Dns Settings On Zte Mc888 Pro 5g
You will see two fields:
Enter the IP addresses of your chosen provider. Here are the best options:
| Provider | Primary DNS | Secondary DNS | Best For |
| :--- | :--- | :--- | :--- |
| Cloudflare | 1.1.1.1 | 1.0.0.1 | Privacy & Speed |
| Google Public DNS | 8.8.8.8 | 8.8.4.4 | Reliability |
| Quad9 | 9.9.9.9 | 149.112.112.112 | Security (blocks malware) |
| OpenDNS FamilyShield | 208.67.222.123 | 208.67.220.123 | Adult content filtering |
| CleanBrowsing (Family) | 185.228.168.10 | 185.228.169.11 | Strict parental controls | DNS Settings on ZTE MC888 Pro 5G
Example for Cloudflare:
Primary: 1.1.1.1
Secondary: 1.0.0.1
To change DNS settings, you must log in to the router’s admin panel. You will see two fields:
ZTE periodically releases firmware for the MC888 Pro that improves DNS handling. As of late 2024–2025, firmware versions B12 and higher have fixed the “DNS not sticking after reboot” issue. To check your version:
If no update is available and you have a carrier-branded router (e.g., from T-Mobile, Three, or Optus), the carrier controls firmware. You may need to contact them or use the per-device workaround. Enter the IP addresses of your chosen provider
One of the most tangible benefits of tweaking DNS on the ZTE MC888 Pro is performance. Carrier DNS servers are often overloaded or geographically distant from the router’s actual 5G cell tower. Switching to a global anycast DNS like Cloudflare or Google can reduce DNS resolution time from 50–100 milliseconds to 10–20 milliseconds. While seemingly small, this reduction compounds across every web request, leading to noticeably snappier page loads and lower perceived latency in web applications.
However, because the MC888 Pro is a 5G router, its overall speed is primarily constrained by cellular signal strength and tower congestion. DNS optimization provides a marginal but real improvement—akin to sharpening the focus on a camera rather than upgrading the lens. In practice, users in areas with weak 5G signals will see less benefit than those with strong, low-latency connections.