Looking for a high-performance dedicated server with built-in DDoS protection and excellent connectivity to China? This hands-on review examines SharkTech's Los Angeles data center offering—a dual E5-2678v3 server with 64GB RAM, 1TB NVMe storage, and unlimited bandwidth at a competitive $129/month price point.

So I finally got my hands on a SharkTech server to test. You know how it is—budget constraints and all that. But this time, I managed to snag one of their promotional Los Angeles servers with 1Gbps bandwidth, and honestly? I wanted to see if the hype around this legendary "Shark" data center was real.

SharkTech has been around forever in the US hosting scene. They're famous for their built-in DDoS protection, which is kind of their thing. What caught my attention lately is how they've been aggressively expanding into the Chinese market—they've even added direct connectivity for China Telecom, China Unicom, and China Mobile. That's pretty significant if you're targeting users in mainland China.

What I'm Testing

The test machine specs are solid: dual E5-2678v3 processors (that's 24 cores and 48 threads total), 64GB RAM, and 1TB NVMe storage. I threw CentOS 7.7 on it and enabled BBR for better throughput. Right off the bat, the disk I/O averaged around 944MB/s—not bad at all for a promotional server.

The FIO benchmark results looked clean too. Numbers were consistent across multiple runs, which tells me the storage subsystem isn't oversold or struggling under load.

Bandwidth Performance: The Real Test

Here's where things get interesting. Using Speedtest with domestic Chinese nodes, I saw the upstream bandwidth hit 538Mbps max, while downstream peaked at 930Mbps. That's pretty close to saturating the 1Gbps port, which is exactly what you want to see.

For international traffic (testing to Europe and North America with iperf3), both upstream and downstream maxed out at 942Mbits. Basically, you're getting what you pay for—a genuine 1Gbps connection that actually delivers.

Latency Across China

Using ping.chinaz.com's 146 domestic probe points, the latency picture is what you'd expect from a Los Angeles server. Not spectacular, but reasonable for cross-Pacific connections. If you're running services that need to reach Chinese users, this is workable.

Network Routing: The Critical Details

Alright, this is where I got nerdy with traceroutes. Let me break down what's actually happening with the network paths.

Outbound (China to SharkTech):

China Telecom goes directly via backbone to SharkTech's own 100G connection. No middlemen, just straight through. China Unicom follows the same pattern—backbone network directly to SharkTech's infrastructure. China Mobile takes its usual route through Guangdong exit points, then uses CMI (China Mobile International) to reach the data center directly.

Return Path (SharkTech to China):

This is where it gets better. Traffic heading back to China Telecom? It just runs straight back via AS4134. No weird routing, no unnecessary hops. Clean and direct.

For China Unicom, the return traffic uses AS4837 (the VIP network)—that's Unicom's premium backbone, which explains the solid performance.

China Mobile is slightly less optimized on the return path. You can see some route information gets obscured, but essentially AS58453 connects to AS9808, with Guangzhou-bound traffic using Cogentco to interface with AS9808. It works, but it's not as streamlined as Telecom or Unicom.

The bottom line on routing: Telecom gets backbone direct both ways. Unicom gets backbone direct both ways. Mobile is decent outbound but could use some optimization on the return trip.

If you're evaluating server locations for projects that need reliable China connectivity without breaking the bank, 👉 SharkTech's Los Angeles facility offers practical direct-connect routing for major Chinese ISPs that you won't find at this price point elsewhere.

CPU Performance

I ran UnixBench to check processor performance, though the multi-core test threw errors (probably a script issue). The single-core score came back decent enough. Look, these are older Xeon chips—you're not getting the latest and greatest, but for $129/month with these specs? The CPU performance is perfectly adequate for most workloads.

What This All Means

SharkTech isn't trying to be a premium boutique provider. They're giving you solid hardware, excellent DDoS protection (which comes standard), and direct connectivity to Chinese networks at a price that makes sense. The routing isn't optimized to perfection, but it's honest and straightforward—exactly what you need for applications like game servers, CDN nodes, or services that need to be geographically close to Asian users while maintaining good international connectivity.

The 1TB NVMe storage performs well. The 1Gbps bandwidth actually delivers. The network routing is transparent and direct. For applications that need DDoS protection without paying enterprise prices, this setup handles it out of the box.

Conclusion

After putting this SharkTech Los Angeles server through its paces, here's my take: it's a workhorse server that delivers on its promises without pretense. The direct backbone connectivity for China Telecom and China Unicom is genuinely valuable if you're serving Asian markets, and the built-in DDoS protection removes a major headache from your infrastructure planning. At $129/month for dual E5 processors, 64GB RAM, and 1TB NVMe with unlimited bandwidth, you're getting reliable performance at a price point that's hard to argue with. If you need a dependable server with strong Asia-Pacific connectivity and don't want to overthink it, 👉 SharkTech's Los Angeles offering hits that sweet spot between capability and cost.