If you've been shopping around for dedicated servers lately, you know the struggle: you want solid hardware, reliable DDoS protection, and enough bandwidth to actually run your projects without constantly checking usage meters. But most providers either charge an arm and a leg for decent specs, or they nickel-and-dime you with hidden fees.
SharkTech just rolled out some significant price drops across their dedicated server lineup, particularly on their 10Gbps unmetered options. We're talking about real hardware reductions here, not just introductory gimmicks that expire after the first month.
The most notable shift is in their 10Gbps dedicated server category. These used to sit in the four-figure monthly range, which put them out of reach for smaller operations or anyone running bandwidth-intensive applications on a budget. The new pricing brings things down to a more accessible level while keeping the same hardware specs.
For context, 10Gbps unmetered means you're not constantly worried about bandwidth overages. If you're running game servers, content delivery, or any application where traffic spikes unpredictably, that peace of mind matters more than you'd think.
The Chicago location now offers an E3-1270v2 configuration with 8 threads at 3.5GHz, paired with 16GB RAM and your choice of 2TB HDD or 240GB SSD storage. The 10Gbps unmetered connection includes 5 usable IPv4 addresses and free IPv6 allocation. Built-in DDoS protection and 24/7 support round out the package.
Another Chicago option worth considering is the E3-1270v5 setup with slightly faster clock speeds at 3.6GHz. This one comes with 30TB monthly bandwidth instead of unmetered, but at 1Gbps uplink. Same RAM and storage options, same IP allocation structure.
If you're weighing data center locations for your infrastructure, 👉 check out how SharkTech's network architecture handles traffic across different regions to see which setup matches your latency requirements.
The LA data center mirrors the Chicago E3-1270v2 specs but with different pricing due to location-specific costs. You're getting the same 10Gbps unmetered bandwidth, same DDoS protection, same everything on the technical side.
There's also a 1Gbps unmetered option in LA with identical hardware specs to the 10Gbps version, just capped at the lower network speed. For projects that don't need the full 10Gbps pipe, this represents decent value.
Some configurations are available across multiple data centers. The E3-1270v5 servers, for instance, can be deployed in either Chicago or LA. The Dual Xeon E5-2637v2 setup—which they specifically call out as optimized for Minecraft servers—is available in Chicago, Denver, or Los Angeles.
That dual processor configuration runs 16 threads at 3.5GHz with 32GB RAM, making it genuinely suitable for game hosting where single-thread performance matters. The 30TB monthly bandwidth allocation should cover most gaming scenarios unless you're running something absolutely massive.
For European operations or anyone who needs lower latency to that region, SharkTech's Amsterdam location joins the mix with 10Gbps options. The Dual Intel Xeon E5-2670 configuration offers 32 threads at 2.6GHz with 32GB RAM—different performance characteristics than the single-processor setups, better for certain workloads that can actually use all those cores.
Amsterdam also offers 1Gbps unmetered options with the same dual processor setup, giving you that multi-location flexibility without being locked into a single data center.
Beyond dedicated servers, SharkTech also adjusted their VPS pricing. These range from compact 2GB RAM configurations suitable for DNS hosting up to 32GB setups with 1Gbps uplinks designed for game hosting.
All VPS options include 60Gbps DDoS protection as standard, which is actually meaningful coverage rather than just marketing speak. You can choose Linux or Windows at the same price point across the board, which removes one common decision bottleneck.
The entry-level 2GB VPS includes 30GB SSD storage and 4TB monthly transfer at 100Mbps uplink speeds. The mid-range 8GB option bumps storage to 50GB and transfer to 16TB, staying at 100Mbps uplink but with enough resources for most CMS installations.
At the top end, the 32GB VPS gets 130GB storage, 64TB monthly transfer, and a full 1Gbps uplink. That's legitimately usable for hosting resource-intensive applications without immediately needing to jump to dedicated hardware.
If you're currently running on cloud compute instances and your monthly bill keeps climbing because of bandwidth costs, 👉 SharkTech's unmetered bandwidth approach might save you serious money compared to the per-GB pricing most cloud providers use.
Content delivery scenarios where you're serving large files or streaming video benefit most obviously. Game server hosting is another clear use case, especially with those higher-core-count processors that can handle multiple server instances.
Development and staging environments also make sense here if you need production-like infrastructure for testing but don't want to pay production prices. The VPS tiers work well for this, giving you dedicated resources without the full cost of bare metal.
The E3-1270v2 and v5 processors are previous generation, which is how they're hitting these price points. For many workloads, that doesn't matter—you're still getting solid single-thread performance and enough cores to handle most applications.
The v5 generation runs slightly faster clock speeds and has newer architecture improvements. If your application is CPU-bound and you're choosing between configurations, that speed bump might be worth considering.
Storage options let you trade capacity for speed. The 2TB HDD gives you plenty of space for file storage, backups, or databases that aren't I/O intensive. The SSD options sacrifice capacity for much faster read/write speeds, which matters if you're running databases with lots of random access patterns.
All these servers include DDoS protection as standard, which is increasingly non-negotiable if you're running anything public-facing. The specifics of what they'll absorb depend on attack type and duration, but having that layer in place means you're not completely exposed if someone decides to target your services.
The VPS tier specifies 60Gbps protection capacity, while the dedicated servers sit behind their larger network-level protection. For most scenarios, that's more than adequate unless you're running something that actively attracts large-scale attacks.
The 10Gbps uplink on those higher-tier servers isn't just marketing fluff. If you're actually pushing significant traffic, having that headroom prevents bottlenecks at the network edge. Even if your average usage sits lower, those burst capabilities matter when traffic spikes.
The multiple data center locations give you options for content distribution or redundancy setups. Running identical configurations in different regions lets you build in geographic redundancy without completely rebuilding your infrastructure for each location.
Before jumping on any hosting offer, think through your actual requirements. If you need 10Gbps sustained throughput, these prices represent real value. If your traffic patterns are more moderate, you might be overpaying for capacity you'll never use.
Storage choices matter more than people often realize. That HDD versus SSD decision affects database performance, backup speeds, and overall system responsiveness. Consider what you're actually storing and how often you're accessing it.
Location selection should factor in where your users are and what latency requirements you have. Testing ping times to different data centers before committing helps avoid surprises later.
The IP allocation of 5 usable addresses gives you room for multiple services or SSL certificates without additional fees. Make sure that matches your infrastructure plans.
SharkTech includes their SECURE management platform with all configurations. This handles server provisioning, monitoring, and basic management tasks. Having that unified interface across different server types simplifies operations if you're running multiple instances.
The 24/7/365 support matters more when things break at 2 AM. Ticket response times and actual problem resolution vary by provider, so factor in your own tolerance for downtime when evaluating options.
These price adjustments make higher-bandwidth dedicated servers accessible to more use cases. Whether that translates to value for your specific needs depends entirely on what you're building and how much traffic you're actually handling.
The unmetered bandwidth approach removes one major source of bill anxiety, especially for projects where traffic can swing unpredictably. Combined with DDoS protection as standard, you're getting infrastructure that can handle growth without immediate reconfiguration.
If you've been priced out of dedicated hosting before, these changes are worth evaluating against your current setup. Calculate your actual bandwidth costs and resource requirements, then see how the numbers compare to what you're paying now.