Dell i9-11900K Dedicated Server: Enterprise-Grade Hardware at $84/Month

If you've been hunting for a dedicated server that doesn't compromise on performance, HostCram's latest overstock sale might be exactly what you need. We're talking about a Dell-branded system powered by Intel's i9-11900K processor, Samsung NVMe storage, and genuine enterprise components—all at a price point that makes you do a double-take.

Let me walk you through what makes this deal worth considering, and more importantly, whether it's the right fit for your specific needs.

What You're Actually Getting

The specs tell most of the story here. At the heart of this machine sits an Intel Core i9-11900K—a chip that can turbo boost up to 5.10 GHz when you need that extra push. It's paired with 32 GB of DDR4 RAM as standard, though there's a sweet bonus: prepay for six months and they'll double that to 64 GB at no extra cost.

Storage comes via a 500 GB Samsung 4.0 NVMe drive. Not the biggest capacity you'll find, but the read/write speeds on Samsung's fourth-generation NVMe tech make up for it if you're running applications that depend on fast disk access. For network connectivity, you get 5 usable IPv4 addresses plus a /48 IPv6 prefix, backed by 20 TB of monthly bandwidth on a 1 Gbps Internap connection.

The pricing structure is straightforward: $84 per month if you go month-to-month, or $500 upfront for six months (which works out to about $83.33 monthly and includes that RAM upgrade).

The Hardware Quality Story

Here's where things get interesting. HostCram is running this as an overstock sale, which means they've got surplus Dell enterprise hardware they're moving at aggressive pricing. The company explicitly mentions these are Dell-branded systems with Samsung NVMe drives and SK Hynix 3200 MHz DDR4 RAM modules—assuming they have enough of those sticks in stock.

This isn't white-box hardware cobbled together from consumer parts. Dell's enterprise server components are built to different standards than desktop gear, with better power delivery, thermal management, and component longevity. When you're looking at dedicated servers, the brand behind the hardware actually matters for long-term reliability.

👉 Compare HostCram's dedicated server options and find the configuration that matches your workload requirements

Who Should Consider This Server

Let's be practical about use cases. This configuration shines for scenarios that need strong single-threaded performance combined with decent multi-core capability. The i9-11900K's high boost clocks make it excellent for:

• Application hosting where response time matters more than raw parallel processing

• Development and staging environments that mirror production systems

• Game servers that rely heavily on single-thread performance

• Database workloads with moderate connection counts but demanding queries

What this server isn't suited for: CPU mining operations or workloads that hammer the processor at 100% utilization around the clock. HostCram is upfront about this in their terms—these machines aren't positioned as compute-intensive workhorses, and trying to use them that way will likely get you a conversation with their support team.

Network and Infrastructure Details

The server lives in Carrier-1's Dallas facility, connected through HostCram's own AS39618 network. They're running BGP through Juniper routers with Internap as the primary transit provider, and they've optimized routing for Level3 and Hurricane Electric paths.

For most applications, the 1 Gbps port with 20 TB monthly bandwidth provides plenty of headroom. That works out to roughly 666 GB per day if you use it evenly, though burst capacity lets you exceed that during peak periods as long as you stay under the monthly cap.

The five IPv4 addresses give you flexibility for hosting multiple services or implementing failover configurations. The /48 IPv6 prefix is essentially unlimited address space if you're building IPv6-native services.

The Fine Print Worth Reading

HostCram's refund policy for this sale is clear-cut: there isn't one. These are final-sale servers. If you're uncertain about compatibility with your workload or have questions about specific use cases, reach out to their team before placing an order. They explicitly mention they're not running an email-focused operation here—if that's what you need, they have separate infrastructure designed for that purpose.

Payment options are surprisingly flexible. Beyond the usual credit cards and PayPal, they accept ACH transfers, Payoneer, cryptocurrency, and over 50 local payment gateways from countries including India and Indonesia. If you're operating internationally, this flexibility can simplify billing considerably.

👉 Explore HostCram's infrastructure options and network specifications

Making the Decision

With only 10 units available in this overstock batch, this is genuinely a limited-time opportunity rather than marketing hype. The company is explicit that similar pricing shouldn't be expected in future offers, and they're not entertaining attempts to negotiate the price down further.

The real question isn't whether this is a good deal on paper—it clearly is for enterprise-grade Dell hardware with these specs. The question is whether the i9-11900K's performance profile matches your actual workload requirements. If you need massive parallel processing across dozens of cores, you'd be better served by a Xeon or EPYC platform. But for workloads that benefit from high clock speeds and strong single-thread performance, this configuration delivers solid value.

The six-month prepayment option with the RAM upgrade to 64 GB is particularly compelling if you're confident in your long-term needs. You're essentially getting double the memory and a slight discount on the monthly rate in exchange for committing upfront.

For anyone running applications where Dell enterprise reliability, Samsung NVMe speeds, and Internap network quality matter, this overstock sale represents a genuine opportunity to secure capable hardware at below-market pricing. Just remember: there are no refunds, so do your homework on compatibility before you commit.