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BandwagonHost USNY_6 (New York CoreSite NY1) VPS Review: China Return Routing Analysis / HE + Cogent Hybrid Network Performance & Real-World Network Quality Test

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This review focuses on the BandwagonHost Basic VPS plan ($49.99/year) hosted in the USNY_6 (New York CoreSite NY1) datacenter. The IP belongs to IT7 Networks (AS25820), representing a typical US East Coast datacenter architecture.

Other BandwagonHost Basic VPS Datacenter Reviews:

BandwagonHost Basic VPS Review: USCA_2 Los Angeles Datacenter – 1TB Monthly Traffic @ 1Gbps Bandwidth, $49.99/year Network Performance, Routing & Benchmark Analysis

BandwagonHost $49.99/year Basic VPS Review – USCA_8 (Los Angeles DC8 ZNET): China Routing, Latency, Packet Loss & Streaming Unlock Analysis

BandwagonHost Basic VPS Review: USCA_FMT (Fremont) Datacenter Performance Test – China Routing & Performance Analysis

BandwagonHost Basic VPS (USNJ New Jersey) Review: $49.99/year with 1TB Monthly Traffic @ 1Gbps – China Routing Analysis & Latency Tests (2026)

BandwagonHost Official Website:
https://bandwagonhost.com/


BandwagonHost USNY_6 (New York CoreSite NY1) VPS Review

Configuration:

  • CPU: 2 vCore (Intel Xeon SierraForest)
  • Memory: 1GB
  • Storage: 20GB SSD RAID-10
  • Traffic: 1TB/month
  • Bandwidth: 1Gbps
  • Virtualization: KVM / KiwiVM
  • IPv4 + /64 IPv6
  • $49.99/year Purchase Link
  • Supports free datacenter migration, including:
    • US: Los Angeles, California (DC2 AO) [USCA_2]
    • US: Los Angeles, California (DC8 ZNET) [USCA_8]
    • US: Fremont, California [USCA_FMT]
    • US: New Jersey [USNJ]
    • US: New York (Coresite NY1) [USNY_6]
    • CA: British Columbia, Vancouver (AMD-F+NVMe) [CABC_1]
    • EU: Amsterdam, Netherlands DC2 (AMD) [EUNL_2]

1. China Latency Performance (Key Focus)

Average Latency by Carrier

Network Average Latency
China Telecom ~237ms
China Unicom ~249ms
China Mobile ~256ms
National Average Approximately 247ms

Regional Performance Characteristics

  • East China: ~239ms (relatively better)
  • South China: ~252ms
  • Northwest / Southwest China: up to 260ms+
  • Hong Kong / Taiwan: approximately 192ms (best performance)

Conclusion

  • Latency is typical for a standard US East Coast VPS (non-optimized routing)
  • No obvious CN2 or China Telecom 9929 optimization features
  • Suitable as a “usable overseas node,” but not ideal for latency-sensitive applications

2. Outbound Routing Analysis (China → New York)

1. China Telecom Outbound Routing

Main routing characteristics:

  • China Telecom AS4134
  • After leaving China, traffic enters HE (Hurricane Electric AS6939)
  • Then routed to IT7 New York (AS25820)

Typical routing path:

China Telecom → Beijing Backbone → HE San Jose → HE New York → IT7 NYC

Characteristics:

  • Standard international public internet routing
  • No CN2 or premium direct-routing optimization
  • Normal route convergence within New York

2. China Unicom Outbound Routing

  • AS4837 → HE → NYC
  • Traffic exits China through Shanghai before entering the United States

Characteristics:

  • Uses standard international public routing rather than direct China Unicom optimized return paths
  • Transit through HE San Jose / New York nodes

3. China Mobile Outbound Routing

  • CMNET → HE → CMI (China Mobile International) → NYC

Characteristics:

  • Uses a mixed HE + CMI routing structure between China and the US
  • Noticeable transit through Los Angeles / Seattle

3. Return Routing Analysis (Key Section)

1. Unified Return Routing Structure

China Telecom Return Routing

HE → AS4134 (China Telecom 163 Backbone)

China Unicom Return Routing

HE → AS4837 (China Unicom)

China Mobile Return Routing

HE → CMI (China Mobile International Gateway)

2. Key Conclusions

  • None of the three carriers use direct CN2 routing
  • All traffic heavily depends on Hurricane Electric (AS6939)
  • China Mobile uses CMI, but still requires HE transit
  • The overall structure is best described as an “international transit-based routing architecture”

4. Global Latency Performance

North America

  • NYC: ~0–2ms (local)
  • US West Coast: ~60ms
  • Chicago: ~18–20ms

Europe

  • United Kingdom: ~70–73ms
  • Germany: ~80–85ms
  • Netherlands: ~75ms

Asia

  • Tokyo, Japan: ~144–155ms
  • Hong Kong: ~196ms
  • Singapore: ~214ms

Conclusion

👉 International latency from the New York datacenter is relatively good for a US East Coast location.

5. IP Attributes & Risk Analysis

IP: 104.244.91.121 (IT7 Networks)

IP Classification

  • Type: IDC Datacenter IP (non-residential)
  • ASN: AS25820 (IT7 Networks)
  • Registration Country: Canada (ARIN)
  • Actual Location: New York City

Risk Assessment

  • Risk Level: Low to Medium (varies by platform)
  • Tagged as: IDC / Broadcast IP
  • No blacklist records found

Streaming Unlock Capability

Service Status
Netflix US ✔ Unlocked
YouTube ✔ Working Normally
ChatGPT ✔ Available
TikTok ✔ US Region
Disney+ ✔ Unlocked

👉 This is a standard US streaming-capable IP.

6. Performance Benchmarks (Superbench)

CPU / Disk I/O

  • Disk I/O Performance: approximately 853 MB/s (excellent)
  • CPU: Xeon (virtualized environment)
  • Low memory usage (~1GB)

System Performance

  • BBR + FQ enabled
  • NVMe-level storage performance
  • Stable baseline VPS performance

7. Packet Loss & Stability (ping.pe)

Key Results

  • Global packet loss: primarily 0%
  • Extremely low latency within North America (10–60ms)
  • Stable China connectivity but with higher latency

👉 Conclusion:

  • Excellent network stability overall
  • No noticeable jitter or packet loss issues

8. Advantages & Disadvantages

Advantages

  • Strong global network stability
  • Extremely low latency within the United States
  • Excellent disk I/O performance (800MB/s+)
  • Strong streaming unlock capability
  • Wide coverage through HE backbone network

Disadvantages

  • Higher latency toward mainland China (~240ms)
  • No CN2 or premium optimized routing
  • Complex return routing structure relying on HE transit
  • Not suitable for low-latency applications such as gaming or real-time trading

9. Recommended Use Cases

Suitable for:

  • Overseas website hosting (WordPress / blogs)
  • Cross-border business services
  • API relay / Docker services
  • Learning, research, and proxy relay usage

Not suitable for:

  • Latency-sensitive gaming
  • China-optimized access services
  • Real-time voice or financial trading systems

10. FAQ

Q1: Is USNY_6 an optimized routing node?

No. It is fundamentally based on a HE + Cogent public internet routing structure rather than CN2 optimization.

Q2: Why is latency to China relatively high?

Because:

  • Traffic relies on the HE international backbone
  • There is no China-optimized ingress routing
  • The physical distance from the US East Coast is significantly longer

Q3: Is it suitable for hosting websites?

Yes, especially for websites targeting users in North America and Europe.

Q4: Which is better compared to the Los Angeles datacenter?

  • Los Angeles: Faster for China access (~150ms)
  • New York: Better for Europe and Western markets (lower European latency)

Final Verdict

The BandwagonHost USNY_6 node can be described as a typical:

US East Coast HE Backbone VPS

Its characteristics are very clear:

  • China access: Average (~240ms)
  • US & Europe access: Excellent
  • Stability: High
  • Value for money: Above average ($49/year)

👉 If your services mainly target North American or European users, this VPS is a solid choice.
👉 If your primary audience is in mainland China, this datacenter is not the ideal option.

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