How to Use Pi-Hole to Block Ad Domains in IPTV Streams

You sit down to watch the big match. You open your IPTV app and pick the sports channel. Instead of the pre-match analysis, you see a 20-second ad for an online casino. You wait through it. You switch to a movie channel. Another ad plays. By the end of the night, you have spent more time watching ads than actual content. If this sounds familiar, you are not alone. Many IPTV users deal with unwanted ads in their streams. The ads come from free playlists, cheap providers, or even your own internet service provider injecting them into your traffic. There is a powerful tool that can stop most of these ads at the network level. It is called Pi-hole. Pi-hole is a free, open-source DNS sinkhole that blocks ad domains before they ever reach your devices. When you use Pi-hole to block ad domains in IPTV streams, you stop the ads at the DNS request stage. Your IPTV player never even connects to the ad server. This guide walks you through every step of setting up Pi-hole for IPTV ad blocking. By the end, your entire home network will be protected from ad domains, tracking servers, and malware hosts.

What Is Pi-hole and How Does It Block IPTV Ad Domains?

Pi-hole is a network-wide ad blocking application that runs on a Raspberry Pi or any Linux-based device. It works by acting as your home network’s DNS server. When any device on your network — Firestick, Smart TV, Android box, phone, laptop — tries to load a website or stream content, it first asks the DNS server for the IP address of that domain. Pi-hole intercepts every one of these requests. It checks each domain against a list of known ad, tracking, and malware domains. If the domain is on the blocklist, Pi-hole returns a dead-end IP address. The request goes nowhere. The ad never loads.

For IPTV users, this is extremely useful. Many IPTV streams contain embedded ad servers. When you switch channels, your IPTV player tries to contact an ad server before playing the stream. Pi-hole stops that request. The ad domain never resolves, so your player skips the ad and goes straight to the channel content. The same principle applies to banner ads in IPTV apps, pop-up ads that appear during streaming, and tracking domains that collect your viewing data. Pi-hole blocks them all at the DNS level before they can affect your experience.

Pi-hole is free, open-source, and maintained by a large community. It runs on a Raspberry Pi Zero W (£10), Raspberry Pi 4 (£35), or any always-on Linux server. Once configured, it requires almost no maintenance. It updates its blocklists automatically every 24 hours. You can monitor blocked queries, whitelist false positives, and add custom blocklists through a clean web dashboard. Over 100,000 people use Pi-hole to protect their home networks from unwanted content.

What Pi-hole Can and Cannot Block in IPTV Streams

Before you start the setup, it helps to understand exactly what Pi-hole can and cannot block. This sets realistic expectations and helps you decide if Pi-hole alone is enough for your setup.

What Pi-hole Can Block

Pi-hole can block any ad that relies on a domain name to load its content. This covers most types of IPTV ads. Here is what Pi-hole stops effectively:

• Banner and pop-up ads in IPTV player apps. Apps like the free version of IPTV Smarters Pro or GSE Smart IPTV load ads from ad servers. Pi-hole blocks those server domains, so the ads never appear.

Trial Pass



3 Hours Pass
£0
ORDER NOW


• Pre-roll ad servers in free M3U playlists. Many free playlists include ad server URLs that trigger before each channel. Pi-hole blocks the DNS lookup, so the ad request fails silently.
• ISP-level ad injection domains. Some ISPs inject ads by redirecting your traffic through their own ad servers. Pi-hole blocks those domains, stopping ISP ad injection entirely.
• Tracking and analytics domains. IPTV apps and playlists often include tracking pixels that report your viewing habits. Pi-hole blocks them, protecting your privacy.
• Malware and phishing domains. Free IPTV playlists are a common vector for malware. Pi-hole blocks known malicious domains, keeping your devices safer.
• Redirect domains. Some free playlists redirect you to ad pages before loading channels. Pi-hole blocks the redirect domains so the stream loads directly.

What Pi-hole Cannot Block

Pi-hole has limitations. It is a DNS-level blocker, not a content filter. Here is what it cannot block:

• Server-side ad insertion (SSAI). Some IPTV providers bake ads directly into the video stream. The ad is part of the video file itself, not loaded from a separate domain. Pi-hole cannot block these because no DNS request happens.
• Ads from the same domain as the content. If a provider serves ads from the same server as the channel stream, Pi-hole cannot distinguish between the ad and the content. Blocking the domain would block the channel too.
• YouTube-style pre-roll ads. Some IPTV providers insert pre-recorded ads into the stream at the server level. These are part of the video feed and bypass DNS entirely.
• HTTPS-based ads served from the same origin. If the ad comes from the same CDN and domain as the video content, Pi-hole sees them as the same request.

In practice, Pi-hole blocks 80–90% of IPTV ad types. For the remaining 10–20%, you need a provider that simply does not serve ads. That is where a premium service like Perfect IPTV comes in. We cover this in Step 7 and the ultimate setup section.

Perfect IPTV UK Pricing Plan

What You Need to Follow This Tutorial

Before you start the step-by-step tutorial, gather these items:

• A Raspberry Pi (model 3B, 4, 5, or Zero 2 W). Any model works. A Pi Zero 2 W at £15 is plenty for most home networks.
• A microSD card (16 GB or larger, Class 10 recommended).
• A power supply for the Raspberry Pi (5V 3A USB-C for Pi 4/5, micro USB for older models).
• An Ethernet cable or WiFi connection for the Pi. Ethernet is more reliable for a DNS server, but WiFi works fine.
• A computer to write the Pi-hole software to the SD card.
• Admin access to your home router to change DNS settings.
• About 45 minutes of setup time.

That is everything you need. Let us start the step-by-step process to use Pi-hole to block ad domains in IPTV streams.

Limited Time Offers

Step 1: Set Up Pi-hole on a Raspberry Pi

The first step is to install Raspberry Pi OS on your Pi, then install Pi-hole on top of it. Follow these instructions carefully.

1.1 Install Raspberry Pi OS

Download the Raspberry Pi Imager tool from the official Raspberry Pi website. Install it on your computer. Insert your microSD card into your computer. Open Raspberry Pi Imager. Select your Raspberry Pi model. Choose Raspberry Pi OS Lite (64-bit) — this is the version without a desktop. It uses fewer resources and is more stable for a DNS server. Select your SD card and click Write. The process takes about 5 minutes.

After writing, eject the SD card and insert it into your Raspberry Pi. Connect the Pi to your router with an Ethernet cable. Plug in the power supply. Wait 2 minutes for the Pi to boot. Find the Pi’s IP address by logging into your router admin panel and looking at the DHCP client list. It is usually something like 192.168.1.100 or 192.168.0.50.

1.2 Connect to Your Pi via SSH

On your computer, open a terminal (Command Prompt on Windows, Terminal on Mac/Linux). Type the following command, replacing the IP address with your Pi’s address: ssh pi@192.168.1.100. The default password is “raspberry”. You will be prompted to change it on first login. Choose a strong password and write it down.

1.3 Install Pi-hole

Run this single command to install Pi-hole: curl -sSL https://install.pi-hole.net | bash. The installer will walk you through several options. Choose the default settings for most prompts. When asked about upstream DNS providers, select Cloudflare (1.1.1.1) or Quad9 (9.9.9.9) for fast, privacy-focused DNS resolution. When asked about the blocklist, keep the default StevenBlack list selected. You can add more lists later. When asked about the web interface and API, say Yes to both. The web interface is how you monitor and manage Pi-hole. The installer finishes with a screen showing your Pi-hole IP address and admin password. Write these down. You will need them.

1.4 Access the Pi-hole Admin Dashboard

Open a web browser on your computer and go to http://192.168.1.100/admin (use your Pi’s actual IP address). Log in with the password from the installation screen. You are now looking at the Pi-hole dashboard. It shows total queries, blocked queries, top domains, top clients, and a real-time query log. This dashboard is your control center for managing IPTV ad blocking.

Step 2: Configure Your Router to Use Pi-hole

Pi-hole is installed and running, but no devices on your network are using it yet. You need to tell your router to hand out Pi-hole’s IP address as the DNS server to every device on your network. This is the most important step in the tutorial. When done correctly, every device in your home — Firestick, Smart TV, Android box, phone, laptop — will use Pi-hole for DNS lookups.

2.1 Find Your Router’s Admin Panel

Open a browser and go to your router’s IP address. Common router IPs are 192.168.1.1, 192.168.0.1, or 192.168.1.254. Check the sticker on your router if you are unsure. Log in with your admin credentials. If you never changed them, check the sticker on the router or look up the default username and password for your router model online.

2.2 Change the DNS Settings

Look for a section called WAN, Internet Settings, DNS, or DHCP Server. The exact location varies by router brand. BT Home Hub users find it under Advanced Settings > Network > DHCP Server. Virgin Media Hub users find it under Advanced > DNS. TP-Link users go to Network > WAN > DNS Settings. Find the DNS fields. Change the Primary DNS to your Pi-hole’s IP address (e.g., 192.168.1.100). Set the Secondary DNS to 1.1.1.1 or 9.9.9.9 as a fallback. Save the settings.

2.3 Reboot Your Router and Devices

Reboot your router to apply the DNS changes. Then reboot your IPTV streaming devices. This forces them to request new IP addresses and DNS settings from the router. After the reboot, every device on your network will use Pi-hole as its DNS server. You can verify this by checking the Pi-hole dashboard. Under “Top Clients,” you should see your Firestick, Smart TV, Android box, and other devices listed.

If your router does not let you change DNS settings (some ISP-provided routers lock this), you can set DNS manually on each device instead. On Firestick, go to Settings > Network > Your WiFi Network > Advanced > IP Settings > Static. Enter your Pi-hole IP as DNS 1. On Android TV boxes, go to Settings > Network & Internet > WiFi > Modify Network > Advanced > IP Settings > Static. Enter your Pi-hole IP as DNS. Setting DNS on each device takes more time but works just as well.

Step 3: Add IPTV-Focused Blocklists

The default Pi-hole installation includes the StevenBlack Unified Hosts list. This covers general ad domains, but it misses many IPTV-specific ad servers. To use Pi-hole to block ad domains in IPTV streams effectively, you need to add blocklists that target streaming ad servers, video ad networks, and IPTV-specific trackers.

3.1 Open Pi-hole Blocklist Management

Log into your Pi-hole admin dashboard. Go to Group Management > Adlists. This page shows your current blocklists and lets you add new ones. You will paste the raw URLs of blocklists here.

3.2 Recommended IPTV Blocklists

Add each of the following blocklists by pasting the URL and clicking Add:

• OISD Full List. This is the most comprehensive blocklist for IPTV ad blocking. It covers ad servers, tracking domains, malware hosts, and scam sites. Many IPTV users report it blocks 95% of IPTV ad domains on its own. URL: https://big.oisd.nl/
• AdGuard DNS Filter. AdGuard maintains an excellent blocklist focused on advertising and tracking domains across all media types, including video streaming. URL: https://adguardteam.github.io/AdGuardSDNSFilter/Filters/filter.txt
• EasyList + EasyPrivacy. These are the gold standard for ad blocking on the web. They also cover many IPTV-related ad domains and tracking pixels. URL: https://easylist.to/easylist/easylist.txt and https://easylist.to/easylist/easyprivacy.txt
• NoCoin Blocklist. Cryptojacking scripts sometimes hide inside free IPTV playlists. This list blocks known cryptocurrency mining domains. URL: https://raw.githubusercontent.com/hoshsadiq/adblock-nocoin-list/master/nocoin.txt
• Phishing Army Blocklist. Free IPTV playlists often contain phishing links. This list blocks known phishing domains. URL: https://phishing.army/download/phishing_army_blocklist_extended.txt

3.3 Update Gravity

After adding all the blocklists, go to Tools > Update Gravity. Pi-hole will download and process all the lists. This takes 2–5 minutes depending on your internet speed. When it finishes, Pi-hole will have tens of millions of blocked domains in its database. Your IPTV ad blocking coverage is now much stronger.

You can also create custom blocklists for domains you personally discover. Any time you see an ad in your IPTV stream, check the Pi-hole query log, find the domain, and add it to a custom list. Over time, your personal blocklist becomes a powerful IPTV ad blocking tool.

Step 4: Monitor the Query Log and Block IPTV Ad Domains

The Pi-hole query log is your best tool for fine-tuning IPTV ad blocking. It shows every DNS request from every device on your network in real time. You can see exactly which domains your IPTV player is trying to reach and decide whether to block or allow each one. This step turns Pi-hole from a general ad blocker into a precise IPTV ad blocking tool.

4.1 Open the Query Log

In the Pi-hole dashboard, click Query Log in the left sidebar. You will see a live feed of DNS requests. Each entry shows the time, the domain requested, the client device that made the request, and whether it was blocked or allowed. Use the filter box at the top to narrow results. Type part of a domain name to see only matching queries.

4.2 Identify IPTV Ad Domains

Start streaming an IPTV channel on your Firestick, Android box, or Smart TV. Watch the Pi-hole query log. You will see a flood of DNS requests. Most are for the IPTV provider’s server and CDN domains. Those should stay allowed. But look for requests to suspicious domains. Common patterns for IPTV ad domains include names with “ad”, “track”, “analytics”, “banner”, “promo”, “sponsor”, “marketing”, “redirect”, “popup”, “impression”, “click”, “bid”, “rtb”, “pub”, “creative”, and “display” in the URL. Note down any domains that look like ad servers. If you see a banner ad or pop-up during your stream, immediately check the query log. The domain that just loaded is likely the ad server.

4.3 Add Domains to the Blocklist

When you identify an IPTV ad domain, click on it in the query log. You will see details about that request. Click “Block” to add the domain to Pi-hole’s blocklist immediately. The domain will be blocked for all future requests. Continue streaming and monitor the log. Keep blocking ad domains as they appear. After 20 minutes of watching different channels, you will have blocked most of the ad domains that your IPTV player contacts.

4.4 Use Regex Blocking for Advanced Users

Pi-hole supports regular expression (regex) blocking. This lets you block entire categories of domains with a single rule. For example, if you notice that all ad domains for your IPTV provider contain the pattern “ad-*.cdnprovider.com”, you can create a regex rule that blocks any domain matching that pattern. Go to Group Management > Regex Filters. Add filters like ^(.+\.)?ad\..+\. to block domains where “ad” appears as a subdomain. Regex blocking is powerful, but be careful. Overly broad regex rules can block legitimate streaming domains. Test each rule carefully against your IPTV service.

Step 5: Whitelist Legitimate Domains

Aggressive IPTV ad blocking sometimes catches legitimate domains. A channel might fail to load because its CDN domain looks like an ad server. An EPG (Electronic Program Guide) might stop updating because the EPG provider’s domain was blocked. When this happens, you need to whitelist the blocked domain. Whitelisting tells Pi-hole to always allow that domain, even if it matches a blocklist rule.

5.1 Check for Blocked Legitimate Domains

If an IPTV channel or feature stops working after adding blocklists, check the Pi-hole query log for blocked requests from that device. Look for domains that are clearly part of the streaming infrastructure — CDN domains, EPG server domains, API endpoints, and authentication servers. Domains from providers like Cloudfront, Akamai, Fastly, or the IPTV provider’s own server should be whitelisted if you see them blocked.

5.2 Test by Temporarily Disabling Blocking

Pi-hole has a temporary disable feature. In the dashboard, click “Disable for 10 minutes” or “Disable indefinitely.” If the IPTV feature starts working after disabling Pi-hole, you have identified that a blocked domain is causing the problem. Re-enable Pi-hole, check the query log for blocked domains from your IPTV device during the time it was working, and whitelist the relevant domains.

5.3 Add to the Whitelist

In the Pi-hole dashboard, go to Group Management > Domains. Type the domain you want to whitelist. Select “Whitelist” from the dropdown and click Add. Pi-hole will immediately allow that domain. Test the IPTV channel or feature again. If it works, the whitelist fixed the issue. If not, there may be multiple blocked domains involved. Repeat the process until everything works correctly.

Common domains that IPTV users need to whitelist include provider-specific CDN domains, EPG server URLs, Xtream Codes API endpoints, update check servers for IPTV player apps, and font/CDN domains used by the IPTV app interface. Every IPTV setup is different, so spend 15–20 minutes in the testing phase to get your whitelist right.

Step 6: Test That Pi-hole Is Blocking IPTV Ads

After adding blocklists, monitoring the query log, and whitelisting legitimate domains, it is time to test the results. This step confirms that Pi-hole is actually blocking the IPTV ad domains in your streams.

6.1 Run the Long-Form Ad Test

Open your IPTV app on your streaming device. Spend 30 minutes switching between different channels. Focus on channels you know had ads before. Sports channels, movie channels, and free-to-air channels are the most common sources of pre-roll ads. Switch channels frequently. Each channel change triggers a new ad check. If Pi-hole is working correctly, you should see no banner ads, no pop-up ads, no pre-roll video ads, and no redirects to ad pages. The channel content should start immediately after you select it.

6.2 Check the Pi-hole Blocked Query Count

During your 30-minute test, keep the Pi-hole dashboard open on a computer or phone. Watch the “Queries Blocked” counter in real time. A healthy Pi-hole setup for IPTV should show thousands of blocked queries per hour. If you see very few blocked queries, your blocklists may not be aggressive enough, or your IPTV provider may use SSAI that Pi-hole cannot block. Each blocked query represents an ad domain, tracking domain, or malware domain that never reached your device. For reference, a typical household with IPTV streaming sees 15–25% of all DNS queries blocked by a well-configured Pi-hole. Higher is usually better, but only if no legitimate content is being blocked.

6.3 Compare the Experience Before and After

Recall what your IPTV experience was like before Pi-hole. Count how many ads you saw per hour of viewing. Now compare that to the current experience. If you went from seeing 5–10 ads per hour to zero ads, Pi-hole is working at full effectiveness. If you still see occasional ads, check the query log for new ad domains and block them. Some IPTV ad domains change frequently to evade blocklists. That is why Pi-hole lets you add custom blocks. The combination of automated blocklists and your personal blocks creates a powerful defense.

6.4 Run the Privacy Test

Pi-hole also blocks tracking domains. Check how many tracking requests have been blocked since you started streaming. Go to the dashboard and look at “Domains Blocked.” A significant portion should be tracking and analytics domains. This means Pi-hole is not just blocking ads — it is also protecting your viewing privacy. No tracking pixels from your IPTV app are reporting your watching habits to third parties.

Step 7: Evaluate Whether You Still Need an Ad-Free Provider

Pi-hole is powerful, but it has limits. After completing steps 1 through 6, you may still see some ads. This happens when the ads come from server-side ad insertion (SSAI) or from the same domain as the video content. In these cases, Pi-hole cannot block them because the ad is part of the video stream itself. You have two choices: accept the occasional ad, or switch to an IPTV provider that does not serve ads at all. This is where a premium IPTV service makes the difference.

Perfect IPTV is a premium IPTV provider that serves zero ads across all 9,000+ live channels and 25,000+ on-demand movies and TV series. There are no pre-roll ads. No banner ads. No pop-ups. No server-side ad insertion. Every channel streams clean content from start to finish. When you pair Perfect IPTV with Pi-hole, you get the ultimate ad-free IPTV setup. Pi-hole blocks any external ad domains that might slip through, and Perfect IPTV ensures no ads are inserted at the server level. The combination is unbeatable.

Perfect IPTV plans start at just £13 per month for a single connection. That includes 4K, FHD, and HD quality streams, AntiFreeze Technology for buffer-free playback, and a free Surfshark VPN subscription with every plan. The VPN is useful because it encrypts your traffic and stops ISP-level ad injection before it reaches Pi-hole. The two tools — Pi-hole and Surfshark VPN — complement each other perfectly. Pi-hole blocks DNS requests to ad domains. Surfshark encrypts your traffic so your ISP cannot inject new ads. Together with Perfect IPTV’s ad-free streams, you have three layers of ad protection.

You can try Perfect IPTV risk-free with a 3-hour free trial. No credit card is required. This gives you enough time to test the service, set up Pi-hole, and confirm that the combination gives you a completely ad-free IPTV experience. If you want more time, the 3-day paid trial for just £3 gives you full access to evaluate everything. Either way, you can see for yourself what happens when Pi-hole and a premium IPTV provider work together.

The Ultimate Pi-hole + Premium IPTV Setup

For readers who want the absolute best ad-free IPTV experience, here is the complete setup. This combines Pi-hole, a premium IPTV provider, a VPN, and best practices for a completely clean streaming environment.

Layer 1: Pi-hole on a Raspberry Pi

Run Pi-hole on a Raspberry Pi 4 or 5 with Ethernet connection to your router. Use the OISD Full blocklist plus the IPTV-specific lists recommended in Step 3. Configure automatic weekly updates for gravity and the Pi-hole software. Monitor the query log monthly to catch new IPTV ad domains. This layer stops 80–90% of IPTV ad domains before they reach your device.

Layer 2: Free Surfshark VPN from Perfect IPTV

The free Surfshark VPN included with every Perfect IPTV subscription encrypts all your streaming traffic. This stops ISP-level ad injection and DNS hijacking. Surfshark also includes CleanWeb technology that blocks ads, trackers, and malware at the VPN level. This gives you a second layer of protection for ads that might bypass Pi-hole. Set Surfshark to connect automatically when your streaming device starts.

Layer 3: Premium IPTV Provider with No Server-Side Ads

Perfect IPTV does not insert any ads into its streams. This eliminates the 10–20% of ads that Pi-hole cannot block due to SSAI limitations. With 9,000+ live channels, 25,000+ on-demand titles, 4K quality, and 99.9% uptime, you get a premium experience with zero ad interruptions. Use the Xtream Codes API login for a more secure connection than M3U URLs.

Layer 4: TiviMate Premium as Your IPTV Player

TiviMate Premium costs about £4 per year and shows zero ads. The free version of any IPTV player may show its own ads, which Pi-hole may or may not block depending on the ad domain. By using a premium player, you eliminate player-level ads entirely. TiviMate also supports EPG, channel groups, multiple playlists, and recording. It pairs perfectly with Perfect IPTV’s Xtream Codes API.

Layer 5: Manual Query Log Audits

Every month, spend 10 minutes reviewing the Pi-hole query log for new IPTV ad domains. Streaming landscapes change. New ad servers appear. Old ones get blocked. By staying on top of the query log, you ensure Pi-hole remains effective. Add new domains to your custom blocklist as needed. This five-layer setup guarantees the cleanest possible IPTV experience.

Frequently Asked Questions

Will Pi-hole slow down my IPTV streaming?

No. Pi-hole actually speeds up your IPTV experience. When you block ad domains, your IPTV player spends less time loading ads and more time streaming content. Pi-hole itself adds less than 1 millisecond to each DNS query. You will not notice any difference in channel loading speed. On the contrary, channels load faster because the ad-loading step is skipped entirely.

Can Pi-hole block ads on all IPTV players?

Pi-hole blocks ads at the DNS level, so it works with every IPTV player on every device. TiviMate, IPTV Smarters Pro, GSE Smart IPTV, XCIPTV, OTT Navigator, VLC, and Kodi all benefit from Pi-hole’s ad blocking. The limitation is not the player but the type of ad. If the ad is embedded in the video stream, no DNS-level tool can block it. For all other ad types, Pi-hole works regardless of the player.

Do I need a Raspberry Pi, or can I run Pi-hole in Docker?

You can run Pi-hole in Docker on any always-on server, NAS, or even a cloud VPS. Many users run Pi-hole in Docker on a Synology NAS, an old laptop, or a Virtual Private Server. The Raspberry Pi is simply the most affordable and power-efficient option. It draws 3–5 watts of power and costs about £35 for the Pi 4 kit. Docker is a valid alternative if you already have a home server running 24/7.

Can Pi-hole block IPTV ads on Smart TVs?

Yes. Because Pi-hole operates at the router level, every device on your network uses it for DNS lookups, including Smart TVs. Your Samsung, LG, or Sony TV’s IPTV app will use Pi-hole automatically after you configure your router. You do not need to install anything on the TV itself. This is one of the biggest advantages of Pi-hole over device-level ad blockers.

How many blocklists should I use for IPTV?

Start with 3–5 blocklists. The OISD Full list is the most effective for IPTV ad domains. Add AdGuard DNS Filter, EasyList, and EasyPrivacy. That covers most ad and tracking domains. Avoid adding more than 10 lists. Too many blocklists increase the chance of false positives that break legitimate streams. Quality over quantity applies here.

What is the difference between Pi-hole and AdGuard Home?

Both are DNS-level ad blockers, but they differ in implementation. Pi-hole uses a Python-based DNS server and a PHP web interface. It is lightweight and runs on very old hardware. AdGuard Home is written in Go, has a modern web interface, and supports DNS-over-HTTPS and DNS-over-TLS out of the box. For IPTV ad blocking, both are equally effective. Choose Pi-hole if you prefer a larger community and more tutorials. Choose AdGuard Home if you want a more modern interface.

Can I use Pi-hole with Perfect IPTV?

Yes. Pi-hole works perfectly with Perfect IPTV. In fact, Pi-hole and Perfect IPTV complement each other. Pi-hole blocks external ad domains and tracking servers. Perfect IPTV ensures no ads are inserted at the server level. Many Perfect IPTV users run Pi-hole as an additional layer of protection. The combination gives you the cleanest possible IPTV experience on any device.

Will Pi-hole block the Perfect IPTV service itself?

No. The Perfect IPTV domain and its CDN servers are legitimate streaming infrastructure. They are not on any ad blocklist. If you use the recommended blocklists in this guide, Perfect IPTV will work without any issues. If you accidentally block a Perfect IPTV domain while adding custom blocks, simply whitelist it using the method in Step 5.

How do I know if Pi-hole is working for IPTV?

Check the Pi-hole dashboard. Look at the total queries and number of blocked queries. Run a stream on your IPTV app for 10 minutes and switch channels several times. If you see hundreds of blocked queries accumulating in the dashboard, Pi-hole is working. You can also check the query log filtered by your streaming device’s IP address. You will see blocked domains that would have been ads.

What if I still see ads after setting up Pi-hole?

First, check if the ads are coming from server-side ad insertion. If the ad plays as part of the video stream with no additional network request, Pi-hole cannot block it. The solution is to switch to a provider that does not use SSAI, such as Perfect IPTV. Second, check if new ad domains have appeared in the query log and add them to your blocklist. Third, make sure your router is actually pointing devices to Pi-hole. Run a DNS leak test from your streaming device to verify.

Can I use Pi-hole without a Raspberry Pi?

Yes. Pi-hole runs on any Linux system. You can install it on an Ubuntu server, a Debian VM, a Docker container, a Synology NAS, an old laptop running Linux, or even a cloud VPS. The Raspberry Pi is just the most popular and cost-effective option. If you already have a server running 24/7, installing Pi-hole on it takes 10 minutes. The functionality is identical regardless of the hardware.

Conclusion

Pi-hole is one of the most effective tools you can use to block ad domains in IPTV streams. It operates at the network level, which means it protects every device in your home without requiring app installations or configuration changes on each device. With the right blocklists and a few minutes of query log monitoring, Pi-hole can block 80–90% of IPTV ad domains automatically. The remaining ads — server-side insertions that are baked into the video stream — require a provider that simply does not serve ads.

This is why the ultimate ad-free IPTV setup combines Pi-hole with a premium provider like Perfect IPTV. Pi-hole blocks external ad domains and tracking servers. Perfect IPTV eliminates server-side ad insertion by serving only clean streams. The free Surfshark VPN included with every subscription adds a third layer by encrypting your traffic and stopping ISP-level ad injection. Three layers of protection mean zero ads, zero interruptions, and zero tracking.

Get started today. You can find a Raspberry Pi kit online for around £35. Install Pi-hole in under an hour using this guide. Try Perfect IPTV with a free 3-hour trial — no card required. Test the combination on your Firestick, Android box, or Smart TV. If you want more time to evaluate everything, the 3-day paid trial for just £3 gives you full access to all channels and on-demand content. Once you experience IPTV with zero ads, you will never go back.

If you run into issues during the Pi-hole setup, the Perfect IPTV support team is available 24/7 via WhatsApp and email. They know Pi-hole, they know IPTV, and they can help you get the perfect ad-free setup working on your network. Message us anytime at +447462282468 — real humans, real help, no bots.