Home audio · Home studio
Rooms first, then gear. We grade hi-fi and studio kit on the specs that actually matter — sensitivity, frequency-response windows, round-trip latency, preamp gain — cross-check the manufacturer’s claims, and match them to your room and budget. Prices go live through /go.
The same person who wants better living-room speakers is, increasingly, the one recording a podcast in the spare room. No site serves both. We do — with one grading method across both benches.
The listening room
Soundbar graduates and first home-theater builders. Speakers, subs, amps, and the free upgrades that come before any of them.
The home studio
Bedroom producers and podcasters buying a first chain. Interfaces, monitors, mics, treatment, and the software half — priced as a complete signal path.
30dB
whisper
60dB
speech
85dB
mix reference
100+dB
clip zone
Every dB on this site is anchored to a real sound. 85dB is the mixing reference; sustained exposure above it deserves respect.
USB or XLR is really one box versus a chain. We grade the total-chain cost and the upgrade-path math — why the connector sets your ceiling, why an untreated room favors dynamics either way, and the hybrid mic that refuses to pick a side.
Monitors aim flat and sit close; hi-fi speakers are voiced for the couch. Which design contract fits a desk where you listen 90% and record 10%? The distance physics, the ergonomics nobody mentions, and a Kali-vs-Audioengine worked example.
One $299 box that replaces a streamer, DAC, and integrated amp. We grade the WiiM Amp on power math at the seat — 60 watts into 8 ohms, honestly applied — and name the rooms and speakers it can drive.
Open or closed is not a quality ladder; it is one engineering fork — a breathing earcup or a sealed one — and every trait you care about follows from it. The leakage-and-isolation grid, the use-case rows, the amp question, and an honest read on mixing without a treated room.
The one speaker spec that predicts your amplifier bill. What dB @ 2.83V/1m actually measures, the 4-ohm rating convention that flatters spec sheets by 3 dB, and the seat-distance math that turns a 120-watt panic into a 10-watt reality.
A sealed 12-inch sub graded for the rooms people actually have. Published specs, app-driven parametric EQ, apartment etiquette, and the room math that makes the SB-1000 Pro the default buy under 1,500 cubic feet.
The short list — see the full ranking on our best-gear page.
A calibrated, honest note: some links on this page are affiliate links to partners like SVS, Audioengine, and zZounds. If you buy through them we may earn a commission — at no extra cost to you. It never changes the price you pay, and it never changes which gear the numbers recommend.
18 guides published
1 products graded
5 reader price checks
Music benefits too — most bookshelf speakers roll off between 45 and 60Hz, and kick drums, bass guitar, and synths live below that. The difference: movies demand output (effects at high SPL), music demands integration (a sub you cannot locate by ear). A properly crossed sealed sub at 80Hz improves a music system more than most speaker upgrades at the same price. If your speakers are towers with real sub-40Hz extension in a small room, you can defer it.
Size to cubic feet, not to enthusiasm. Under ~1,500 ft³ (a 12×14 bedroom): a sealed 10–12" is plenty, and room gain does the deep-extension work free. 1,500–3,000 ft³: a 12" sealed or ported. 3,000–5,000 ft³: a ported 12–15" starts earning its box. Over 5,000 ft³ or open-plan: consider dual subs — two moderate subs smooth room modes better than one monster.
It is the right starting point, not the right answer. 80Hz keeps the sub unlocatable and unloads small woofers — the convention THX popularized. Move it up (100–120Hz) for small satellites that strain below 100Hz; move it down (60Hz) only for towers with genuine low-frequency capability. Then verify by ear with a bass sweep: you should not be able to point at the sub with your eyes closed.
Sealed. Apartment rooms are small, and small rooms add room gain below ~40Hz that compensates for a sealed sub’s gentle roll-off — you get the extension without the ported box’s output peak, which is exactly the energy that travels through shared walls. Add the practical wins (smaller box, easier level control) and sealed is our default apartment call. Then set the level a few dB lower than you want, and your neighbors will decide how long you keep the hobby.
Bass couples into the building structure, so yes — floors and shared walls carry it further than you think. What helps, in order of effect: lower the sub’s level (the honest fix), high-pass nothing below what you need, decouple the sub from the floor with an isolation platform, keep it away from shared walls, and prefer sealed alignments in small rooms. What does not help: pointing it a different direction — sub frequencies are omnidirectional.
Less than the marketing suggests, more than the minimum. The math: an 88dB-sensitive pair at ~2.5m plays ~78dB from 1 watt in-room, ~88dB from 10W, ~98dB from 100W — every +3dB doubles power. Target an 85dB average with 15dB of peak headroom and a typical room needs the ability to swing ~40–100W into 8Ω; the average draw at your seat is closer to 10W. Watch the 2.83V catch on 4Ω speakers: subtract 3dB to compare against true 1W ratings.
More in the full FAQ.