|

AI Networking: From the Age of Connectivity to the Age of Intelligence

⏱️ Estimated reading time: Approx. 6 minutes (6 min read)

Recently, the paradigm of AI data centers is rapidly shifting from being 'computing'-centered to 'network fabric'-centered.
This is because the importance of 'AI backend networks' that combine tens of thousands of GPUs to process models with trillions of parameters has increased.

Today, the three giants that dominate this market — Arista, Cisco, and HPE — We examine the strategic moves and the technological moves hidden within them.

The pinnacle of efficiency: Aristaand Broadcom's 'Merchant Silicon' alliance

Arista has been using general purpose chipsets from specialized manufacturers such as Broadcom since its inception. ‘Merchant Silicon’ It was a leader in strategy.

AI 네트워킹 삼국지: 연결의 시대에서 '지능의 시대'로 - image 43
  • Symbiotic relationship: While Broadcom mass-produces the world's best engines (like the Tomahawk 6), Arista adds its unique software, EOS (Extensible Operating System), to the 100% to maximize its potential.
  • The secret to performance: Instead of developing chips directly, we focus all our R&D efforts on software optimization. This allows us to introduce the latest chipsets faster than our competitors, simultaneously satisfying the "simplicity" and "ultra-low latency" demands of hyperscalers.
  • Current position: As of 2026, Arista is leading the 1.6T networking era beyond 800G, maintaining a strong foundation in the open Ethernet ecosystem.

The Empire Strikes Back: Cisco's 'silicon circle' and NvidiaStrategic collusion of

Traditional powerhouse Cisco takes the opposite path to Arista.

AI 네트워킹 삼국지: 연결의 시대에서 '지능의 시대'로 - image 46

Full control from hardware to software through its own chipset, ‘Silicon One’ ‘Vertical integration’ We launched a counterattack with a strategy.

  • The arrival of Silicon One G300: The recently announced G300 series delivers an overwhelming bandwidth of 102.4 Tbps and covers everything from AI training to inference with a single architecture.
  • In partnership with NVIDIA Spectrum-X: Cisco joins hands with Nvidia Spectrum-X We've integrated the platform into our Nexus environment. We're targeting the enterprise market with the message, "Get the most out of NVIDIA GPU performance, while managing it from the familiar Cisco dashboard.".
  • Strategic Goals: By closely integrating with the NVIDIA ecosystem, we are solidifying our position as a ‘proven standard.”.

Game Changer: HPE'Open Hyper-Gap' and Intelligent Orchestration

Of these three companies, the most interesting is HPE's move to acquire Juniper Networks.
If Arista focuses on 'speed' and Cisco on 'integration', HPE goes all-in on 'intelligence (AIOps)'I did.

“"Networks are no longer objects of management; they must think for themselves and optimize themselves."”

HPE is not dependent on any specific alliance, 'Open AI Factory' encompassing the entire AI lifecycle‘ We put strategy at the forefront.

① Freedom of GPU Choice: A Multi-Vendor Strategy Embracing NVIDIA and AMD

HPE is going one step further than Cisco, maximizing its collaboration not only with Nvidia but also with AMD.

  • NVIDIA AI Computing by HPE: We provide jointly engineered solutions that support NVIDIA's latest Blackwell architecture.
  • AMD Helios & MI400 Support: For customers looking to counter NVIDIA's dominance, we've combined AMD Instinct GPUs with HPE's high-performance servers. ‘Helios’ We provide architecture and expand market choice.
② Technological Gap: Slingshot and Direct Liquid Cooling
  • HPC DNA, Slingshot: Beyond tuning general Ethernet, it has been verified on supercomputers. Slingshot InterconnectIt fundamentally solves the inter-GPU communication bottleneck through Slingshot. Slingshot is Ethernet-based and hardware-level. Congestion Control와 Adaptive Routinghandles.
  • Integrated cooling design: The thermal issues facing AI servers have reached their limits. HPE is the only vendor capable of designing the entire infrastructure, from switches to servers, with liquid cooling. QFX5250 switchThe ability to apply liquid cooling (DLC) to all systems is a powerful physical advantage that only HPE possesses.
③ Operational Intelligence: Autonomous Networking Based on Mist AI
  • Agentic AI: Juniper's Mist AI (Marvis) now integrates with Aruba CentralIt predicts and automatically resolves network failures before they occur. AI infrastructure has extremely complex networking configurations. HPE Agentic AIBy automating complex fabric configurations with a single command, “Set up the optimal settings for AI learning,” HPE has drastically reduced the difficulty of operations. While third-party monitoring remains at the level of ‘visibility,” HPE ‘Autonomous driving’, thereby dramatically reducing operating costs.

Comparing the Strategic Advantages of Three AI Networking Companies

Comparison itemsArista (Software King)Cisco (Vertical Stack)HPE (Open AI Factory)
Chipset strategyMerchant Silicon (Broadcom)Own chip (Silicon One)Multi-vendor + Slingshot (HPC)
Operating systemEOS (single binary)Nexus/IOS (standards-oriented)Mist AI (autonomous driving/AIOps)
ecosystemCloud giant-centricNVIDIA Spectrum-X Close-upNVIDIA + AMD Comprehensive Collaboration
Business StrengthsProven low-latency performanceFamiliar management systemFull-Stack Integration and Flexibility
AI approachThe fastest Ethernet channelVerified NVIDIA PartnerSelf-managing AI factory

“Who Eliminates Customer 'Uncertainty'?‘

If Cisco's strategy is stability through 'strong alliances,' HPE's strategy is 'super gap in performance' and 'freedom of choice.'.

The days of simply building a single piece of network equipment are over. Competing solely on hardware specifications is no longer enough.
To extract 100% GPU performance Slingshot Laying the same highway, Liquid coolingCooling down with heat, Mist AIA smart secretary named is in charge of operations. ‘Integrated AI Factory’ Solution.

Cloud giants may still love Arista's simplicity and performance.
Conservative companies may trust Cisco's brand and ecosystem.

But what if a company wants to efficiently operate a complex AI infrastructure?

It is not locked into a specific manufacturer, but rather moves between NVIDIA and AMD to produce the best results. HPE's modelIsn't this the real answer that companies have been longing for in the uncertain AI era?

Now, the second act of the networking war has begun.
Is your data center simply "connected" or "intelligently flowing"?

Similar Posts

  • [Discover 2026 In-depth Analysis #2] The Essence of True Unified SASE Proven by HPE

    ⏱️ Estimated reading time: Approx. 3 minutes (3 min read) Today, I would like to discuss the security domain from Rami Rahim's keynote—specifically, the 'Unified SASE Orchestrator' based on HPE Networking EdgeConnect. Numerous security vendors in the market tout SASE, claiming, "We, too, can manage SD-WAN and SSE (Cloud Security) on a single screen." However, an engineer's…

  • Aruba's Portfolio (2)

    ⏱️ Estimated reading time: Approx. 6 minutes (6 min read) Continuing from the last post, I will continue introducing Aruba's portfolio. Securing not only the moment of network connection but also during the connection – ClearPass. Security is just as important as wired and wireless network connections. Now that everything is connected to the network, data protection and blocking unauthorized users are crucial. And I, too…

  • The Perfect Combination of Data Sovereignty, Security, and AI Innovation – Central On-Premises 3.0

    ⏱️ Estimated reading time: Approx. 2 minutes (2 min read) Innovation and security are no longer a matter of choice. Recently, the global buzzword is undoubtedly 'Data Sovereignty.' Regulations regarding where data is stored (Residency) and who manages it are being strengthened worldwide, including the EU Data Act which came into effect in 2025. In particular, South Korea, the public, financial,…

  • Cafe networking? A simple and secure network?

    ⏱️ Estimated reading time: Approx. 5 minutes (5 min read) As enterprises migrate applications to the cloud, traditional branch office networks have become increasingly complex and struggle to meet modern security and connectivity demands. With the spread of hybrid work, the need to provide a simple, secure, and consistent user experience—much like being in a café—regardless of whether employees are in the office or working remotely has…

  • Considerations Before Deploying Wi-Fi 6E

    ⏱️ Estimated reading time: Approx. 5 minutes (5 min read) For a long time, wireless network designers have sought to provide services to different user groups and device classes by deploying multiple overlapping Wi-Fi networks. Now, the new 6GHz frequency band can offer attractive opportunities to network architects who have been considering such designs. In the past…

  • Claude Mythos's covert infiltration, 'Networks as Sensors' are already being seen

    ⏱️ Estimated reading time: Approx. 7 minutes (7 min read) Prologue: Invisible Intrusion, But Packets Don't Lie In the last post, we discussed how to preemptively block attacks at the network perimeter to counter the zero-day threat triggered by Anthropic's Claude Mythos. The SRX AI-PTP (AI-Predictive Threat Prevention) examined at the time is inline proxyless…