The future of gaming is moving beyond traditional consoles and high-powered PCs. As cloud gaming platforms continue to evolve, players can access increasingly sophisticated games directly from connected televisions, smartphones, tablets, and other devices. But delivering a seamless gaming experience requires more than powerful graphics processors and cloud servers. It demands reliable, high-performance cloud gaming infrastructure capable of processing and transmitting information with minimal delay.
That’s where edge computing and interconnection come into play. By bringing computing resources closer to end users and optimizing how gaming traffic travels across networks, edge infrastructure is helping address one of cloud gaming’s biggest challenges: latency. For gaming providers looking to expand their reach across the United States, strategically located interconnection hubs like 1623 Farnam in Omaha, Nebraska, can play an important role in delivering responsive, reliable gaming experiences.
Cloud Gaming Is Changing the Infrastructure Equation
Unlike traditional gaming, where much of the processing happens locally on a console or computer, cloud gaming relies on remote infrastructure to run games and stream the resulting video to players. Every controller movement, keyboard input, and on-screen action must travel between the player’s device and the gaming platform’s servers.
That creates an entirely different set of network requirements.
As cloud gaming adoption expands, platforms must support increasingly demanding workloads while maintaining the responsiveness players expect. In August 2026, NVIDIA announced expanded GeForce NOW capabilities, including broader device support and new technologies designed to improve streaming responsiveness and visual performance. The developments demonstrate how cloud gaming continues to evolve beyond traditional gaming hardware.
However, improved graphics and expanded accessibility also place greater demands on the underlying network infrastructure. Gaming providers must consider several critical factors:
- Latency: Minimizing delays between player inputs and on-screen responses.
- Bandwidth: Supporting high-resolution, high-frame-rate video streams without interruptions.
- Network Reliability: Maintaining consistent connectivity throughout gaming sessions.
- Scalability: Accommodating growing numbers of concurrent players across multiple geographic markets.
- Interconnection: Establishing efficient pathways between gaming platforms, cloud environments, and Internet service providers.
Meeting these requirements increasingly depends on where infrastructure is deployed and how networks connect.
Why Latency Matters in Cloud Gaming
In cloud gaming, milliseconds matter. When a player presses a button, that input must travel to a remote server, where the game processes the action and generates an updated frame. The resulting video must then travel back to the player’s device. Any additional network delay can affect responsiveness, particularly in competitive multiplayer games, racing simulations, and other fast-paced applications.
Latency is influenced by several factors, including geographic distance, network congestion, routing efficiency, and the number of network hops between endpoints.
Even when cloud gaming platforms operate powerful computing infrastructure, inefficient network paths can undermine the experience. This challenge is becoming increasingly important as cloud gaming platforms deliver higher-resolution graphics and more sophisticated interactive experiences. NVIDIA’s 2026 GeForce NOW announcements highlight the industry’s continued investment in technologies that balance visual quality with streaming responsiveness.
For gaming providers, the objective is clear: minimize unnecessary distance and network complexity between computing resources and players.
How Edge Computing Improves Cloud Gaming Performance
Edge computing addresses these challenges by distributing computing and networking resources closer to the people and devices using them.
Rather than routing every interaction through distant centralized cloud facilities, gaming platforms can deploy infrastructure at regional edge locations. These locations help reduce the distance that data must travel and create opportunities for more efficient traffic exchange.
A recent August 2026 gaming edge cloud report from Fastly examines how edge strategies can support gaming companies through more efficient content delivery, reduced origin infrastructure demands, and improved application responsiveness.
For cloud gaming platforms, edge computing can deliver several advantages:
- Reduced Network Latency: Positioning compute resources closer to players can shorten round-trip communication times.
- Improved Gameplay Responsiveness: More efficient network routing can help minimize lag and inconsistent performance.
- Optimized Bandwidth Utilization: Regional infrastructure can help distribute traffic more effectively and reduce unnecessary long-distance transport.
- Greater Network Resilience: Multiple connectivity providers and diverse network paths can help reduce dependence on a single carrier.
- Scalable Regional Expansion: Edge deployments allow gaming platforms to extend services into new markets without relying exclusively on centralized cloud regions.
Importantly, edge computing does not eliminate every source of latency. Game processing, video encoding, device performance, and last-mile connectivity also affect the player experience. However, strategically located edge infrastructure can help gaming providers optimize the network portion of that equation.
Why Omaha Is a Strategic Location for Cloud Gaming Infrastructure
As cloud gaming platforms expand, geography becomes an increasingly important consideration in network design.
Located in the heart of the United States, Omaha offers a strategic meeting point for networks connecting major metropolitan markets across the country. Its central position makes it attractive for organizations looking to establish regional infrastructure, improve network efficiency, and serve users throughout the Midwest and beyond.
At 1623 Farnam, that geographic advantage is supported by a highly interconnected, carrier-neutral environment designed for low-latency applications.
The facility’s connectivity ecosystem includes more than 60 carriers, access to cloud providers, and the Omaha IX Internet exchange. Together, these resources create opportunities for gaming platforms and network operators to exchange traffic efficiently, improve routing flexibility, and reduce reliance on unnecessary intermediary networks.
For gaming platforms, these capabilities can support several important objectives:
- Regional Traffic Optimization: Establish efficient network paths to players throughout the central United States.
- Direct Peering Opportunities: Exchange traffic with participating networks through Omaha IX, potentially reducing transit requirements and network hops.
- Carrier Diversity: Select from multiple connectivity providers to support performance, redundancy, and flexibility.
- Cloud Connectivity: Access cloud on-ramps and interconnection services that support distributed gaming infrastructure.
- Scalable Colocation: Deploy networking and computing equipment in a connected environment that supports future growth.
Rather than relying exclusively on distant hyperscale locations, gaming providers can incorporate regional interconnection hubs into their broader infrastructure strategies.
Building a More Connected Gaming Experience
Cloud gaming performance depends on more than the location of the servers running the games. It also depends on how efficiently those servers communicate with broadband providers, cloud platforms, content delivery networks, and ultimately, players.
This is where carrier-neutral interconnection facilities provide value.
By bringing multiple networks together within a single ecosystem, facilities like 1623 Farnam help organizations develop more direct and flexible connectivity strategies. For gaming providers, that can mean better control over traffic routing, more opportunities to optimize network performance, and greater resilience as user demand grows.
As gaming experiences become more immersive and interactive, these capabilities will become even more important. The convergence of cloud gaming, edge computing, artificial intelligence, and high-performance networking is creating new opportunities for platforms that can deliver consistent performance across geographically distributed audiences.
The infrastructure supporting those experiences must evolve alongside them.
Powering the Next Generation of Cloud Gaming at 1623 Farnam
The continued evolution of cloud gaming reinforces an important reality: delivering exceptional digital experiences begins with the network.
As gaming platforms work to reduce latency, expand accessibility, and support increasingly demanding applications, regional edge infrastructure will remain an important component of their strategies.
1623 Farnam is positioned to support that evolution through its central U.S. location, dense carrier ecosystem, and focus on high-performance interconnection. From direct peering opportunities through Omaha IX to scalable colocation and cloud connectivity, the facility provides the foundation for gaming providers and network operators building more responsive, resilient infrastructure.
Explore our edge computing capabilities, learn more about our carrier-neutral interconnection ecosystem and discover how our Omaha edge data center can support your cloud gaming infrastructure strategy.
Ready to strengthen your network performance and expand your reach? Contact the 1623 Farnam team to discuss your connectivity and infrastructure requirements.
Frequently Asked Questions About Cloud Gaming Infrastructure
What Is Cloud Gaming Infrastructure?
Cloud gaming infrastructure consists of remote servers, networking equipment, data centers, and connectivity services that enable games to run in the cloud rather than on a player’s local device. High-performance cloud gaming infrastructure supports real-time game processing, video streaming, and responsive gameplay through reliable, low-latency network connections.
How Does Edge Computing Reduce Latency in Cloud Gaming?
Edge computing reduces cloud gaming latency by positioning computing and networking resources closer to players. This can shorten the distance data travels between gaming servers and end users, reduce unnecessary network hops, and improve responsiveness. Lower network latency is particularly important for competitive and fast-paced online games.
Why Are Carrier-Neutral Data Centers Important for Cloud Gaming?
Carrier-neutral data centers provide access to multiple network operators within a single facility. This allows cloud gaming providers to select connectivity partners, establish efficient network routes, and build redundancy into their infrastructure. Carrier diversity can improve network resilience and help gaming platforms maintain consistent performance across different geographic markets.
What Role Does Internet Peering Play in Cloud Gaming Performance?
Internet peering allows participating networks to exchange traffic directly rather than relying entirely on third-party transit providers. For cloud gaming platforms, efficient peering arrangements can reduce unnecessary network hops, improve routing efficiency, and help minimize latency. Internet exchanges such as Omaha IX at 1623 Farnam create opportunities for more direct network interconnection.
Why Is Omaha a Strategic Location for Cloud Gaming Infrastructure?
Omaha’s central U.S. location makes it a strategic connectivity hub for gaming platforms serving the Midwest and other domestic markets. At 1623 Farnam, access to more than 60 carriers, Omaha IX, and cloud connectivity services provides opportunities to optimize network routing, establish regional edge infrastructure, and support scalable cloud gaming deployments.
