Private Network Monthly Insights

SAF Tehnika is targeting U.S. enterprise and private 5G/LTE deployments with tailored wireless backhaul offerings, including point-to-point and point-to-multipoint links, ultra‑low latency network gear, Aranet IoT environmental monitoring, and RF spectrum analysis tools. The solutions aim to reduce fiber dependency, accelerate deployment in remote and urban environments, and improve reliability and maintenance profiles.

Port of Tyne is progressing initiatives around connected mobility and autonomous logistics at its UK port. The coverage also references related UK port activity with Hutchison Ports completing a private 5G network at a UK hub.

Private 5G networks were deployed across Stade de France, Bercy (Accor) Arena, and La Défense Arena in Paris to support high-capacity connectivity and in-venue 'venue-casting' services for live sports and events.

Mariana Minerals has deployed a Celona private 5G LAN across its Copper One mine and refinery in Utah, replacing legacy Wi‑Fi and enabling a unified, low-latency wireless layer for equipment, sensors, and edge systems. The network serves as the communications backbone for MarianaOS, supporting continuous data ingestion, real-time monitoring/analytics, digital twin updates, optimized drill patterns, and orchestration of autonomous drills and haul trucks. The deployment is positioned as a foundational layer for scaling AI/ML-driven automation and on-site autonomy.

CentrePort completed its first operational deployment on its private 5G network by installing 5G-enabled Peplink modems to support port operations.

Catalyx entered a strategic partnership with Canoga Perkins to integrate deterministic private 5G with Time Sensitive Networking into its OpenLine platform, aiming to reduce changeover costs and downtime in pharmaceutical production lines.

Verizon supplied a portable private 5G network to Fox Entertainment to enable 24/7 live camera feeds and biometric data transmission for season two of 'Extracted' filmed in the Canadian wilderness, where public connectivity was limited.

Verizon deployed a private 5G network covering approximately four square miles to support on-location production requirements for the reality TV show 'Extracted.'

Verizon will deploy private 5G networks in FIFA World Cup 2026 host stadiums to support ultra-low-latency applications, including Lenovo Referee View body cameras.

Wilson Connectivity deployed a Zinwave wideband distributed antenna system (DAS) on the Africa Mercy II to simultaneously support cellular, private mobile radio (PMR), and Private 5G over a single RF infrastructure for maritime operations.

Mercedes-Benz is expanding the use of dedicated mobile private networks (including private 5G) and edge connectivity to support advanced factory automation across its manufacturing operations.

Cargill has deployed private 5G in factory environments, reporting that a single 5G access point can cover the area of roughly nine Wi‑Fi access points, improving coverage and mobility for industrial operations. The deployment is aimed at supporting AI-enabled and automated workflows on the factory floor.

LG Electronics has pursued foundational 6G technologies since 2019 and is now entering the 5G private network market after building in-house capabilities, with AI R&D underpinning its next-generation network strategy in South Korea.

Inwi, in partnership with China Mobile, unveiled a private 5G network dedicated to industrial use at GITEX, serving a factory in Morocco. Under the agreement, Inwi is responsible for the network’s design and deployment.

Ericsson and Orange Maroc announced an initiative to promote private 5G solutions for enterprises in Morocco, aiming to accelerate industrial and campus network adoption.

The NHL has established an innovation lab at the Prudential Center. The announcement provides limited technical detail on scope, partners, or focus areas.

Siemens will launch its private 5G offering in the United States, Canada, Belgium, Finland, France, Norway, Poland, and the United Kingdom, expanding its footprint to 15 countries; US availability will use a dedicated CBRS-band on-premises radio unit.

Future Technologies outlines an integrated approach combining Public Network Integrated–Non-Public Network (PNI-NPN), Multi-Operator Core Network (MOCN), and multi-access edge computing (MEC) to deliver adaptive, edge-driven connectivity for forward units operating in contested environments.

Siemens announced the expansion of its private 5G infrastructure availability to the United States and seven more countries, broadening access for industrial customers to deploy private 5G networks.

Ericsson has delivered a private 5G network covering Lyttelton Port Company's operations on New Zealand's South Island.

Ceragon announced approximately $10 million in new private network contracts, indicating order momentum in its mission-critical connectivity business.

NTT DATA received recognition from The Fast Mode for its private 5G work, emphasizing network throughput, reliability, and adaptability, reinforcing its positioning in enterprise private cellular solutions.

Marquis Who's Who recognized Invences CTO Bhaskara Raju Rallabandi for contributions to AI-native 5G, open/virtualized RAN, and private network deployments. The profile highlights Invences' U.S. projects in smart agriculture and autonomous, AI-driven network observability built on cloud-native architectures.

Gartner recognized NTT DATA as a Leader for private 4G/5G mobile networks based on Completeness of Vision and Ability to Execute.

Hyper Logical introduced a unified IoT connectivity platform combining multi-network eSIM management with support for private 5G, LoRaWAN, and NB-IoT.

Siemens is extending availability of its private 5G offering to the United States and seven more countries, enabled by two new Siemens radio units designed for on-premises manufacturing deployments.

Container News reports that the Port of Rotterdam's Secure Chain program is extending to the shortsea shipping segment, indicating broader ecosystem adoption of its secure, digital container-release process to reduce fraud and improve handover efficiency.

Clear-Com introduced FreeSpeak Cell, a full-duplex wireless intercom that operates over LTE/5G (including CBRS Band 48), supports 100+ beltpacks with scalability to hundreds, offers dual SIM (physical/eSIM) for public/private/hybrid cellular, provides global radio support (700–900 MHz, 1700–4200 MHz), integrates with Eclipse HX at launch with Arcadia and Gen-IC to follow, and is scheduled to ship in the United States in spring 2026.

Belden introduced the BRS-5G, an industrial Ethernet switch concept that embeds Qualcomm’s Snapdragon X72 5G Modem-RF System to carry industrial Ethernet traffic over private 5G with low latency and high reliability. The design builds on the Bobcat Rail Switch platform and targets compatibility with major industrial communication standards. A live demo on a private 5G network showed real-time data exchange for a conveyor system; no commercial launch date was announced.

Article asserts T-Mobile leads U.S. 5G coverage, emphasizing a service-revenue model (postpaid/prepaid), growth in fixed wireless access and enterprise, scale from spectrum acquisitions, digital-first customer acquisition, and enterprise partnerships (e.g., Microsoft for edge computing).

KT Corp outlines a strategy to layer AI-driven services, cloud computing, data centers, and B2B IoT offerings on top of its 5G network and core telecom subscriptions to diversify revenue beyond consumer mobile/broadband while sustaining dividends and funding network upgrades.

Vislink showcased an integrated live production toolkit combining RF, private 5G, and modular IP workflows at NAB Show in Las Vegas. Key elements included MeshConnect (Layer 2 MANET) for low-latency IP connectivity, a private 5G camera workflow demo with Grass Valley, the new DragonFly dual‑modem 5G transmitter, and the CLIQ RF transmitter integrated with Motion Impossible’s Agito dolly system. The solutions emphasize flexible builds that integrate with third‑party cameras and control systems for RF, 5G, or hybrid deployments.

Singapore's National University initiative integrates a 5G private network with digital twin models, XR applications, IoT devices, and ambient AI to support a smart regional health system; specific vendors, spectrum bands, and geography were not disclosed.

Vislink demonstrated integrated RF wireless camera links with private 5G networking to enable consistent, high-quality live production, including full camera control and remote workflow orchestration on private networks.

GSMA Intelligence assesses Globalstar’s private 5G strategy leveraging XCOM RAN to target warehouse automation and other industrial use cases, with an emphasis on licensed industrial 5G rollouts across Europe and parts of Asia.

Belden introduced the BRS-5G industrial switch, integrating Qualcomm's Snapdragon X72 5G Modem-RF to carry industrial Ethernet over private 5G with deterministic, real-time communications, and demonstrated it on a live factory-style conveyor setup at Hannover Messe.

XCOM RAN announced an end-to-end private 5G offering aimed at physical AI workloads and stated plans to broaden supported spectrum options and partner relationships to enable global availability.

Newgens, in partnership with CETHERA, introduced a security processing unit (SPU) that offloads security operations to dedicated hardware, distinct from CPUs/GPUs. Initial proofs of concept will use CETHERA’s CTHR-01 accelerator in data centres and 5G infrastructure in South Korea, featuring an AI-based monitoring system (Adeline) for device and security status. Rollout begins in Q2 2026 with planned domestic expansion.

Belden showcased a private 5G demonstration enabling native Layer 2 (Ethernet) transport over wireless 5G to align with industrial automation practices.

Siemens plans to introduce a private 5G network offering; the snippet provides no details on spectrum, partners, deployment model, or target geographies.

Coverage of sessions focusing on network optimization, adaptive edge computing, self-optimizing enterprise environments, and private 5G networks. No specific vendor, deployment, or product details provided.

T-Mobile deployed dedicated Ericsson EP 5G core instances at each Major League Baseball ballpark to support a local workflow architecture using private 5G.

Media analysis states that improving ROI, device ecosystem maturity, and edge AI are collectively pushing private 5G into mainstream enterprise infrastructure.

Roth Capital’s Scott Searle reaffirmed a Buy rating and $3.75 target, citing healthy private-network orders (~$10M recent), growing E-Band interest, and share opportunities from Nokia’s reduced focus on wireless transmission; demand in India (incl. Bharti) and Europe is expected to offset gross margin pressure from higher memory costs and a stronger shekel. Ceragon’s broader portfolio (E-Band, Siklu) and expansion into managed services support a 2026 outlook mid-range of guidance, with forecasts of FY26 revenue $358.2M/Adj. EBITDA $35.5M and FY27 revenue $382.7M/Adj. EBITDA $42.1M; new CTO Ori Shentel is expected to strengthen the product roadmap.

Coverage indicates that in India, private 5G deployments in manufacturing are progressing through Captive Non-Public Networks (CNPNs), with operators leveraging network slicing and exposing network capabilities via APIs to move beyond pure connectivity.

A study cautions that allowing high-power CBRS devices in the 3.5 GHz band could raise interference, disrupt PAL/GAA coexistence, and weaken the economics and reliability of private LTE/5G deployments across U.S. industry sectors.

Mercedes-Benz is deploying private 5G networks in manufacturing environments to avoid latency variability seen on public 5G and support high-precision, time-critical factory operations. The move emphasizes deterministic performance and on-site control for industrial automation. Specific vendors, spectrum bands, and deployment scale were not disclosed.

Media analysis outlines how private industrial 5G networks enable secure, low-latency connectivity for IIoT while emphasizing cost, complexity, and deployment constraints that temper expectations.

AT&T is integrating private 5G with an AI compute grid to support AI-RAN-style optimization, with reference to neutral-host private 5G setups in the United States. The approach parallels vendor-led AI-RAN initiatives such as Nokia's InfiniG, indicating a push toward edge-aligned automation in enterprise/private networks.

Globalstar is expanding its private 5G portfolio beyond the RAN, adding support for additional spectrum bands, and emphasizing AI-enabled industrial automation capabilities.

Siemens expanded sales of its industrial-grade 5G private network system to Canada (its first North American market) and plans US entry in summer 2026. The solution covers core and RAN (CU/DU/RU) on Siemens industrial computers and is marketed as a pillar for AI-driven industrial automation. Earlier deployments included a 2019 5G SA test in Germany using 3.7–3.8GHz private spectrum.

XCOM operated a private 5G network in a manufacturing context to support factory operations and automation workloads, indicating manufacturers are reassessing on-site connectivity to handle AI-enabled processes.

Siemens is extending availability of its private 5G infrastructure to the United States and additional international markets, enabling manufacturers to deploy on-premises private 5G networks with full control over connectivity.

Rakuten Symphony will combine its cloud-native, 5G-compatible open RAN platform with Celona’s enterprise-focused LAN/private 5G stack to deliver an as-a-service style private 5G solution aimed at reducing deployment complexity and making private networks accessible to businesses of varying sizes.

OneLayer introduced the Sentry Partner Program to broaden deployment of its Zero Trust security and device visibility capabilities across private LTE and 5G networks, including multi-carrier private APN setups, enabling standardized policy enforcement and improved asset insight.

Anterix is working with Benton Public Utility District to deploy a utility-owned private wireless network using 900 MHz spectrum, targeting grid communications and operations.

Celona partnered with OneLayer to pair Celona’s private LTE/5G platform with OneLayer’s asset management, operational intelligence, and Zero Trust security to enhance device visibility and network protection for private cellular deployments.

Catalyx announced a strategic partnership with Canoga Perkins to embed deterministic private 5G Time Sensitive Networking (TSN) into its new line clearance solution, targeting low-latency, time-synchronized connectivity for utility field operations.

InfiniG selected Nokia to supply indoor CBRS infrastructure aimed at delivering carrier-grade private cellular and enabling an AI-ready RAN for enterprise deployments in the United States.

Orange Maroc and Ericsson agreed to co-develop and promote private 5G for Moroccan enterprises; Ericsson will supply a complete private 5G platform (radio + 5G core) to be deployed in Orange Maroc’s 5G Lab for demonstrations and experimentation, announced at Gitex Africa 2026.

The U.S. communications regulator updated satellite spectrum policies to enable greater broadband capacity, adjusting allocations and usage rules for satellite services.

Anterix sold a 10 MHz 900 MHz license to Benton PUD, enabling what is described as the first private wireless deployment by a publicly owned utility in the Pacific Northwest.

Slovenia’s communications regulator AKOS issued the final call for expressions of interest to allocate low- and medium-power local private network licenses in the 3.8–4.2 GHz band, with allocation via an online portal expected to start by end of June after prior consultation and revisions.

NCTA published a study highlighting the role of CBRS (3.5 GHz) private 5G networks in supporting U.S. manufacturing, noting their importance for automation and AI-driven operations tied to reshoring initiatives.

Anterix entered a USD 3.2 million agreement to license 900 MHz spectrum to Texas-New Mexico Power and signed an MoU to negotiate delivery of Anterix equipment, enabling a mission-critical private wireless platform for more than 280,000 TMNP customers in Texas.

Analyst commentary asserts that private 5G is predominantly operator-driven, with deployments typically relying on network slicing over public networks or on MNO-provided infrastructure. The piece argues that the financial rationale for many private 5G projects is weak under current market and operational structures.

HealthTech Magazine publishes an explainer outlining what private 5G is, why healthcare providers might adopt it over or alongside Wi‑Fi (lower latency, higher device density, mobility, QoS), and key security implications (mutual authentication via SIM/eSIM aligning with zero-trust practices).

In an interview, Boldyn Networks’ European CTO highlighted plans to apply AI-RAN to enhance performance and operations of private 5G across its neutral host footprint in the UK, Ireland, and mainland Europe.

Article discusses deploying non-LLM 'physical AI' workloads on private 5G using low-cost, Raspberry Pi-class edge devices, emphasizing real-time on-device inference over token-based LLM metrics.

Huawei, in collaboration with the 450 MHz Alliance, launched a white paper at UTCAL 2026 in Rio de Janeiro advocating private LTE/5G for Brazil’s power distribution networks. The document outlines technical and regulatory considerations and targets use cases such as teleprotection, smart metering, field control, and predictive monitoring. It positions private wireless as a replacement for legacy communications to meet latency, security, and scalability needs in the ‘last kilometer’ of the grid.

Positions private 5G as strategic infrastructure for oil and gas by framing TCO around reduced downtime, enhanced safety, and workforce efficiency.

Verizon and the NHL opened a simulated arena Innovation Lab inside Prudential Center (Newark, NJ), deploying a Private 5G Wireless Network and Secure Cloud Interconnect to test venue operations tools, secure coach-to-player video on iPads, potential Apple Watch alerts for officials, near real-time stats/analytics transport, and advanced 4K/8K media workflows with Sony displays and capture systems.

Polish ICT industry group Cyfrowa Polska warns that UKE’s draft plan for allocating the 3,800–4,200 MHz band could hinder private 5G network development, urging less restrictive conditions despite general support for EU-aligned regulation.

ODC, founded by former Altiostar open RAN engineers, introduced an Nvidia-based AI-RAN platform designed to support sensing applications in private 5G networks.

A YouTube tutorial demonstrates deploying a private/lab 4G/5G network with the open-source srsRAN stack and software-defined radio, covering installation, configuration, and basic testing steps.