Marshall Brings ANC Back to On-Ear Gaming Headphones: Common Setup Mistakes That'll Kill Your Audio

Marshall just dropped some serious tech news that's got me hyped. They're bringing active noise canceling back to their smaller on-ear wireless headphones for the first time since 2018. That's a six-year gap, which is absolutely insane when you think about how much gaming technology has evolved.

The original Mid A.N.C. was solid back in the day, but Marshall's been sleeping on the ANC game for their compact cans. Meanwhile, everyone's been asking for it. Trust me, I know — working at TieredUp Tech in Orange, TX, I've had countless customers ask about Marshall's smaller ANC options only to find out they don't exist.

But here's the thing. Getting hyped about new ANC headphones is one thing. Actually setting them up right? That's where most people absolutely blow it.

Why ANC Setup Actually Matters for Gaming Performance

Look, I get it. You unbox your shiny new Marshalls, connect via Bluetooth, and think you're good to go. Wrong move.

ANC isn't just about blocking out your roommate's Netflix binge. For competitive gaming, proper ANC configuration directly impacts your ability to hear footsteps in Valorant, callouts in CS2, or that subtle audio cue that tells you someone's flanking in Apex.

The most common mistake? People max out ANC thinking more is always better. Ngl, this is busted logic. Too aggressive ANC can actually mask important mid-frequency audio cues that competitive games rely on. You'll block the distractions but also kill the details that separate good players from great ones.

The Bluetooth Codec Disaster Most People Create

Here's where things get spicy. Marshall's bringing back ANC, but if you're connecting these to your gaming setup wrong, you're basically throwing money away.

Most gamers just use whatever Bluetooth codec their device defaults to. Usually that's SBC, which is mid at best. Latency sits around 200-300ms with SBC. Know what that means? Your audio is literally a quarter-second behind the action. In a game like CS2 where timing is everything, that delay will get you killed.

The fix isn't complicated, but most people never bother. Force your connection to aptX Low Latency if both devices support it. Suddenly you're looking at 40ms latency instead of 200ms. Game-changing difference.

But here's the catch — and this is where I'm genuinely uncertain about Marshall's new direction. Their previous ANC models had inconsistent codec support. Will the new on-ear models nail this, or are we looking at another compromise situation?

EQ Sins That'll Ruin Your Competitive Edge

Personally, I think the biggest mistake with any new gaming headphones is ignoring EQ completely. Marshall's signature sound is warm and bass-heavy, which sounds incredible for music. For gaming? Not so much.

That boosted low-end will mask footsteps. Those recessed mids will bury voice comms. The slightly rolled-off treble means you'll miss the high-frequency details that give away enemy positions.

Hot take: Marshall's stock tuning is designed for rock music, not gaming. You need to fix this immediately or you're handicapping yourself.

The Five-Minute EQ Fix Everyone Skips

This isn't rocket science, but most people act like it is. Here's your quick Marshall gaming EQ:

• Cut bass below 100Hz by 3-4dB
• Boost 200-500Hz by 2-3dB for voice clarity
• Slight boost around 3-5kHz for detail retrieval
• Leave everything else alone unless you hear specific issues

Takes five minutes max. The difference in competitive performance is massive. Why do so few people do this? Because they think "premium" headphones should work perfectly out of the box. They don't.

Platform-Specific Setup Nightmares

Here's where Marshall's ANC return gets complicated. Different platforms handle ANC processing differently, and most people never account for this.

PlayStation 5's 3D audio processing can conflict with aggressive ANC. Xbox Series X handles it better but still isn't perfect. PC? That's a whole different beast depending on your audio drivers and whether you're running dedicated software.

The mistake everyone makes is using identical settings across all platforms. Your perfect PS5 ANC setup will sound completely different on PC with different audio processing in the chain.

Windows Audio: The Silent Performance Killer

Windows spatial audio is lowkey terrible for competitive gaming, but it's enabled by default on most systems. Combine that with ANC processing, and you're looking at a audio nightmare.

First thing you should do with any new ANC headphones on PC: disable Windows spatial audio completely. Turn off all "enhancements" in Windows audio settings. These features add processing delay and mess with the frequency response you've carefully tuned.

Most people leave this stuff enabled because they think more features equals better performance. In gaming, the opposite is usually true. Clean, direct audio paths beat fancy processing every time.

The Wireless Gaming Reality Check

Marshall's bringing ANC back to wireless on-ear headphones, which sounds great until you face the wireless gaming reality. Bluetooth isn't built for low-latency gaming, period.

Even with the best codecs, you're looking at minimum 40ms latency. For casual gaming, that's fine. For anything competitive, it's a problem. Add ANC processing on top, and latency can jump even higher.

Honestly, if you're serious about competitive gaming, wired will always beat wireless. But I get it — wireless convenience is hard to give up. The key is understanding the tradeoffs and adjusting your expectations accordingly.

When customers at our shop ask about wireless gaming headphones, I always ask what games they play. Rocket League? CS2? Valorant? Those games punish audio latency hard. Story games or casual multiplayer? Wireless ANC can work great.

Battery Management Nobody Talks About

ANC eats battery like crazy. Marshall's previous models got around 20 hours without ANC, maybe 14-15 with it enabled. That's solid, but only if you manage it right.

The mistake most people make is leaving ANC on 100% of the time. You don't need it during loading screens or menu navigation. Turn it off when gaming intensity drops. Your battery life will thank you, and you'll avoid the mid-match death scenario where your headphones die during a crucial round.

Smart ANC management means toggling based on environment, not just leaving it maxed constantly.

Why This Marshall Move Actually Matters

Six years without ANC on smaller Marshall headphones was genuinely weird. The gaming market has exploded during that time. Everyone's working from home, living with roommates, dealing with more audio distractions than ever.

ANC isn't just a nice-to-have anymore — it's essential for maintaining focus during long gaming sessions. Marshall finally getting this shows they're paying attention to actual user needs instead of just chasing audiophile trends.

The question is execution. Will these new models nail the codec support? Handle latency properly? Work seamlessly across gaming platforms? Or will they repeat the same compromises that made their previous wireless gaming attempts feel half-baked?

Tbh, I'm cautiously optimistic. Marshall's been improving their wireless game steadily. Their latest Monitor models handle Bluetooth much better than their earlier attempts. If they bring that same improvement to the smaller ANC models, we might actually have a winner.

But don't just buy them and expect magic. Build your custom gaming PC with BitCrate if you want the full performance setup, then pair it with properly configured audio that matches your actual gaming needs. Marshall's bringing back the hardware — you still need to do the setup work.

The real test won't be the marketing specs or the nostalgic leather finish. It'll be whether these headphones can handle a clutch 1v4 in CS2 without missing a single audio cue. That's where most "gaming" headphones completely fall apart, ANC or not.