Before writing this, a quick disclaimer: I'm no tech expert, just an ordinary person who has drifted at 460ms countless times while playing Honor of Kings overseas.

The following content is the real conclusion I reached after tossing and turning for about two weeks, switching through seven or eight accelerators, and trying and uninstalling them one by one. I don't want to make this academic; just treat it like a chat with a friend.

Let's start with an unpleasant fact.

The 460ms you see likely has nothing to do with your router, Wi-Fi, or ISP.

I know many people don't like hearing this—we always think, "There's something wrong with the device, just replace it." But when it comes to cross-border links, physical laws cannot be bypassed.

The number in the top right corner of Honor of Kings is the total round-trip time from your phone to Tencent's mainland server and back, roughly composed of three parts:

Part 1: Physical Distance—The round trip of over 10,000 kilometers of fiber optics consumes about 150ms due to the speed of light itself. This is a hard limit that no one can change.

Part 2: Cross-border Routing Detours—Your data from North America to Shanghai is theoretically a straight line, but ISP interconnections using the BGP protocol often route through Tokyo, Hong Kong, or Singapore before landing, adding thousands of kilometers for nothing. The latency consumed by this part is sometimes greater than the physical distance itself.

Part 3: Evening Peak Congestion—Between 8 PM and 11 PM Beijing time, the competition for outbound bandwidth toward North America is at its peak. This part adds dozens to over a hundred ms of jitter, often hitting 460ms during severe congestion.

These three parts combined account for over 80% of the number you see. The portion actually contributed by "your home network" is usually no more than 30ms.

Once you accept this fact, you won't spend all night tweaking your router's QoS—that optimization improves the first 30ms at most, while the remaining 430ms remains unmoved.

Let's talk about some "pseudo-solutions" you might have already tried.

These are the ones I tried one by one over those two weeks, and here are the results:

Change DNS?—DNS at most helps you resolve to a closer login server node, saving about 5 to 10ms. It's a drop in the bucket for 460ms.

Switch to 5GHz Wi-Fi?—5GHz is more interference-resistant than 2.4GHz, but for high-frequency, small-packet UDP battles like Honor of Kings, 5GHz cannot overcome physical distance.

Install a "professional acceleration" free software?—Free lines usually use TCP relay, sacrificing latency for stability. It's barely passable for watching videos, but MOBA games will go straight to red ping. You'll know after trying it once.

Upgrade ISP to Gigabit broadband?—No matter how fast the download speed is, the cross-border segment remains congested. Bandwidth and latency are two completely different things.

These aren't completely useless, but they don't address the root cause of 460ms. The root cause is the cross-border link, so the solution must be found there.

4 things you can do locally, then stop.

It's not that local optimization is useless, just that the gains are small. Once you squeeze out that 30ms, the subsequent accelerator effect will be more obvious. Do these 4 things and then stop; don't keep tinkering.

Use an Ethernet cable instead of Wi-Fi—this has the biggest gain, cutting steady-state latency in half.

If your router is dual-band, connect your gaming device to the 5GHz band.

Change DNS to 1.1.1.1 or 8.8.8.8; it can occasionally hit a closer login server.

Turn off all downloads for the first 10 minutes of gaming—Steam, cloud storage, YouTube 4K, Zoom; these consume traffic equivalent to ten game clients.

After doing this, use Speedtest by Ookla - The Global Broadband Speed Test Select a mainland node to test your baseline, write it down, and use it for comparison later.

As for "how many ms requires an accelerator," there's no standard answer. My experience is: if it tests < 100ms, you can manage; if it's > 150ms, don't force it.

When choosing an accelerator, only two types of indicators really matter.

During the two days I spent choosing an accelerator, I looked at almost every product on the market and finally found that only two types of indicators determine the Honor of Kings experience:

Hard Indicators (Determine if it's playable)

● Physical distance from the overseas node to your resident city (Toronto, London, Sydney)—this determines the first-hop latency.

● Whether the path from the overseas node to the domestic game server uses BGP public network or a self-built dedicated line—this determines overall latency.

● Whether the line has specific optimizations for UDP high-frequency small packets—Honor of Kings combat data uses UDP, which has a completely different temperament than the TCP used for watching videos; general lines are hard to balance.

Soft Indicators (Determine if you're willing to use it long-term)

● Client coverage: Windows, iOS, Android, router firmware. International students often use PC + phone + tablet + console together; missing one is frustrating.

● Trial policy: Whether they let you test for 2 to 3 nights without paying—this is crucial.

● After-sales: Can you find Chinese customer service if it goes down, and is the refund path clear?

Screenshots can be faked, time slots can be cherry-picked,only your own actual test spanning a workday and a weekend counts. I need to repeat this three times because too many people fail at this step.

Why HiCN is the one that stayed.

I should officially mention HiCN now—not to advertise for it, but because in the specific scenario of international students, it hits several of our real needs exactly.

All four platforms are provided, which is truly worry-free.

According to the Android client QR code, HiCN provides clients for Windows, iOS, Android, and router firmware, with one account usable across all platforms.

Specifically for the real-life scenarios of international students:

● PC gaming (League of Legends China server or Honor of Kings PC version)—install the Windows client.

● Playing Honor of Kings or watching domestic videos on the subway with an iPhone—install the iOS client.

● Android tablets, Switch, PS5, or TV boxes at home without clients—install it on the router to accelerate all devices at once.

After I installed the router firmware, the TV box in the living room, the old phone in the bedroom, and the Switch brought by friends were all accelerated together, without needing to pay for each device separately. Shared housing students benefit the most—one router covers the whole room.

Dual-path concurrency + self-built gaming dedicated line.

This is where the biggest gap between HiCN and "general accelerators" lies. Let me expand:

Dual-path concurrency—Uses two different return paths simultaneously, switching between primary and backup lines in real-time. If one jitters, it won't cause you to suddenly hit 460ms during a team fight. This is especially important for ranked players; you might lose a team fight just because of that one red ping spike.

Gaming dedicated line—Optimized specifically for UDP high-frequency small packets, not sharing the same line with TCP traffic from watching videos or browsing Bilibili.

Combined, these two things significantly reduce the probability of the "critical moment red ping" that overseas players fear most.

3 to 7 days free trial for new users.

According to the Android client QR code activity page, new users can get a 3 to 7-day free trial, with the specific number of days subject to the official website's current event.

This is much more generous than peers who offer "1-day trial but require a deposit"—you can fully test through a workday + a weekend of ranked games before deciding whether to subscribe long-term, and it won't auto-renew if you don't subscribe.

Not just Honor of Kings, you can also listen to music and watch shows.

Another high-frequency need for overseas students is listening to music and watching shows: NetEase Cloud, QQ Music, Migu, Bilibili, Tencent Video, iQIYI—accessing these domestic platforms from overseas is often laggy.

HiCN's intelligent splitting function allows games to use the optimized channel while music and shows use another, so the two don't compete. My daily usage is: playing Honor of Kings at night, watching domestic dramas on weekends, and listening to NetEase Cloud on the subway—all covered by one account, no need to buy different services for different scenarios.

A few pitfalls I encountered myself, mentioned in advance.

I stumbled into a few pits during those days of debugging; writing them down to save you time:

Choosing the wrong speed test tool—Ping commands use ICMP, games use UDP; it's normal for them to differ by dozens of milliseconds. Use Speedtest by Ookla - The Global Broadband Speed Test to test mainland nodes, or just enter the game and look at the ping in the top right corner.

Don't judge an accelerator's quality in the early morning—Testing 80ms in the early morning and 180ms during peak hours is normal. You must test during peak hours for at least one night to judge if it's worth it.

Don't use a router that is too old—International outbound acceleration has requirements for NAT tables and concurrent connections; routers from three years ago can basically be replaced.

Don't just look at "speed test screenshots"—Screenshots posted by others can be cherry-picked by time and node; your own actual test is the only truth.

Router firmware solutions are better than you think—After installing on a home router, devices without clients like Switch, PS5, and TV boxes can also be accelerated; shared housing students benefit the most. Whether it can be installed depends on the router model and whether it supports custom firmware; the HiCN help center has tutorials for mainstream models.

How to start

The process is actually just two steps, very simple:

Open the Android client QR code, register an account, select the corresponding platform (Windows / iOS / Android / Router Firmware) to download the client.

New users automatically get a 3 to 7-day free trial. Test through a workday + a weekend, play two ranked games, and record the actual latency for your region, ISP, and peak hours; subscribe long-term if it feels smooth.

As for exactly how many ms it can be squeezed to, I really can't guarantee—my peak hour test results were between 110 and 150ms, and sometimes it could be squeezed to around 90ms during the day, but that's just my network environment. Changing cities, ISPs, or routers will change the numbers.Base your decision on your own trial period test; don't believe any "absolute low ping" promises.

Let's wrap up here.

The issue of 460ms while playing Honor of Kings overseas is essentially a battle against "physical distance + cross-border routing + congestion." Local optimization can solve the first 30ms, while the remaining 430ms requires the dedicated line channel of a return-to-China accelerator. For which one to choose, remember to use the trial period to test for two or three nights during the games you play, in the city you are in, and during the hours you usually go online. Your own test is the final basis for your decision—also, new users can enter the exclusive code on the Android client QR code activity page: 1124 to receive free membership acceleration time. Combine the basic trial with this extra time, and it's enough for you to fully test the real performance before deciding whether to pay.