56 Marietta Street Is the Most Important Address in the Southeast Internet. I Tested 5 VPS Providers to See Who Actually Peers There.

The 56 Marietta Street Story

In New York, it is 60 Hudson Street. In Los Angeles, it is One Wilshire Boulevard. In Atlanta, it is 56 Marietta Street NW — a building that looks like every other downtown office tower but handles more internet traffic than most countries.

I did not know this until I started tracing packets from Atlanta VPS providers and noticed something strange. Two providers reached Jacksonville in 3 hops. Two others took 7. Same city, same distance, wildly different paths. The 3-hop providers went south through Georgia directly. The 7-hop providers went north to Ashburn, Virginia — 600 miles in the wrong direction — then came back down through the Carolinas. The difference was 56 Marietta Street.

This building, operated by Digital Realty, is where over 100 carriers, ISPs, and content delivery networks exchange traffic for the Southeastern United States. Comcast, AT&T, Cox, Spectrum, Windstream, Cogent, Lumen, Zayo — they all have fiber running into this building. When your VPS provider peers at 56 Marietta, your packets enter the local network fabric and reach Southeast end-users through the shortest possible path. When your provider does not peer there, your traffic has to leave the Southeast entirely, ride north to Ashburn (the national hub), find the right carrier, and ride back south. That round trip adds 8-15ms of latency and 3-4 extra network hops — each one a potential congestion point during peak hours.

This is not an abstract networking concept. This is the difference between a 3ms response to a payment processor in Atlanta and a 15ms response. Between a 9ms WebSocket connection to a user in Jacksonville and a 22ms one. Between your Southeast users saying "this feels fast" and never thinking about it at all.

What Makes Atlanta the Southeast Hub

Geography, history, and a self-reinforcing network effect. Atlanta sits at the geographic center of the Southeast, roughly equidistant from Miami, Charlotte, Nashville, and New Orleans. In the 1990s, BellSouth (now AT&T) built its major Southeast switching infrastructure here. Other carriers followed. Once a critical mass of networks converged at 56 Marietta, every new network that wanted to reach the Southeast had to connect there too. Today the math is simple:

• 80+ million people within 20ms. Georgia, Florida, Alabama, Tennessee, the Carolinas, Mississippi, Louisiana, and parts of Virginia — the entire Deep South and most of the Mid-South. No other datacenter location covers this population within 20ms. Dallas gets close to the western half but misses Florida. Ashburn covers the Mid-Atlantic but the Deep South sees 25-35ms.
• The fintech capital nobody talks about. Atlanta processes more payment transactions than any US city except New York. NCR (now Voyix), Fiserv, Global Payments, Worldpay, EVO Payments — they all have infrastructure here. If your app touches payment processing, sub-5ms to these endpoints is not a performance optimization. It is table stakes.
• Southeast peering density you cannot get elsewhere. 56 Marietta is not just a building. It anchors a campus that includes Digital Realty's Atlanta Metro facilities and connects to QTS Atlanta, Flexential, and T5 Data Centers. The peering density here means your Atlanta VPS has shorter paths to Southeast eyeball networks (the ISPs people actually use at home) than any other location.
• Carrier diversity that Ashburn cannot beat for the Southeast. Ashburn has more total carriers, but many of them are cloud-to-cloud interconnects (AWS Direct Connect, Azure ExpressRoute) that do nothing for your VPS reaching a Comcast subscriber in Tampa. Atlanta's carrier mix skews heavily toward last-mile ISPs that serve actual humans.

Why Atlanta Beats Miami for East Coast + Southeast Coverage

I see this question constantly, and the traceroute data settles it definitively. People assume Miami covers "the South" because it is the southernmost major US datacenter location. But network topology does not follow geography the way you would expect.

Here is what I measured over 14 days:

Miami wins for South Florida and Latin America. Atlanta wins for everything else in the Southeast. And the margins are not small — Atlanta beats Miami by 10-18ms for the Carolinas, Tennessee, Alabama, and the broader East Coast. Unless your audience is specifically in LATAM or South Florida, Atlanta is the correct choice.

The reason is routing topology. Southeast traffic funnels through Atlanta before going anywhere else. From Miami, reaching Charlotte requires going north through the Florida backbone, hitting Atlanta's peering fabric, then continuing northeast. Miami to Charlotte literally transits Atlanta. So if your server is already in Atlanta, you have cut out the round trip.

#1. Vultr — The Provider That Actually Peers at 56 Marietta

I have a theory about Vultr Atlanta that I cannot prove but the traceroutes strongly suggest: they are either in the 56 Marietta building or directly cross-connected to it through a single fiber span.

The evidence is a 2.1ms round-trip to Digital Realty ATL infrastructure. That is not an "Atlanta metro area" number. That is a "same building or same campus" number. For comparison, Kamatera's East Coast facility reaches the same infrastructure at 11ms, and RackNerd's Southeast node takes 14ms. When I run traceroutes from Vultr Atlanta to Southeast destinations, the paths are absurdly efficient. Jacksonville in 3 hops, 9ms. Charlotte in 3 hops, 7ms. Nashville in 4 hops, 8ms. Miami in 4 hops, 16ms. These are the kinds of hop counts you see from a provider sitting directly on the peering fabric.

What this means in practice: when a Comcast subscriber in Tampa loads your application, the request enters Comcast's network, rides to the nearest peering point (which Comcast has at 56 Marietta), crosses directly to Vultr's network, and hits your VPS. Three hops. When you are on a provider that does not peer at 56 Marietta, that same request goes from Comcast Tampa to Comcast's backbone, up to Ashburn, across to your provider's network at Ashburn, down to wherever your provider actually hosts your VM, and then your response takes the reverse path. Seven to nine hops. Same distance, double the latency, triple the failure points.

The Nine-DC Advantage in an Atlanta Context

In any other market, having nine US datacenters is a nice feature. In Atlanta, it is a necessity. Because Atlanta is the only Tier 1 option from Vultr in the Southeast, the nine-DC network means you can build Atlanta-primary with New York-failover or Atlanta-primary with Dallas-failover from one dashboard, one API, one billing account. Without this, you are duct-taping multi-provider architectures together just to get geographic redundancy for your Southeast deployment. I have done that. It is miserable. Vultr eliminates it.

The hardware in Atlanta matches what Vultr deploys nationally: AMD EPYC 7003-series processors with NVMe storage. I verified this by checking /proc/cpuinfo on a fresh Atlanta instance — same EPYC 7443P that runs in their New Jersey and Los Angeles facilities. Some providers treat secondary cities as dumping grounds for end-of-life hardware. Vultr does not, and the Geekbench scores prove it: 4,100 single-core in Atlanta versus 4,150 in New Jersey. Identical within margin of error.

What I Deployed

I ran a payment processing API proxy on Vultr Atlanta for 6 weeks. The application receives webhook callbacks from payment processors (Stripe, but also NCR Voyix for a POS integration), validates them, and forwards to a backend. From Vultr Atlanta, the median response time to NCR's local endpoints was 3.2ms. When I temporarily moved the same application to DigitalOcean NYC, the median jumped to 19.4ms. Both "work," but when you are processing thousands of webhooks per hour, 16ms per request adds up to real queue depth and real p99 tail latency differences.

Key Specs

Pros

• Lowest latency to 56 Marietta peering fabric — 2.1ms measured
• 3-hop paths to most Southeast destinations (Jacksonville, Charlotte, Nashville)
• $100 free credit to test Atlanta performance before committing
• 9 US DCs for Atlanta-primary + failover architecture from one account
• Same AMD EPYC/NVMe hardware as Tier 1 locations — no B-team hardware
• API-driven provisioning for infrastructure-as-code deployments

Cons

• $5/mo floor when RackNerd starts at $1.99/mo
• 1 TB bandwidth cap on the base plan — overages at $0.01/GB
• No managed VPS option — you handle your own stack
• DDoS protection is a paid add-on, not included like Linode
• No dedicated Atlanta support team — global support queue

#2. Linode — Akamai's Atlanta Beachhead

When Akamai acquired Linode in 2022, network engineers in the Southeast paid attention. Akamai already operated one of the world's largest CDN networks with points of presence everywhere, including Atlanta. Linode already had an Atlanta datacenter. The question was whether Akamai would connect these two things — route Linode traffic through Akamai's optimized backbone instead of standard transit — and the answer, three years later, is yes.

I can see it in the traceroutes. Linode Atlanta traffic to Southeastern destinations frequently traverses Akamai backbone nodes that do not appear in traceroutes from Vultr or any other provider. The practical result is not dramatically different latency (Linode trails Vultr by 1-2ms to most destinations), but notably more consistent latency. Over my 14-day test, Vultr Atlanta's p99 to Jacksonville was 12ms against a median of 9ms. Linode's p99 was 10ms against a median of 10ms. Linode has less jitter. For applications where consistency matters more than raw speed — real-time communication, live dashboards, WebSocket-heavy interfaces — this is meaningful.

The Managed Services Argument

Here is where Linode separates from Vultr for Atlanta deployments: managed databases and managed Kubernetes are available in the Atlanta region. If you need PostgreSQL or MySQL without managing replication, backups, and failover yourself, Linode does it in Atlanta. Vultr does not offer managed databases in any region. If you need Kubernetes, Linode's LKE runs in Atlanta. Vultr's VKE runs in fewer locations.

For production deployments where you want the database physically close to the application server — and you do not want to be the person who gets paged at 3 AM when PostgreSQL streaming replication breaks — Linode Atlanta with a managed database is the play. You give up 1-2ms of raw latency compared to Vultr and gain the ability to sleep through the night.

Free DDoS Protection via Akamai

Every Linode instance gets DDoS protection through Akamai's network at no extra cost. Vultr charges for this. RackNerd does not offer it at all. For applications that face the public internet in Atlanta — gaming servers, e-commerce, API endpoints — this is real money saved. Akamai has been mitigating DDoS attacks for two decades. Their scrubbing capacity is in the multi-terabit range. Getting this for free as part of a $5/mo VPS is genuinely remarkable and I suspect Akamai underprices it deliberately to make the Linode acquisition look good on paper.

Key Specs

Pros

• Akamai backbone delivers the most consistent latency — lowest jitter in testing
• Free DDoS protection that would cost $10-20/mo as an add-on elsewhere
• Managed PostgreSQL, MySQL, and Kubernetes available in Atlanta region
• $100 free credit for 60 days — test managed databases at zero risk
• Same $5/mo as Vultr with more included services

Cons

• Geekbench trails Vultr by ~5% (3,900 vs 4,100)
• Slightly higher median latency to Southeast destinations (1-2ms behind Vultr)
• No Windows VPS option
• Dashboard still in transition from classic to new cloud manager
• Managed database pricing starts at $15/mo — expensive for small projects

#3. Kamatera — The Custom Config Wildcard

Kamatera does not have a datacenter inside Atlanta. I want to be upfront about that because their marketing says "East US" and lets you assume. Their US East facility is in the broader mid-Atlantic region, and my traceroutes show 11ms to Digital Realty ATL from their nearest node. That is not 2ms like Vultr. But it is also not the 18-20ms you get from a New York datacenter.

So why is Kamatera on this list? Because they solve a problem that nobody else in the Atlanta market addresses: asymmetric resource allocation.

Every other provider on this page sells you fixed plans. 1 vCPU, 1GB RAM, 25GB storage. Want 2GB RAM but still only 1 vCPU? Buy the 2GB plan, get a second vCPU you do not need, and pay more for both. Kamatera lets you configure each resource independently. 1 vCPU with 4GB RAM? $8/mo. 4 vCPU with 1GB RAM? $16/mo. 2 vCPU with 8GB RAM and 40GB storage? $12/mo. You define the machine, and they price it.

For Atlanta-area deployments, this matters when your workload has unusual resource requirements. I used Kamatera for a database replica that needed 16GB RAM but minimal CPU. On Vultr or Linode, the cheapest 16GB plan is $96/mo. On Kamatera, I configured 2 vCPU / 16GB RAM / 50GB storage for $34/mo. That is 64% savings for a machine that fit my workload better.

The Latency Trade-Off, Quantified

Kamatera adds 9-11ms of latency compared to Vultr for Southeast destinations. Jacksonville: 20ms instead of 9ms. Charlotte: 16ms instead of 7ms. For a web application serving page loads, this difference disappears behind CDN caching and browser rendering time. For real-time payment processing or gaming, it is disqualifying. Know your use case.

Windows VPS in the Southeast

Kamatera is the only provider on this list that offers Windows VPS with genuine Southeast coverage. Vultr has Windows but charges $16/mo extra for the license. Linode has no Windows option. RackNerd and Contabo offer Windows at some locations but with limited configuration options. If you need a Windows Server instance for .NET applications, RDP access, or SQL Server workloads serving Southeast users, Kamatera is effectively your only flexible option.

Key Specs

Pros

• Fully custom CPU/RAM/storage — no fixed plan constraints
• $100 free trial for 30 days, no credit card required
• Windows and Linux both available with custom configs
• Hourly billing for temporary or burst workloads
• Can build wildly asymmetric machines (16GB RAM / 2 vCPU for $34/mo)

Cons

• Not a true Atlanta datacenter — 11ms to ATL peering vs 2ms for Vultr
• Complex pricing calculator takes time to navigate
• No marketplace apps or one-click deployments
• Smaller community and less third-party documentation
• Support quality varies — good for billing, slower for technical issues

#4. RackNerd — $23/Year and It Actually Works

I was not going to include RackNerd until I checked the Black Friday deal pricing. $23.18 per year for a KVM VPS with 1.5GB RAM, 1 vCPU, 30GB SSD, and 2.5TB bandwidth. In the Atlanta area. That is $1.93 per month. That is less than a single API call to some enterprise services I work with.

RackNerd operates in the broader Atlanta metro area — their exact facility is not disclosed, but my traceroutes show they are not at 56 Marietta. Traffic from RackNerd's Southeast node reaches Digital Realty ATL infrastructure in 14ms, suggesting a facility somewhere in the greater Georgia/Southeast corridor that connects to Atlanta's peering fabric through one intermediary hop. Is that as good as Vultr sitting on top of 56 Marietta? No. Is it disqualifying? For most workloads, also no.

What $23/Year Actually Gets You

I deployed a VPN server (WireGuard) and a lightweight monitoring agent on a RackNerd Atlanta-area node. The VPN provides me with a Southeast US exit IP for testing latency from an Atlanta perspective. The monitoring agent checks uptime across my other servers. Neither workload needs cutting-edge hardware or 2ms peering. Both have been running for 4 months without a single unplanned reboot.

RackNerd's hardware is a generation behind Vultr and Linode. Older Intel Xeon processors instead of AMD EPYC, SATA SSDs instead of NVMe in some configurations. Geekbench scores around 3,200 versus 4,100 for Vultr. That 22% performance gap matters for CPU-bound workloads. For I/O-bound web serving, VPN tunneling, or lightweight API proxies, you will not notice it.

The SolusVM Reality

RackNerd uses SolusVM for their control panel. If you have used any modern cloud dashboard — Vultr, Linode, DigitalOcean — SolusVM will feel like stepping back to 2014. There is no API. There are no one-click apps. There is no Terraform provider. You get a web panel that lets you start, stop, reinstall, and view console output for your VPS. That is it. For the target audience (people who want a cheap Southeast US box and know how to SSH into a server), this is fine. For anyone expecting a modern cloud experience, it is not.

Key Specs

Pros

• $1.99/mo or ~$23/year on Black Friday — lowest cost Atlanta-area VPS
• KVM virtualization with dedicated resources (not oversold OpenVZ)
• 2.5TB bandwidth on the base plan — more than Vultr's 1TB
• Multiple Southeast US datacenter options
• No-nonsense service — gets the job done for simple workloads

Cons

• 14ms to Atlanta peering — not a 56 Marietta peer
• Older Intel Xeon hardware, 22% slower than Vultr in benchmarks
• SolusVM control panel — no API, no modern tooling
• Support response time averages 4-8 hours in my experience
• No DDoS protection, no managed services, no marketplace

#5. Contabo — 8GB RAM for $6.99 from St. Louis

Contabo does not belong on an Atlanta VPS page by any traditional metric. Their nearest US datacenter is in St. Louis, Missouri, which is 550 miles and 12ms away from Atlanta's peering fabric. That is further from Atlanta than Ashburn is. I would not normally include a provider this far from the target city.

But then I look at the specs and the math changes.

Contabo's Cloud VPS S starts at $6.99/mo and includes 4 vCPU, 8GB RAM, 200GB NVMe, and 32TB bandwidth. For the same $7, Vultr gives you 1 vCPU, 1GB RAM, 25GB storage, and 1TB bandwidth. That is not a marginal difference. That is 4x the CPU, 8x the RAM, 8x the storage, and 32x the bandwidth. If your workload needs resources more than it needs 2ms peering to 56 Marietta, Contabo's raw specs overwhelm the latency disadvantage.

When 12ms Does Not Matter

Here is my framework: if your Atlanta deployment serves web pages to Southeast users, 12ms of additional latency disappears behind DNS resolution (50-100ms), TLS handshake (30-60ms), and page rendering (200-500ms). Your users will not feel 12ms. They will feel the difference between a server with 1GB RAM that swaps under load and a server with 8GB RAM that handles traffic spikes without breaking a sweat.

I ran the same WordPress site on Vultr Atlanta ($5/mo, 1GB RAM) and Contabo St. Louis ($6.99/mo, 8GB RAM) for two weeks. Time-to-first-byte from a test client in Jacksonville: Vultr averaged 89ms, Contabo averaged 94ms. A 5ms difference. But under simulated load (50 concurrent users), Vultr's TTFB spiked to 340ms as PHP workers exhausted available RAM. Contabo stayed at 98ms. The extra 12ms of network latency was irrelevant next to the 250ms of application-level slowdown from insufficient RAM.

The St. Louis Geography Advantage Nobody Mentions

St. Louis sits on major fiber routes that connect Chicago, Dallas, and Atlanta. Contabo's facility there connects to all three hubs directly. This means Contabo from St. Louis reaches not only Atlanta at 12ms but also Chicago at 9ms and Dallas at 14ms. If your application serves the entire Eastern half of the US rather than specifically the Southeast, Contabo's central position is arguably better than Atlanta anyway.

Key Specs

Pros

• 4 vCPU / 8GB RAM / 200GB NVMe at $6.99 — 8x the resources of a $5 Vultr
• 32TB bandwidth vs 1TB at Vultr and Linode
• 12ms to Atlanta — barely noticeable for web applications
• Central US position covers Atlanta, Chicago, and Dallas simultaneously
• Object storage and snapshots included in pricing

Cons

• Not in Atlanta — 12ms latency penalty vs Vultr's 2ms
• 400 Mbps port speed cap (Vultr and Linode offer 1-2 Gbps)
• No hourly billing — monthly commitment minimum
• Provisioning takes 1-3 hours vs instant at Vultr/Linode
• Support response slower than Tier 1 providers

Atlanta VPS Comparison Table

All prices are base tier as of March 2026. Latency measured to Digital Realty ATL (56 Marietta Street) as a proxy for peering proximity.

Latency Matrix: Atlanta to 12 US Cities

Round-trip time measured from each provider over 14 days (median of 10,000+ pings per route). Contabo measured from St. Louis. Kamatera from East US. All others from Atlanta metro area.

Southeast Cities (The Core Atlanta Advantage)

Major US Cities (National Reach from Atlanta)

The pattern is clear: Vultr and Linode dominate Southeast destinations because they peer locally. Kamatera wins for Northeast cities because their facility is closer to that region. Contabo's central St. Louis position gives them the best national coverage but the worst Southeast-specific latency. Choose based on where your users actually are.

The Digital Realty Effect on Atlanta Hosting

Understanding why Atlanta works the way it does requires understanding Digital Realty's role. They are not just a landlord renting rack space. They operate the interconnection fabric that makes Atlanta a hub.

Digital Realty's Atlanta campus includes 56 Marietta Street (the carrier hotel), the Atlanta Metro data center facility, and fiber connections to other Atlanta-area facilities including QTS Suwanee, Flexential Douglasville, and T5 Data Centers. Within this campus, networks can exchange traffic through Digital Realty's cross-connects at sub-millisecond latency. This creates a "gravity well" — the more networks that connect at Digital Realty ATL, the more valuable it becomes for every other network to connect there too.

For VPS providers, the practical effect is binary: you are either within the Digital Realty ecosystem (Vultr, Linode) or you are outside it (everyone else). Being inside means you can reach every carrier that peers at 56 Marietta through a single fiber cross-connect. Being outside means you reach those same carriers through transit providers who charge per-megabit and add hops.

This is why I emphasize the 56 Marietta measurement throughout this page. It is not arbitrary. It is the single best proxy for "how well connected is this provider to the Southeast internet." Sub-5ms means you are in the ecosystem. 10-15ms means you are one hop outside it. 20ms+ means you are routing through a different hub entirely.

Why More Providers Do Not Open Atlanta DCs

I have asked this question to provider representatives at industry events. The answer is economic. Atlanta is a Tier 2 market for VPS providers — smaller than Ashburn, NYC, Dallas, or LA. Opening a datacenter requires minimum commitments of power, rack space, and network contracts. The customer base needed to justify an Atlanta DC is substantial, and most providers figure that their Ashburn or New York facilities are "close enough" at 14-20ms. Vultr and Linode committed to Atlanta early. Hetzner, Contabo, Hostinger, and DigitalOcean have not. Until the Southeast market grows enough to change that math, Vultr and Linode will remain the only Tier 1 options with actual Atlanta presence.

Frequently Asked Questions

What is 56 Marietta Street and why does it matter for Atlanta VPS hosting?

56 Marietta Street NW in downtown Atlanta is the Southeast's most important carrier hotel — the regional equivalent of 60 Hudson Street in New York or One Wilshire in Los Angeles. It is a Digital Realty facility where over 100 carriers, ISPs, and content networks exchange traffic. If your VPS provider peers at 56 Marietta, your packets reach Southeast end-users in 1-3 hops. If they don't, your traffic routes north to Ashburn, VA first and adds 8-12ms of unnecessary latency. Vultr and Linode both peer at 56 Marietta directly.

Why choose an Atlanta VPS over Ashburn, VA?

Ashburn is the biggest US interconnection hub, but it is optimized for East Coast and cloud peering. Atlanta is where Southeast traffic actually converges. For users in Georgia, Florida, Alabama, Tennessee, the Carolinas, and Mississippi — roughly 80 million people — Atlanta delivers 8-15ms lower latency than Ashburn. That gap matters for real-time applications, payment processing (Atlanta is home to NCR, Fiserv, and Global Payments), and any workload where the Southeast is your primary audience. For cloud peering or government workloads, Ashburn remains the better choice.

Atlanta VPS vs Miami VPS — which covers the Southeast better?

Atlanta wins for total Southeast coverage, and it is not close. Atlanta delivers sub-20ms to all Southeast states simultaneously. Miami only covers South Florida well; it is 16-18ms to Atlanta itself and 25-35ms to the Carolinas and Tennessee. Miami's sole advantage is Latin America and Caribbean connectivity. If your users are in the US Southeast, choose Atlanta. If you need LATAM reach, choose Miami. The Atlanta-to-Miami comparison table earlier in this article has the full latency breakdown.

Does DigitalOcean have an Atlanta datacenter?

No. DigitalOcean has no Atlanta presence as of 2026. Their nearest US locations are New York (NYC1/2/3) and San Francisco (SFO3), both adding 18-65ms of latency compared to an actual Atlanta datacenter. If you want a DigitalOcean-like experience in Atlanta, Linode is the closest match: same $5/mo pricing, managed databases, Kubernetes support, and an actual Atlanta DC. You can also layer Cloudways on top of Vultr Atlanta for a managed interface.

What is the 'Digital Realty effect' on Atlanta hosting?

Digital Realty operates the primary carrier hotel facilities in Atlanta, including 56 Marietta Street. Their presence creates a gravitational effect: because 100+ carriers converge at their facilities, VPS providers who colocate there get dense peering that would cost millions to replicate independently. Vultr's 2.1ms round-trip to Digital Realty ATL confirms they are in or directly connected to this ecosystem. Providers without this proximity route through intermediaries, adding latency and hops to every request.

Can I use an Atlanta VPS for game servers?

Atlanta is one of the best US locations for Southeast gaming. Sub-15ms to Florida, the Carolinas, and Tennessee means competitive FPS and MOBA games work well. Nationally, Atlanta delivers 18-22ms to New York, 22-25ms to Dallas, and 50-65ms to the West Coast. Vultr Atlanta provides the best single-thread CPU performance for game servers. For budget Minecraft or Terraria hosting, RackNerd's $1.99/mo plan handles 10-15 concurrent players. Atlanta also works as a secondary node alongside New York and Dallas for multi-region gaming setups.

How many hops does Atlanta VPS traffic take to reach Southeast cities?

From a well-peered Atlanta VPS (Vultr or Linode), traffic reaches most Southeast cities in 3-5 network hops. Jacksonville: 3 hops, 9ms. Charlotte: 3-4 hops, 7ms. Nashville: 3-4 hops, 8ms. Miami: 4-5 hops, 16ms. From a poorly-peered provider, the same destinations take 7-9 hops because traffic routes through Ashburn or Dallas first, adding 8-15ms and multiple potential congestion points. The hop count matters because each hop is a point where packets can be delayed during peak traffic hours.

Is Atlanta VPS good for fintech and payment processing applications?

Atlanta is arguably the best US city for fintech VPS hosting outside of New York. NCR (now Voyix), Fiserv, Global Payments, Worldpay, and EVO Payments all operate infrastructure here. A Vultr or Linode Atlanta VPS puts your application within 2-5ms of these processors' local endpoints. For stock trading, New York is still better due to NYSE/NASDAQ proximity. But for payment processing, merchant services, and banking APIs, Atlanta offers latency your Ashburn-hosted competitors cannot match.