hardware level to the BIOS/boot code, drivers, APIs, and middleware; operating system and the customer application. Cooperation of Lanner and VyOS allows achieving significant reductions in development costs, integration costs, support costs, and time to market.

Lanner uCPE Appliances

Lanner provides a wide range of whitebox uCPE appliances verified by VyOS. Choose from 1 to 100G copper/fiber network I/O, and remote access method, and support for acceleration technologies like SR-IOV, PCI-pass through and Intel® QuickAssist Technology (QAT).

Lanner & VyOS are continuously working towards completing a certified product portfolio addressing all kinds of applications, bandwidth requirements, and core counts. Please stay tuned!

NCA-1513

NCA-1040SE

NCA-2512

• Intel® Atom® C3000 Processor (Codenamed Denverton)
• 6x or 4x GbE RJ45, or 4x GbE RJ45 + 2x SFP (by SKU)
• DDR4 2133/1866MHz, Max. 32GB

• Intel® Atom X6413E Or Intel Celeron N6210/J6412 Processor
• DDR4 3200MHz, SODIMM, Max. 32GB, 1x M.2 SATA
• 4x 2.5GbE RJ45 Ports, Optional Support For 1x PoE+ (SKU A/B), 1x Console Port, 1x USB 3.0, 1x Display Port

• Intel® Atom™ C3000 CPU 8 ~16 Cores (Codenamed Denverton)
• 5x GbE RJ45, 4x 10G SFP+ (By SKU), 1x NIC Module Slot, 2x Pairs of Gen3 Bypass
• 300W Redundant PSUs & 2x Cooling Fans

PN

CPU

Core Count

Memory

SSD

Wireless

L-1040SEB-4C-4E-64M-VY

Celeron J6412

4

4GB

64GB

N/A

L-1040SEB-4C-4E-64M-CQ4-VY

Celeron J6412

4

4GB

64GB

Cat 4 Quectel LTE

L-1513E-4C-8E-128M-VY

Atom C3558

4

8GB

128GB

N/A

L-1513E-4C-8E-128M-CQ6-VY

Atom C3558

4

8GB

128GB

Cat 6 Quectel LTE

L-2512B-8C-16E-256M-VY

Atom C3758

8

16GB

256GB

N/A

L-2512B-8C-16E-256M-CQ6-VY

Atom C3758

8

16GB

256GB

Cat 6 Quectel LTE

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Always-on Cloud

Reduce Backhaul Costs

Reduce Latency

Security and Privacy

Using AWS for an SD-WAN Hub can be costly. AWS services are usage-based, leading to high expenses for network endpoints and bandwidth. Data transfer charges increase costs. Managing AWS networking services is complex, requiring expertise and adding to expenses.

Lanner collaborate with Adtran to a multi-node edge cloud solution that integrates Lanner HTCA-E400 edge servers and Adtran Ensemble Cloudlet software designed for on-prem and network edge locations.  Built on years of edge cloud experience, Cloudlet is simple, resilient and cost-optimized.

Ensemble Cloudlet

CSPs and enterprises need the low latency, standalone resiliency and data sovereignty of hosting workloads at the customer premises on the network edge. Ensemble Cloudlet can deliver flexible local cloud control and redundant management access to each node. Compared to a centralized hyper-scale cloud, Ensemble Cloudlet can reduce backhauling costs, ensure low latency and manage security and privacy to meet data sovereignty

HMB-E100

1U Compute Sled

HMB-E200

P4 Switch Sled

HLM-E110

P4 Switch Sled

• Intel Ice Lake CPU
• FHHL PCIe by 16
• OCP NIC 3.0

• Intel Ice Lake CPU
• PCIE FH3/4L Double Width 
• OCP NIC 3.0

• Intel Tofino P4 ASICS
• 6x 100G, 8x 10/25G SFP+ 
• Optional IEEE 1588

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Accelerate Performance

AI Acceleration

Full Openness

Integrated Connectivity

Edgility Edge Computing Platforms

Lanner collaborate with Telco Systems to build an edge computing platform that consolidate Lanner uCPE appliances and Telco System’s Edgility Platform that simplifies the deployment, operations, and life-cycle management of complex business apps, network functions and compute devices, on the edge, at scale..

The bundled Edge Computing Platform helps you eliminate the complexity of managing a spectrum of edge devices across thousands of distributed sites connected by any network to any data center or cloud provider.

Edgility OS

Edgility OS is a high-performance operating system tailored exclusively for Network Function Virtualization (NFV) edge computing. It is designed with precision and empowers Lanner whitebox uCPE appliances, to function seamlessly as fully capable Far Edge Devices. Harness the advantages of Edgility OS to elevate your edge computing capabilities, delivering superior performance and operational efficiency.

Integrated Connectivity

Edge computing is about connecting sites, devices, and applications to create workloads. A workload can span across the Edge Continuum, by connecting edge sites to the cloud for instance – which means it’s extremely dependent on reliable connectivity. Edgility’s Network Functions layer (ENF) includes in-house, integrated Router, and Next Generation Firewall, with a feature set that’s been carefully adjusted for edge computing in order to cut the costs involved in deploying a massive number of edge devices.

Full Openness

EdgilityOS turns ANY computing platform into a fully functioning edge device. This means that it can run complex workloads containing both VMs and containers, running ANY virtual or cloud-native function, on ANY physical or virtual device, from ANY vendor or supplier.

Accelerate Performance

EdgilityOS integrally supports bit rates of up to 10Gb/s, and includes DPDK to accelerate data bit rates, as well as OVS for L2 network services and VPP for L3 network services. It supports a variety of physical interfaces including copper, fiber, Wifi, LTE, and 5G.

AI Acceleration

Manufacturing, logistics, retail, and transport, to name a few, use AI-assisted Computer Vision analytics applications to be more competitive and efficient. These applications use AI accelerator chipsets to accommodate data volumes and promptly provide inferences. EdgilityOS enables the use of AI accelerators in any device from any vendor.

NCA-1040

NCA-1515

NCA-2510

• Onboard Intel® Atom X6413E/Pentium N6415 CPU (Codenamed Elkhart Lake)
• DDR4 3200MHz, SODIMM, Max. 32GB
• 4x GbE RJ45 (One Of Which Supports PoE+), 1x Console, 1x USB 3.0, 1x Display Port

• 2~16 Core Intel® Atom® C3000 Processor (Denverton)
• Max. 4x RJ45, 2x SFP & 2x RJ45(By SKU), with SR-IOV and DPDK support
• 2x 260-pin DDR4 2400/2133/1866MHz ECC/Non-ECC SODIMM (by SKU), Max. 32GB

• Intel® Atom™ C3958, C3758 or C3558 CPU (4 ~16 Cores)
• 4x 288-pin DIMM DDR4 2400MHz, Max. 128GB or 64GB
• 5x GbE RJ45, 4x SFP+, 2x Pairs of Gen3 Bypass (By SKU)

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Operating branch connectivity and application on the cloud has many benefits including increased efficiency in operations and management for distributed workforce. Even as many enterprises begin adopting cloud computing processes, there are migration challenges including network reliability, security, and availbility.

Lanner works with Zscaler to enable next-gen Zero Trust Branch Connectivity by reducing cost, complexity and security risk. Lanner’s L-1515 uCPE platform features Zscaler Zero Trust Exchange software that enables secure access for users, workloads, and devices to the internet and multi-cloud applications with zero trust connectivity.

Zscaler Zero Trust Exchange

The Zscaler Zero Trust Exchange™ is a cloud native platform that connects and secures users, workloads, and devices over any network from any location.

L-1513E

L-1515A

• 4 Core Intel Atom C3436L
• 16GB RAM
• 256GB SSD

• 8 Core Intel Atom C3758
• 32GB RAM
• 512GB SSD

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The SRv6 Mobile User Plane (MUP) is an innovative solution designed for 5G deployments, offering a streamlined approach to building high-capacity networks. It delivers enhanced scalability, reliability, and significant reductions in operational costs.

Lanner has partnered with Arrcus to deliver an SRv6 MUP solution that bridges mobile and IP/cloud-native technologies, enabling advanced Mobile Edge Computing (MEC) and Network Slicing capabilities. This solution achieves superior cost efficiency and operational simplicity compared to legacy network technologies.

Arrcus SRv6 MUP on Lanner MGX Edge AI Server

The Arrcus SRv6 MUP solution, co-hosted with MUP-Controller and MUP-GW on Lanner's MGX Edge AI Server ECA-6051, leverages NVIDIA BlueField-3 SmartNICs to optimize edge computing. This architecture minimizes latency, supports seamless mobility, and is tailored for mission-critical 5G edge computing applications.

New 5G services enabler		Plug-In Technology		Simplifying and Driving TCO Savings
Streamlines the process for Service Providers to offer new services such as Network Slicing, MEC/Edge deployments, Services, and QoS-based services		Integrate latest Traffic Engineering innovations seamlessly. It interoperates with your existing 5G Core network without requiring rip & replace		Simplifies 5G Transport and Edge network deployment and operations, while reducing Total Cost of Ownership

Use Cases

• Network Slicing for Priority Services - Enable end-to-end network slicing to prioritize edge computing applications.
• Offloading Network Processing - Shift compute-heavy tasks like IPSec and TLS to edge servers, easing central infrastructure load.
• Virtualized SRv6 MUP for AI-RAN - Deploy SRv6 MUP at the edge to optimize data paths and support low-latency AI applications.

ECA-6051

• Intel® Xeon® 6 Processor (P core and E Core)
• 8x DDR5 6400MHz RDIMM, Max. 1024GB System Memory
• 2x PCIe*16 FHFL, 1x PCIe*16 FHHL Or 1x PCIe*16 LP (By SKU)

Built-In SON
for Optimization

Reliable, Secure, and Integrated

Tailored for
Scale and Density

Zero-Touch Deployment & Automation

As 5G and edge computing continue to expand across telecom and enterprise landscapes, RAN deployments are becoming vital for delivering low-latency, high-bandwidth connectivity. To ensure these distributed infrastructures are easy to manage, secure, and scalable, Lanner and Nybsys have partnered to introduce a next-generation AI-enhanced Network Management System (NMS) purpose-built for modern RAN operators.

This joint solution integrates Nybsys’ Nexus NMS with Lanner’s high-performance Edge Server and Security Gateway, delivering an intelligent, cloud-native platform for real-time visibility, control, and optimization of radio access networks.

Nybsys Nexus NMS

Nexus NMS is an AI-enhanced, cloud-native network management system built to monitor, configure, and optimize small cell deployments. Featuring zero-touch provisioning, real-time fault and performance management, and seamless integration with third-party OSS/BSS systems through northbound APIs, it offers scalable and secure control through a modular microservices architecture—ideal for mission-critical telecom and enterprise environments.

Tailored for Scale and Density

Designed for large-scale 4G/5G cell rollouts, managing 10,000+ cells per POD with unified, operator-friendly control.

Reliable, Secure, and Integrated

Purpose-built for RAN operations with high fault tolerance, real-time monitoring, secure integration, and no reliance on retrofitted macro NMS

Zero-Touch Deployment & Automation

Auto-Configuration Server enables plug-and-play provisioning with self-registration, rapid deployment, and a Gen-AI-powered UI that reduces manual effort and errors

Built-In SON for Optimization

Embedded SON engine automates RF planning, PCI allocation, power control, and interference mitigation, enabling self-healing and optimization with minimal manual intervention.

ECA-6051

NCA-6040

• Intel® Xeon® 6 Processor (64 Cores Xeon 6710E with QAT
• 2 x 100Gbps ports (Intel E810-CQDA2)
• 512GB DDR5 RAM (64GBx8)
• Storage: 16TB (8TB E1.S PCIE GEN5x2)

• 5th Gen Intel® Xeon® Scalable Processors (32 cores Xeon 6438N with QAT)
• 4 x 100Gbps ports(N2S-IHM203A*2)
• 256GB DDR5 RAM(32GBx8)
• Storage:1TB 2.5"SATA