DMIT LAX.EB VPS Review: AMD EPYC 9654 Performance with Premium Network Routes

If you're hunting for a US-based VPS that actually delivers on performance without the usual network headaches, you might want to pay attention to what DMIT's been cooking up. After months of waiting, their LAX.EB lineup finally dropped with some interesting hardware upgrades and network routing that's worth talking about. Let me walk you through what this thing can actually do.

The folks at DMIT decided to throw AMD's EPYC 9654 processors into their latest VPS offerings, and honestly, the performance numbers speak for themselves. But here's what makes this more interesting than your average VPS review: they're running China Mobile's CMIN2 optimization routes, which is a big deal if you're moving data between the US and Asia.

Then in late January 2025, they added China Unicom's 9929 routes into the mix. Now the routing gets a bit more clever—China Mobile traffic goes through CMIN2, China Unicom uses 9929, and China Telecom bounces between both depending on load. It's not the most predictable setup, but it works.

What's Actually Under the Hood

Let's cut through the marketing speak and look at the actual benchmark numbers. The test instance was running on a single core of that EPYC 9654, and the disk I/O is where things get interesting:

The mixed read/write tests showed 4k blocks hitting 125.21 MB/s total throughput with over 31k IOPS, which is solid for everyday workloads. When you bump up to 1MB blocks, you're looking at 2.09 GB/s total—not jaw-dropping, but more than enough for most real-world scenarios.

Single-core Geekbench 5 scored 1447, which puts it in that sweet spot where your applications run smoothly without paying for cores you'll never fully utilize. The system came with just under 1GB RAM and 19.6GB disk space on the base configuration.

One thing worth noting: the machine boots into Debian 12 on a 6.1 kernel, AES-NI is enabled (good for encryption workloads), but VM-x/AMD-V is disabled—so don't expect to run nested virtualization here.

Streaming and Service Access

Here's where it gets practical. I ran the usual battery of tests to see what you can actually access from this IP range, and the results are mixed but mostly positive.

YouTube Premium works, you're recognized as US region. Amazon Prime Video streams fine, also detecting US region. Netflix gives you access to originals only—not the full US library, which might disappoint some folks. ChatGPT, Claude, and Google Gemini all work without issues.

Disney+ completely blocks the IP, which is a bummer if that's part of your use case. Hulu also says no. But you get access to HBO Max, Peacock TV, and a bunch of other US streaming services. The Netflix CDN routes through Los Angeles, same with YouTube.

On IPv6, the situation gets more limited—many services simply don't support IPv6 yet, so you'll be falling back to IPv4 for most things anyway.

👉 Check out DMIT's current VPS offerings with optimized Asia-Pacific routing

Email ports show the typical restrictions you'd expect from a hosting provider trying to prevent spam. Port 25 (SMTP) works for local testing but hits blocks on major providers like Gmail and Yahoo. SMTPS (465) and IMAP work more reliably across different email services.

The Network Routes Tell the Real Story

This is where DMIT's setup actually earns its keep. I traced routes to major Chinese cities across all three carriers, and the consistency is impressive.

China Mobile traffic routes cleanly through CMIN2 to Beijing, Shanghai, Guangzhou, and Chengdu—these are premium routes that typically show lower latency and better stability than standard transit.

China Unicom uses 9929 routing to Beijing, Shanghai, and Guangzhou, which sits in that "high-quality" tier just below CMIN2. It's optimized but not quite as premium.

China Telecom is the interesting one—it load balances between CMIN2 and 9929 depending on network conditions. You might see your route change between tests, but both options are solid.

The Chengdu China Unicom route couldn't be fully traced in testing, which happens sometimes with Chinese backbone routing. Not ideal, but not a dealbreaker either.

So What's This Actually Good For?

Look, this isn't going to replace a dedicated server for heavy computational work. But if you need a US presence with better-than-average connectivity to Asia, particularly China, this setup makes sense.

The AMD EPYC 9654 gives you modern CPU performance that handles web applications, development environments, and light to moderate workloads without breaking a sweat. The disk I/O is fast enough that you won't be waiting around for database queries or file operations.

What sets this apart is really the network routing. If you're running services that need to communicate with users or servers in China, having CMIN2 and 9929 routes means your latency and packet loss stay manageable. Standard US-Asia routes can be a mess; these optimized paths actually matter.

The streaming access is a nice bonus if you're managing content delivery or testing geo-restrictions, though the Netflix limitation is worth keeping in mind.

Bottom Line

DMIT's LAX.EB VPS delivers what it promises: solid AMD EPYC performance paired with network routes that actually improve connectivity to Asia. The hardware specs are modern enough to handle contemporary workloads, and the routing setup shows DMIT put thought into their network architecture rather than just throwing servers into a datacenter and calling it done.

Is it perfect? No—some streaming services block it, China Telecom routing isn't as predictable as you might want, and you're not getting nested virtualization support. But for developers, businesses, or anyone who needs reliable US-Asia connectivity without enterprise-level costs, this hits a practical sweet spot. The combination of CMIN2 and 9929 routes makes DMIT particularly suitable for cross-border applications where network quality directly impacts user experience.

👉 Explore DMIT's VPS plans with premium China routing options