GearUP Booster

How to Solve HIT: The World High Ping


HIT: The World, the latest installment in the celebrated Korean MMORPG HIT series, continues to captivate players with its vast magical adventure world, a rich array of classes and skills, and beautifully designed characters. Unfortunately, the game has been released exclusively in the Japanese market, operating solely on Japanese servers. This geographical limitation often results in high ping for players outside Japan, potentially hampering their gameplay experience. This article explores the causes of HIT: The World high ping and offers insights into resolving this issue.


How to Solve HIT: The World High Ping



Why Does HIT: The World Experience High Ping


The primary reason for the high ping in HIT: The World is its server location in Japan, which increases the physical distance data must travel for players elsewhere. However, geographical distance isn't the only culprit:

  • Internet Service Provider (ISP) Routing: Sometimes, the route your ISP takes to connect to the game's server isn't the most efficient, leading to unnecessary delays.
  • Network Congestion: Your network or the international gateways can become congested during peak hours, causing increased latency.
  • Outdated Networking Equipment: Old routers or modems can contribute to poor connection quality and higher ping.



Best Solutions for Reducing HIT: The World High Ping


For those looking to mitigate the effects of physical distance and network faults, GearUP Booster emerges as an optimal solution. With its exclusive adaptive smart routing and Anti-Packet-Loss technologies, GearUP Booster can identify the best route to the HIT: The World servers in Japan. It circumvents network congestion and prevents spikes in latency, aiming for the lowest possible ping to smooth out your gaming experience. The user-friendly, highly automated nature of GearUP Booster means you can enhance your connection with just a few simple steps, without worrying about the technical details.


Advantages of GearUP Booster:

  • Free trial.
  • Simple user interface.
  • Supports thousands of games.
  • Features several exclusive technologies.
  • Does not impair computer performance.



Additional Methods to Combat HIT: The World High Ping


1. Opt for a Wired Connection


Switching from Wi-Fi to a wired Ethernet connection can drastically reduce ping times by offering a more stable and direct route for data transmission.


  • Locate an Ethernet cable that can reach from your router to your computer.
  • Connect one end of the cable to your router and the other end to your computer's Ethernet port.
  • Test your game connection; you should notice a reduction in ping times.



2. Update Network Drivers


Ensure that your network adapters are operating on the latest drivers for optimal performance.


  • Identify your network adapter model and manufacturer.
  • Visit the manufacturer's website and navigate to their "Support" or "Downloads" section.
  • Find the latest drivers for your model and download them.
  • Open the downloaded file and follow the on-screen instructions to complete the driver update.
  • Restart your computer and re-test your game connection.



3. Tweak Network Settings via Router

Adjusting your router settings to prioritize gaming traffic can improve latency.


  • Access your router's admin panel by typing its IP address into a web browser.
  • Look for Quality of Service (QoS) settings.
  • Within QoS, set gaming traffic as a priority, which may involve specifying the device you game on or the type of traffic (e.g., UDP/TCP ports used by HIT: The World).
  • Save changes and restart your router for the new settings to take effect.





International players of HIT: The World don't have to settle for subpar gaming experiences due to high ping. Employing solutions like GearUP Booster, alongside optimizing your network setup, can significantly reduce latency. With these adjustments, players can immerse themselves fully in the vast and magical world of HIT: The World, enjoying seamless adventures and interactions.