Roc-Com Networks is Saudi Arabia's first branded networking solutions provider — delivering high-performance switching and routing platforms with localized manufacturing, open-source innovation, and world-class support.
Purpose-built for GPU supercompute clusters powering sovereign AI. 64-port 800G Super Spine platforms based on Tomahawk 5 chipsets deliver the bandwidth and ultra-low latency required for next-generation AI training workloads.
Roc-Com leverages open-source software and standardized open whitebox hardware platforms to reduce total cost of ownership, decrease lead times, and improve time to market. We use software expertise and AI-driven engineering to harden open-source code to carrier-grade quality.
Just as Red Hat productized Linux for enterprise servers, Roc-Com productizes SONiC and open networking hardware for carrier-grade deployments across the Kingdom.
Becoming the leading network equipment brand in Saudi Arabia within 5 years — building mission-critical infrastructure locally.
Establish a world-class R&D center in Saudi Arabia designing industry-leading routing and switching solutions for data centers, AI compute, and fiber networks.
Build strong local manufacturing capabilities to produce networking technologies within the Kingdom.
Deliver 24/7 technical support, managed services, and complete lifecycle management across Saudi Arabia and the Gulf.
By leveraging SONiC and open whitebox hardware, Roc-Com delivers networking solutions at 3–5× lower cost than legacy vendors — without compromising performance.
From AI GPU fabric switches to telecom access — a complete portfolio for every layer of the modern network.
800G 32 and 64 port fabric switches engineered for GPU interconnect and high-performance data center compute and storage.
800G Super Spine
Ultra-high capacity 800G fabric switch designed for hyperscale AI clusters and GPU interconnect. Optimized for lossless Ethernet (RoCEv2) delivering deterministic ultra-low latency for distributed AI training workloads.
Use case: AI clusters · GPU fabric · Hyperscale data center
800G TOR
High-density 800G spine switch engineered for scalable leaf-spine architectures. Provides predictable east-west traffic performance with advanced congestion management and deep buffer design.
Use case: AI fabric · Spine layer · Cloud-scale infrastructure
64 port fanout spine platforms
400G Spine
Carrier-grade 400G switching platform for high-capacity data center fabrics and interconnect environments. Delivers non-blocking throughput and scalable architecture for cloud and enterprise workloads.
Use case: Data center core · DCI · Cloud backbone
100G Spine
High-performance 100G fabric switch designed for scalable data center architectures and aggregation layers. Provides stable throughput and reliable low-latency performance.
Use case: Aggregation layer · Enterprise DC · Core fabric
32 port 100G and 400G switches, with programmable functionality
400G TOR/Spine
High-performance 400G spine switch designed for scalable data center fabrics. Enables high bandwidth east-west traffic with support for modern overlay networking.
Use case: Leaf-spine fabric · Enterprise DC · Cloud infra
400G TOR/Spine
Cost-efficient 400G switching platform built on proven architecture, enabling reliable and scalable data center connectivity.
Use case: Enterprise DC · Cost-optimized fabric
400G Programmable Engine
Advanced programmable leaf switch enabling custom packet processing, real-time telemetry, and network automation. Designed for evolving cloud and AI workloads.
Use case: Smart fabric · Automation · Cloud-native DC
100G TOR
Versatile 100G switch supporting both spine and top-of-rack roles, ideal for enterprise data centers and service provider edge deployments.
Use case: Enterprise DC · Edge network · Aggregation
10G and 25G TORs with 48 ports downlink and 100G Uplinks
25G TOR
High-density Top-of-Rack switch providing efficient 25G server connectivity with high-speed uplinks for aggregation layers.
Use case: Server rack · Enterprise DC · Cloud access
10G TOR
Reliable access switch delivering stable 10G connectivity with high-speed uplinks for enterprise and data center edge deployments.
Use case: Enterprise network · Campus · Edge DC
1G management switches, including PoE and MultiGig Support
1G Switch
Dedicated out-of-band management switch enabling secure infrastructure access for monitoring, provisioning, and lifecycle operations.
Use case: Network management · Monitoring · Infrastructure control
Modern AI and data center environments demand both out of band management connectivity and a scalable CLOS fabric — enabling seamless interconnection between compute, storage, and external networks with ultra-low latency and high bandwidth.
High-capacity routing and switching platforms for aggregation, metro, and core backbone networks.
Broadband access and aggregation providing multi-gig fiber signals to homes, residential communities, and enterprises.
5G mobile carrier networks for voice and data cell phone services.
High-scale routing with the ability to store the full internet routing table.
L2 and L3 lite switches supporting Web GUI, on-premise, and cloud management systems.
Power over Ethernet switches for IoT devices such as cameras and WiFi access points.
Enterprise fiber switches for aggregation and residential deployments (MDU & communities).
Indoor and outdoor access points for enterprise and large-scale environments.
Community open-source network operating system for cloud & AI data center networks
Unified network management and monitoring system. On premise controllers and cloud enabled controllers.
Full range of pluggable optics — 1G SFP to 800G OSFP, and ZR+ long distance support over 320km.
Converged packet-optical transport platforms. Support for DWDM optics, mux demux devices, and EDFA amplifiers to enable long distance communication.
From sovereign AI GPU clusters to enterprise campus networks — built to address every connectivity need.
High-performance back-end fabric networks for GPU clusters powering sovereign AI. 800G switching for the most demanding AI training workloads.
Leaf-spine CLOS fabrics, OOB management, and DCI for large-scale cloud operators and enterprise private cloud.
Carrier-grade routing for access, aggregation, metro, and core networks across the Kingdom.
Campus switches, cloud-managed networking, and PoE infrastructure for enterprise and retail.
Meet the experienced team driving Roc-Com Networks combining global telecom expertise, deep R&D capability, and proven execution across hyperscale, government, and enterprise infrastructure.
Mohammed is a seasoned executive with over three decades of experience in telecommunications and technology infrastructure development. His career began with global industry leaders AT&T and Lucent Technologies, where he acquired deep expertise in telecom networks, infrastructure design, and project execution.
As CEO of Modern Alliance Group and High-Speed Network Solutions, he led enterprises that actively invested in and delivered advanced solutions in information technology and environmental technologies. Both companies are committed to supporting the Kingdom’s Vision 2030 through technology-driven initiatives and strategic partnerships.
Mohammed’s client portfolio includes some of Saudi Arabia’s most critical organizations—such as Saudi Aramco, the Ministry of Interior, the Ministry of Defense—and leading telecom operators. Their scope of work spans advisory and consulting through end-to-end solution delivery across IT, telecoms, and data center environments.
In particular, Mohammed has overseen the development and advisory of public and private data centers of varying scale and purpose, ensuring alignment with international best practices while addressing the specific needs of Saudi Arabia’s digital ecosystem. He provides partners with alignment services to ensure their mission in Saudi Arabia has clarity and unambiguous success.
With a unique blend of international expertise and local market insight, Mohammed brings proven leadership, execution capability, and strategic vision to initiatives that advance the Kingdom’s position as a regional hub for digital infrastructure and services.
Dr. Bahattab is an accomplished computer scientist, inventor, and technology leader with more than 33 years of contributions across information technologies, network innovations, e-learning, intellectual property, and vocational training. He holds a Ph.D. in Computer Science (Computer Networks) from the Illinois Institute of Technology (IIT), USA, and his work spans high-speed data transmission, routing protocols, security architectures, and applied R&D.
Dr. Bahattab is the Co-founder and has served as Head of Technology at High Speed Networks Solutions (HSNS), transforming cutting-edge inventions into market-ready products and guiding technology roadmaps from concept to commercialization. His leadership roles include Dean of the College of Telecom and Electronics, IT Center Director, Chief Editor of the Saudi Journal of Technical and Vocational Training, and consultant to government and education sectors.
A recognized thought leader, he has published widely in peer-reviewed journals and international conferences on advanced networking, wireless communications, secure data aggregation, and performance optimization. He has received multiple honors, including a Silver Medal at the International Exhibition of Inventions in Geneva and a Bronze Medal in Belgium, as well as a personal Letter of Recognition from King Abdullah bin Abdulaziz Al Saud.
In addition to his technical contributions, Dr. Bahattab is an accredited arbitrator in Computer Science, Information Technology, and Telecommunications, actively advising on IP protection and R&D strategy. Fluent in Arabic and English, he is committed to bridging deep innovation with real-world impact for RAWD’s data center and networking clients.
Mr. Heimdall Siao is an accomplished networking executive with extensive experience designing carrier-grade hardware and software solutions, driving business growth, and leading global teams. He enables data center operators, telecom providers, and cloud enterprises to adopt open-networking technologies that reduce cost without compromising performance.
He is an expert in data center switching, AI/ML interconnects, and next-generation telecom networks, with executive leadership in multinational organizations. His academic background includes an M.S. in Electrical and Computer Engineering (Georgia Institute of Technology) and a B.S. in Electrical Engineering & Computer Science (University of California, Berkeley).
Serving as a leader in open networking, he directed global strategy, product development, and customer engagement for open hardware and SONiC-based data center and AI/ML software solutions—accelerating adoption across hyperscale and enterprise environments.
He is credited with overseeing deployments of advanced data center architectures (leaf-spine CLOS fabrics, 64×400G super-spines) and AI/ML GPU interconnects using Broadcom Tomahawk-based platforms—adopted by U.S. enterprises including EV manufacturers, major financial institutions, e-commerce platforms, and retailers.
His experience includes growing international footprints with successful projects across the U.S., Europe, Middle East, India, and Japan. He enabled global data centers and AI operators to deploy 400G and 800G whitebox leaf-spine networks on open-source SONiC platforms, significantly reducing total cost of ownership.
He has led the transition of fiber broadband and telecom providers from legacy networking to flexible, cost-effective open networking, and championed the development and deployment of SONiC for hyperscale and enterprise cloud customers.
Technology leader specializing in AI innovation, sovereign platforms, and digital architectures, with a strong track record in tech turnarounds, M&A, and venture capital across Europe, the USA, and KSA.
Connect with our team in Jeddah to discuss how Roc-Com can transform your network infrastructure.
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