Tokyo is the most strategically important VPS location in Asia. It's where the trans-Pacific submarine cables actually land, where most of Japan's internet traffic exchanges happen, and where you get sub-30ms latency to roughly 200 million people across Japan, Korea, and parts of coastal China. If your users are in this region, hosting from Singapore costs you 70-100ms; hosting from the US west coast costs you 120-150ms. Tokyo solves that. This is the case for picking a Tokyo VPS, what the region is actually good and bad at, and who should be hosting there.
Quick context: OliveVPS Tokyo is in a Tier-3+ facility in central Tokyo with direct connectivity to JPNAP and BBIX (Japan's two major internet exchanges). Same NVMe + KVM hardware as our other regions, same prices starting at $3.99/mo. See Tokyo plans.
What we'll cover
Why Tokyo specifically
Three Asia-Pacific regions are realistic for VPS deployment: Tokyo, Singapore, and Hong Kong. Each has a defensible position, but they're not interchangeable.
Tokyo is the natural pick for users in Japan, Korea, eastern China, Taiwan, and the western US (yes — Tokyo to Los Angeles is actually faster than Singapore to LA because of cable routing). Roughly 200 million users sit within 30ms of Tokyo. Power infrastructure is excellent, peering is dense, and regulatory environment is Western-friendly.
Singapore serves Southeast Asia better — Indonesia, Vietnam, Malaysia, Thailand, the Philippines. Tokyo to Jakarta is ~80ms; Singapore to Jakarta is ~25ms. Different audience entirely.
Hong Kong serves mainland China better than Tokyo or Singapore (lower cross-border latency), but increasingly carries political and regulatory complexity that's worth thinking about for sensitive data.
Osaka is sometimes proposed as an alternative to Tokyo — slightly cheaper, lower-density, useful as a DR/failover region. But for a primary deployment in Japan, Tokyo wins on peering, latency to Tokyo metro (where most users are), and ecosystem.
Latency to nearby cities
Real-world round-trip times from Tokyo data centers to major Asian and Pacific cities. Numbers measured from our Tokyo region; your mileage will vary by ISP and exact endpoint:
| From Tokyo to | Latency | Notes |
|---|---|---|
| Tokyo metro (any ISP) | 2–5 ms | Local IX peering |
| Osaka | 10–15 ms | Domestic backbone |
| Seoul | 30–35 ms | Direct submarine cable |
| Taipei | 50–55 ms | Direct cable |
| Hong Kong | 50–60 ms | Direct cable |
| Shanghai | 45–60 ms | Variable; cross-border filtering adds jitter |
| Singapore | 70–80 ms | Direct trans-Pacific cable |
| Sydney | 110–120 ms | JGA / SEA-US cables |
| Los Angeles | 100–110 ms | Multiple trans-Pacific paths |
| San Francisco | 105–115 ms | Same as LA roughly |
| New York | 180–200 ms | US transit hop |
| London | 220–240 ms | Via either US or southern route |
The big wins: anything in Japan, Korea, Taiwan, or coastal China is sub-60ms. If those are your users, Tokyo is unambiguously the right choice over Singapore (which would add 70-80ms to the same users).
Submarine cables and peering
Tokyo's network position is built on physical cable infrastructure that took decades to lay. The major systems landing in or near Tokyo include APG, FASTER, JUPITER, MIST, ADC, JGA, and SJC2 — basically every major Asian cable system terminates somewhere on Honshu.
For peering, Japan has two dominant internet exchanges: JPNAP (run by Internet Multifeed) and BBIX (run by SoftBank). Together they connect virtually every meaningful network in Japan. Our Tokyo region peers directly with both, plus we have private interconnects with Cloudflare, Google, Akamai, and the major Japanese mobile carriers (NTT, SoftBank, KDDI).
What this means in practice: traffic from your VPS to a user on NTT Docomo mobile in Tokyo doesn't traverse the public internet. It hops once at JPNAP, then is on NTT's backbone. End-to-end latency from server to phone tower is typically 8-12ms. That's why Japanese SaaS apps generally feel faster when hosted locally — the network path is shorter and less hop-prone.
Who benefits most from Tokyo hosting
Japanese-language web apps and SaaS
If your users are in Japan, latency is the single biggest perceived-speed factor on interactive apps. A Japanese user hitting a Singapore-hosted app sees a 70-80ms round trip on every API call. Hitting a US-hosted app, 120-150ms. Hitting a Tokyo-hosted app, 5-15ms. The same SaaS feels meaningfully faster from Tokyo, with no code changes.
Korean and Taiwanese audiences
Korea has good local hosting too, but Tokyo is a strong second choice — 30ms to Seoul beats anything else outside Korea itself, and Tokyo capacity is cheaper and more abundant than Korean data center space. Same for Taiwan: Tokyo at 50ms is fine, and avoids the cross-strait political complexity of Hong Kong hosting.
Game servers for Japanese players
Japanese gamers are notoriously latency-sensitive (and the country's gaming community is one of the world's most concentrated buyers of low-ping infrastructure). Hosting CS2, Valorant, or Apex servers in Tokyo means competitive ping for the entire Japanese player base. Pair with our game server recommendations for sizing.
Mainland China services (with caveats)
Tokyo is one of the best spots outside China itself for serving mainland Chinese users. The Great Firewall doesn't block Tokyo specifically — issues are usually content-related, not geographic. Latency from Tokyo to Shanghai is 45-60ms, to Beijing 60-70ms. Better than US west coast, better than Singapore. Not as good as actual mainland China hosting but without the ICP licensing headache.
Trans-Pacific developer infrastructure
If you have engineers in both Japan/Korea and the US west coast, Tokyo is roughly equidistant. CI/CD systems, build servers, Git mirrors, package registries — all fine to host in Tokyo and serve both teams.
Tokyo VPS, 2 ms to Shibuya
NVMe storage, KVM virtualization, dedicated cores starting at $7.99/mo. Direct peering with JPNAP and BBIX. Same hardware specs as every OliveVPS region, plus the Tokyo network position.
See Tokyo plans →Regulatory and compliance notes
Japan has a mature, Western-aligned data protection regime. The relevant law is APPI (Act on the Protection of Personal Information). It's broadly compatible with GDPR — there's an EU adequacy decision, meaning EU personal data can flow to Japan-hosted services without extra contractual safeguards. For most international SaaS hosting Japanese user data, you're fine.
What APPI requires that's worth knowing:
- Privacy notice in Japanese for Japanese users (or clearly translated)
- Notification of data breaches involving 1000+ records or sensitive data
- For "sensitive personal information" (medical, criminal, race), explicit consent
- Cross-border transfers need user consent or destination adequacy (EU, UK fine; some other countries need extra steps)
For most VPS workloads — websites, SaaS, game servers, app backends — there's nothing exotic to do. APPI compliance is a privacy-policy-and-process matter, not a hosting-architecture matter.
Honest downsides of Tokyo
Tokyo isn't perfect for every workload:
- Earthquake risk. Major data centers are seismically engineered to survive M8+ earthquakes, with multi-day generator backup and seismic isolation. But the risk isn't zero. Mission-critical systems should run multi-region (Tokyo + Osaka, or Tokyo + Singapore) for genuine disaster resilience.
- Power costs. Japan has structurally higher electricity prices than most other Asian markets, especially post-Fukushima. This shows up as slightly higher hardware unit economics — not in the price you pay (we absorb it) but in why bargain-bin Tokyo VPS hosts at $1-2/mo cut every other corner.
- Bandwidth to Latin America and Africa is bad. Tokyo has minimal direct connectivity to São Paulo or Johannesburg. Latency 250-300ms+ via Pacific or European routes. If you have meaningful traffic to those regions, host closer.
- Mainland China service is best-effort. Cross-border filtering can affect any Tokyo-hosted service serving China. Latency is variable. If China is your primary market, you need a different strategy than "host in Tokyo."
When to pick a different region
- Users primarily in Southeast Asia (Indonesia, Vietnam, Thailand, etc.): pick Singapore. Latency advantages dominate.
- Users primarily in mainland China: Hong Kong or actual mainland hosting (with ICP), depending on regulatory complexity tolerance.
- Users primarily in Australia/New Zealand: Sydney. Tokyo is 110-120ms vs 5-15ms local.
- Multi-region strategy with one Asian node: Tokyo is usually the right "one Asian node" pick for the broadest coverage of high-value markets.
Our locations page has the full list with similar latency tables for each region.
FAQ
Will I get charged Japanese sales tax (consumption tax)?
If you're billed as a Japanese resident or business, yes (10% standard rate). For international customers paying from outside Japan, no — exports of digital services are zero-rated. Your invoice reflects this automatically based on billing address.
Is the Tokyo region accessible from China?
Yes, with caveats. Standard internet access from China to Tokyo VPS works, but cross-border filtering can introduce variable latency and occasional connectivity issues for specific protocols or content. If serving Chinese users is core to your business, plan for that — Tokyo helps but isn't a complete solution.
Do you offer Japanese-language support?
Currently English-only support, but our docs are clearly written and our control panel works in Japanese. Most of our Japanese customers are bilingual developers and have no issues. We're considering adding Japanese-language support tiers as the customer base grows.
Can I get an IPv4 with Japanese geo-location?
Yes — every Tokyo VPS gets a Japan-geolocated IPv4 by default. This is what gets used for geo-detection by services like Netflix, banks, content licensing systems, and the like.
What about the Osaka region?
We don't currently have an Osaka region. For most Japan-focused workloads Tokyo is the right primary choice, and for DR purposes Singapore or Seoul (when we add it) are reasonable secondary regions. Osaka may come later if customer demand justifies it.