Hyperoptic Speed Test - Free UK Full Fibre Speed Check

Measure the exact performance of your Hyperoptic connection using our free diagnostic tool. Whether you subscribe to Hyperoptic's 150Mb, 500Mb, or 1Gb Hyperfast package, our test measures your download throughput, upload bandwidth, real-time ping latency, and connection jitter. Hyperoptic operates an independent 100% full-fibre (FTTP/FTTB) network across major UK urban centres, delivering symmetrical speeds that far outpace legacy copper and hybrid cable providers. Use our in-depth diagnostic guide below to verify your bandwidth, configure your Hyperhub router, troubleshoot CGNAT gaming NAT issues, and resolve connection bottlenecks.

Hyperoptic Broadband Speed Tiers & Expected Results

Hyperoptic delivers broadband via dedicated optical fibre cables directly into residential buildings and houses. Unlike Openreach-based providers who rely on copper phone wires for the final stretch, Hyperoptic maintains a pure fibre pipeline. Compare your live test results against Hyperoptic's official package benchmarks:

Why Symmetrical Upload Speeds Change the Game

Most traditional UK internet service providers—including Virgin Media's coaxial network, BT Openreach FTTC, Sky, and TalkTalk—offer highly asymmetrical connections. On a typical 1Gb plan from traditional providers, your download speed might reach 900 Mbps while your upload speed is restricted to a paltry 50 Mbps to 110 Mbps.

Hyperoptic offers symmetrical broadband on all plans 150Mb and above. This means your upload pipe is identical in size to your download pipe:

• Instant Cloud Backups: Uploading 50 GB of 4K drone footage or raw photography to Google Drive or OneDrive takes under 8 minutes on Hyperoptic 1Gb, compared to nearly two hours on asymmetrical cable networks.
• Crystal-Clear Video Conferencing: High-definition Zoom, Microsoft Teams, and Google Meet broadcasts remain flawless without buffering or pixelation, even if multiple family members are streaming simultaneously.
• Livestreaming & Content Creation: Stream smoothly to Twitch, YouTube, or Kick at 60fps with high bitrates (8,000+ kbps) without suffering dropped frames or audio desync.

Understanding CGNAT, Gaming NAT & Static IP Fixes

One critical technical aspect of Hyperoptic's network design is the use of Carrier-Grade NAT (CGNAT) for IPv4 traffic. Due to the global exhaustion of public IPv4 addresses, Hyperoptic assigns private IPv4 addresses to subscriber routers and routes their traffic through central network address translation gateways.

How CGNAT Affects You:

• Console & PC Gaming: P2P multiplayer titles (such as Call of Duty, FIFA/FC24, GTA Online) may display a Strict NAT or Moderate NAT status, causing matchmaking delays or party connection errors.
• Port Forwarding & Self-Hosting: Port forwarding rules configured inside your Hyperhub router will not work under CGNAT because incoming traffic cannot traverse Hyperoptic's shared public IP gateway.
• VPN & Remote Access: Certain enterprise IPsec VPNs, home Plex media servers, and security camera systems require a dedicated public IPv4 address.

The Solution: Hyperoptic Static IPv4 Address

Hyperoptic makes it simple to bypass CGNAT. You can request a Static IPv4 address for £5/month directly through your Hyperoptic account dashboard or by calling customer support. Once activated, a dedicated public IP address is assigned directly to your Hyperhub router, restoring Open NAT for gaming and enabling full port forwarding capabilities. Additionally, Hyperoptic natively supports dual-stack IPv6 out of the box.

Nokia Hyperhub Setup & Admin Console (192.168.1.1)

Hyperoptic supplies subscribers with a high-performance Nokia Hyperhub or ZTE Hyperhub router. To optimize your internal Wi-Fi settings or check your connection status, access the router settings panel:

1. Connect your device to your Hyperhub Wi-Fi network or plug in an Ethernet cable.
2. Open a web browser and navigate to http://192.168.1.1 (or http://192.168.0.1 for select ZTE models).
3. Enter the admin username (usually admin) and the unique admin password located on the gateway's rear label.
4. In the wireless configuration tab, separate the 2.4 GHz and 5 GHz SSIDs if your smart home devices require a dedicated 2.4 GHz band.
5. Set your 5 GHz Wi-Fi channel width to 80 MHz or 160 MHz (on Wi-Fi 6 Nokia Hyperhubs) for maximum wireless throughput.

Hyperoptic Total WiFi & Mesh Extenders

For larger UK properties with solid brick internal walls or multiple storeys, Wi-Fi signals degrade as distance from the Hyperhub increases. Hyperoptic offers their Total WiFi add-on service powered by Nokia WiFi mesh nodes:

• Seamless Roaming: Mesh nodes use 802.11k/v/r protocols to automatically hand off your smartphone or laptop to the closest node without dropping active voice calls or streams.
• Coverage Guarantee: Total WiFi guarantees strong Wi-Fi signal coverage in every room of your property.
• Ethernet Backhaul: For ultimate stability, you can connect Nokia mesh nodes together using internal Cat6 wall sockets for wired backhaul performance.

Why Your Hyperoptic Speed Test Is Showing Slow Speeds

If your speed test results fall below Hyperoptic's guaranteed levels, run through these systematic troubleshooting steps:

• Test Over Wired Cat6 Ethernet: Wi-Fi overhead, distance, and wall attenuation reduce speeds. Always plug a laptop or PC directly into the LAN port on your Hyperhub using a Cat5e or Cat6 cable to establish your true baseline speed.
• Check Network Card (NIC) Negotiation: Ensure your computer's Ethernet port is negotiating at 1.0 Gbps (Gigabit) full duplex rather than 100 Mbps. Older network adapters or damaged 4-wire Ethernet cables cap speeds at 95 Mbps.
• Disable Active VPNs & Antivirus Proxies: Virtual Private Networks (VPNs) add heavy encryption overhead and route traffic through remote servers, often limiting throughput to 100–300 Mbps regardless of your underlying 1Gb line.
• Power Cycle Your ONT Socket: Locate the optical wall socket (ONT) where the fibre cable enters your home. Unplug the power adapter for the ONT and Hyperhub router for 60 seconds, then reconnect power to clear cached ARP tables and restore peak optical handshake speeds.

Hyperoptic vs. UK Competitors (Virgin, BT, Sky, Community Fibre)

How does Hyperoptic compare to other major UK broadband providers? Review our comparative breakdown:

Hyperoptic Broadband - Frequently Asked Questions