The push for localized digital infrastructure in the Middle East has gained significant momentum through a new strategic partnership between ACES and Movandi. Formalized via a Memorandum of Understanding at LEAP 2026 in Riyadh, the collaboration targets the development, validation, and commercialization of next-generation 5G and future 6G wireless technologies. By merging regional deployment expertise with advanced semiconductor capabilities, the companies aim to accelerate the rollout of high-capacity wireless systems across Saudi Arabia and the broader Middle East, directly supporting the digital infrastructure goals established under Saudi Vision 2030.
ACES and Movandi Joint R&D and Deployment
The partnership seeks to bridge the gap between advanced wireless innovation and large-scale regional deployment. ACES, a Saudi-licensed digital infrastructure provider, brings local R&D capabilities focused on 5G small cells, Open RAN (O-RAN), and RF front-end technologies. Notably, ACES has already developed an O-RAN compliant shareable 5G small cell solution within Saudi Arabia. Movandi contributes a specialized technology stack, including mmWave RF, antenna, beamforming, and semiconductor technologies. The two entities plan to collaborate on joint R&D, field validation, and proof-of-concept deployments. This technical synergy is intended to facilitate the commercialization of mmWave connectivity and advanced RF technologies across both Middle Eastern and global markets, providing a scalable platform for Movandi to validate its wireless systems while expanding ACES’s service offerings to regional operators and large-scale enterprise clients.
Advancing mmWave and O-RAN Architectures
The technical scope of the agreement focuses on high-capacity, low-latency wireless connectivity through several critical architectural layers. The companies are targeting the development of both indoor and outdoor small cells, specifically designed to support 5G and future 6G architectures. A primary technical pillar involves the integration of mmWave and RF front-end technologies to enhance network performance. Movandi, which holds over 130 issued patents, provides the underlying silicon and beamforming expertise necessary for these high-frequency applications. By combining this with ACES’s experience in managing digital wireless infrastructure for airports, metros, and smart cities, the partnership intends to deliver practical, high-performance network solutions. This approach moves beyond theoretical innovation, aiming to translate complex semiconductor and antenna technologies into deployable infrastructure that meets the specific density and latency requirements of modern enterprise and public-sector digital environments.
Key Takeaways
- ACES and Movandi signed a Memorandum of Understanding at LEAP 2026 to advance 5G and 6G technologies.
- The collaboration integrates Movandi’s mmWave and beamforming technologies with ACES’s O-RAN compliant small cell solutions.
- The partnership targets commercialization across Saudi Arabia, the Middle East, and global markets.
TechInsyte's Take
In our view, this partnership is a calculated move to capitalize on the massive digital infrastructure spending currently driving the Middle East. By combining Movandi’s high-end semiconductor IP with ACES’s established regional footprint and local R&D, the companies are positioning themselves to capture the shift toward localized, O-RAN-based networks. This isn't just about hardware; it is a strategic attempt to secure a foothold in the high-frequency mmWave market, which is essential for the low-latency requirements of future smart cities and mega-projects. For enterprise leaders, this signals an impending increase in the availability of localized, high-capacity wireless solutions tailored for the region.
Questions & Answers
How does this partnership support the localization of wireless technology in Saudi Arabia?
The collaboration leverages ACES’s existing local R&D capabilities, such as their O-RAN compliant 5G small cell solution developed in Saudi Arabia, to integrate Movandi’s mmWave and beamforming technologies into regional infrastructure.
What specific wireless technologies are being prioritized in this agreement?
The companies are focusing on mmWave connectivity, RF front-end technologies, Open RAN (O-RAN) architectures, and both indoor and outdoor small cells for 5G and future 6G systems.
What is the intended commercial scope of the ACES and Movandi collaboration?
While the partnership is rooted in Saudi Arabia and the broader Middle East to support Vision 2030, the companies explicitly plan to pursue business development and commercialization in global markets.
What technical expertise does Movandi bring to the partnership?
Movandi provides a portfolio of semiconductor and systems connectivity technologies, including mmWave RF, antenna systems, beamforming silicon, and software-defined networking, supported by over 130 issued patents.
Source: Businesswire
