Hotta Studio’s Neverness to Everness generated $14 million in global revenue within 24 hours of launch, with peak Twitch viewership exceeding 114,000 concurrent viewers on day two. The game attracted over 3,500 simultaneous streamers, making it the sixth-highest channel count for any new release in 2026. Three weeks in, performance complaints dominate NTE forums and subreddits on every platform.
The core issue is architectural. NTE runs on Unreal Engine 5 with Lumen global illumination, Nanite geometry, and a custom traffic simulation that populates city streets with hundreds of NPCs and vehicles in real time. Hotta Studio extensively modified UE5’s core code to scale across PC, PS5, and mobile, but that engine foundation hammers CPUs, GPUs, and storage simultaneously. A Neverness to Everness lag fix usually comes down to identifying which component in your system is the bottleneck, then targeting it with the right setting or tweak.
Does Your PC Meet NTE’s Requirements?
NTE’s minimum specs are unusually steep for a free-to-play title:
| Component | Minimum | Recommended |
|---|---|---|
| CPU | Intel i7-10700 / Ryzen 7 3700X | Intel i7-12700 / Ryzen 5 5800X |
| GPU | GTX 1660 / RX 5600 XT | RTX 3060 / RX 6600 XT |
| RAM | 16 GB | 32 GB |
| Storage | 60 GB SSD | 60 GB SSD |
| OS | Windows 10/11 | Windows 10/11 |
The minimum CPU is a 10th-gen i7, not an i5. GameGPU’s independent benchmarks confirmed the engine loads up to 24 threads with optimal utilization around 12, so quad-core processors will bottleneck before the GPU does. Both spec tiers list SSD storage, not HDD. That distinction matters more for NTE than almost any other graphics setting.
Install NTE on an SSD
NTE uses UE5’s World Partition system to stream world chunks as you move through the city. On a mechanical hard drive, the streaming pipeline cannot keep up with traversal speed. The result is texture pop-in, loading stutter, and frame hitches every time you cross into a new district.
If you are running NTE from an HDD and experiencing stutter during exploration, moving the install to any SSD is the single biggest improvement available. NVMe is ideal, but even a budget SATA SSD eliminates the worst asset-streaming hitches. On a 16 GB system, faster read speeds also reduce the memory pressure that causes micro-stutter during combat.
Graphics Settings That Actually Matter
Not every option in NTE’s settings menu costs the same amount of performance. The ones below are ordered by impact on frame rate, based on GameGPU benchmark data and community testing since launch.
View Distance: Lower This Before Anything Else
On low-end and mid-range PCs, View Distance produces the largest single impact on frame rate. Dropping it to Very Low before adjusting anything else is the fastest path to playable performance in open-world areas. The visual trade-off is reduced detail on distant buildings and terrain, which is barely noticeable during combat, dungeon content, or co-op encounters where your focus is on nearby targets.
Match Your Preset to Your GPU
Start with the quality preset that fits your hardware, then adjust individual settings from there:
| GPU Tier | Preset | Target FPS |
|---|---|---|
| GTX 1660 / RX 5600 XT | Performance | 60 |
| RTX 3060 / RX 6600 XT | Balanced | 60 to 120 |
| RTX 4070+ / RX 7800 XT+ | Cinematic | 120+ |
After selecting your preset, Shadows and Post-Processing are the safest individual settings to reduce further. Both consume significant GPU time with minimal visual difference between medium and ultra quality.
DLSS, FSR, and Frame Generation
Enable DLSS (NVIDIA) or FSR (AMD) on every hardware tier. Mid-range machines should use Quality mode; lower-end systems benefit from Balanced or Performance mode. Enabling upscaling alone can add 30 to 50 percent more frames depending on your GPU.
Frame Generation is more nuanced. On machines struggling to reach 60 FPS natively, enabling it provides the synthetic frames needed to cross that threshold. On high-end rigs already pushing 120+ without it, leave it off. Frame Generation introduces a small amount of input latency, and accepting that trade-off without needing the frame boost is a net loss.
Motion Blur: Off
Motion blur in NTE adds visual noise without improving perceived smoothness or masking frame drops. Disable it on every hardware tier.
Traffic Density: The Setting Most Guides Skip
Hotta Studio built a custom crowd simulation system (which they call the “Mass system”) to fill NTE’s city streets with pedestrians, vehicles, and ambient NPCs. All of that simulation runs on the CPU and generates additional draw calls for the GPU every frame.
The Traffic slider lives in Settings > Others (the fifth tab from the left). Lowering it reduces the number of entities the engine simulates in open-world areas, and the FPS gain in dense city districts is immediate. If you have already matched your graphics preset to your hardware and still see frame drops while exploring urban zones, the Traffic slider is your next move. It consistently delivers a bigger improvement than reducing shadow quality or reflections.
Telling Network Lag Apart from Performance Stutter
NTE suffers from both client-side performance problems and server-side network lag, and the two look different in practice:
Performance stutter means your frame rate counter visibly dips during hitches, but your inputs between freezes feel responsive and your character moves where you tell it to. This is hardware or settings.
Network lag means your character rubber-bands to a previous position, skills fire with a visible delay, and enemies teleport, but your frame rate stays steady throughout. This is your connection to the game server.
If your symptoms match the second pattern, no graphics adjustment will help. You need the network fixes below.
Graphics settings only solve half the problem
WTFast routes your game traffic through optimized servers, cutting ping and smoothing out the rubberbanding that settings changes can’t fix.
Network Fixes for High Ping and Rubberbanding
NTE’s servers took massive load at launch, and route congestion between your ISP and the game servers is the most common cause of high ping. Work through these in order of impact.
Use Ethernet Instead of Wi-Fi
Wi-Fi adds 2 to 10 ms of latency under ideal conditions, and spikes much higher when other devices on your network compete for bandwidth. An Ethernet cable to your router eliminates wireless variance entirely. If running cable is not practical, switching to a 5 GHz band and reducing distance to your router helps. We covered the full comparison in our wired vs. wireless gaming guide.
Switch Your DNS Server
Slow DNS resolution adds delay during session setup and server handshakes. Switching to Cloudflare (1.1.1.1) or Google (8.8.8.8) DNS shaves a few milliseconds off those initial connections. Our best DNS servers for gaming guide walks through setup on Windows, PS5, and at the router level.
Close Background Bandwidth Consumers
Cloud sync clients (OneDrive, Google Drive, iCloud), auto-updating launchers (Steam, Epic, Battle.net), and streaming apps all compete for your upload bandwidth. On systems with 16 GB RAM, closing these frees memory the game actively needs for asset streaming.
Check Your Route to the Server
If your ping stays above 100 ms despite a fast internet connection, the bottleneck is likely in how your ISP routes traffic to NTE’s servers. Running a traceroute (tracert in Command Prompt followed by the server address) reveals where the latency spike sits. If the delay lives inside your ISP’s network (hops 3 through 8 are typically ISP infrastructure), a gaming-optimized routing service can bypass that congested path. Our high ping fix guide covers the full diagnostic process.
Update GPU Drivers and Clear Shader Cache
GameGPU benchmarked NTE with NVIDIA driver 596.36 and AMD Adrenalin 26.3.1. Running older drivers means missing UE5-specific optimizations that directly affect NTE’s rendering pipeline. Updating takes five minutes and consistently resolves stutter that no settings change can fix.
After updating, clear your shader cache. NTE recompiles shaders on first launch after a driver change, and a stale cache from the previous version causes stutter until the rebuild finishes. You can trigger this from NTE’s graphics settings or clear the cache from the NVIDIA Control Panel or AMD Adrenalin software.
Disable Memory Integrity (VBS) in Windows
Windows 11 enables Virtualization-Based Security (Memory Integrity) by default, and it adds overhead to every game that relies on heavy CPU thread scheduling. For UE5 titles like NTE, where the engine pushes 12+ threads, VBS overhead can cost 5 to 10 percent of your frame rate.
To check: open Windows Security > Device Security > Core Isolation Details. If Memory Integrity is toggled on and you are not in an enterprise environment that requires it, turning it off and rebooting provides a measurable FPS boost. This applies to all games, not just NTE, but the impact is more noticeable in CPU-bound titles that saturate multiple threads.
Still getting ping spikes in NTE?
WTFast’s gaming network bypasses congested ISP routes and connects you through a faster path to game servers worldwide.
Thermal Throttling: Stutter That Gets Worse Over Time
If frame drops appear 10 to 15 minutes into a session and worsen steadily, the cause is heat. NTE’s UE5 workload pushes sustained load on both CPU and GPU, and laptops in particular throttle aggressively once temperatures exceed 90°C.
Monitor your temperatures with HWiNFO64 during gameplay. If either component regularly crosses 85°C, the fix is airflow, not settings. Clean dust from heatsinks, improve case ventilation, or consider undervolting. No graphics adjustment will solve thermal throttling, because the stutter returns as soon as the chip heats back up.
Hotta Studio Is Still Patching
NTE’s Version 1.0 Phase 2 patch deployed on May 13, 2026, addressing over 30 bugs alongside new content including the Hotori character banner and the “Marching Beyond Time” story arc. Hotta Studio has pushed multiple hotfixes since the April 29 global launch, and more performance updates are expected as the team collects hardware telemetry from millions of players worldwide.
Most NTE performance problems are fixable right now without waiting for patches. SSD storage eliminates streaming stutter. View Distance and Traffic density reclaim the most frames per settings change. Current GPU drivers with a clean shader cache prevent the post-update hitching that plagues UE5 titles after every driver release. And for network lag, wired Ethernet plus optimized DNS resolves the most common causes of rubberbanding and high ping. Start with the fix that matches your symptoms and work through the list from there.