SOUND SPACE
For those who take sound seriously
Home
Books
Services
Blogs
Contact
»
Why Your Room Is the Most Important Component
»
Understanding Early Reflections and What They Do to Your Sound
»
Bass Problems Are Room Problems
»
Choosing Components That Match Your Room
»
Acoustic Panels — Placement Over Quantity
»
Sensitivity — The Specification Most Buyers Ignore
»
Impedance Is Not a Fixed Number
»
Why Amplifier Power Ratings Don’t Tell the Full Story
»
Tube Amplifiers and Speakers — Getting the Pairing Right
»
The Crossover’s Role in Speaker-Electronics Matching
»
How Room Size Determines How Much Power You Actually Need
»
Small Rooms and Low-Powered Amplifiers — A Natural Partnership
»
Large Rooms — Where Amplifier Headroom Becomes Critical
»
Room Acoustics, Amplification, and the Loudness Illusion
»
Matching Amplifier Character to Room Size
»
Why Room Dimensions Are an Acoustic Specification
»
Axial, Tangential, and Oblique Modes — What They Are and Why They Matter
»
The Problem with Square and Cubic Rooms
»
Ceiling Height and Its Effect on the Listening Experience
»
Preferred Room Dimension Ratios — What They Are and How to Use Them
»
Room Acoustics Myths That Won’t Go Away
»
Speaker Myths That Mislead Buyers
»
Hi-Fi and Component Myths That Cost People Money
»
General Audio Myths That Shape the Wrong Decisions
»
The Myth of the Perfect System — Why Context Is Everything
»
What Makes a Speaker Sound Forward?
»
Soundstage Width — How It’s Created and What Limits It
»
Soundstage Depth — The Dimension That Reveals System Resolving Power
»
The Relationship Between Speaker Dispersion and Soundstage
»
Why a Forward Speaker Can Collapse the Soundstage
»
The Wattage Lie — What Amplifier Power Ratings Actually Mean
»
THD Figures — Why 0.001% Can Sound Worse Than 1%
»
Signal-to-Noise Ratio — The Specification That Hides the Most
»
Damping Factor — An Impressive Number That Tells an Incomplete Story
»
Power Bandwidth and Dynamic Headroom — What Most Spec Sheets Don’t Tell You
»
What Is Audio Fatigue and Why Does It Happen?
»
How the Room Contributes to Listening Fatigue
»
High-Frequency Distortion and Fatigue — The Connection Most Listeners Miss
»
Loudness, Dynamic Compression, and the Fatigue They Create
»
Identifying and Eliminating the Source of Fatigue in Your System
»
The Difference Between Airborne and Structure-Borne Noise
»
Why Mass Is the Foundation of Soundproofing
»
Decoupling — Why Breaking the Structural Connection Changes Everything
»
Soundproofing Misconceptions That Lead to Wasted Investment
»
Floor Noise — Sources, Transmission, and Isolation Strategies
»
What a Cable Actually Does — and What It Cannot Do
»
The Engineering Reality of Interconnect Cables
»
Speaker Cables — Where the Engineering Matters More
»
Power Cables — The Claim That Defies the Signal Path
»
Why Intelligent Listeners Still Believe in Expensive Cables
»
What a Subwoofer Is Actually Supposed to Do
»
Subwoofer Placement — Why Position Determines Almost Everything
»
The Signs of Bad Subwoofer Integration
»
What Good Subwoofer Integration Actually Sounds and Feels Like
»
Crossover Frequency and Phase — The Two Controls That Make or Break Integration
»
What Low Frequency Overhang Is and Why It Matters
»
How Sustained Bass Energy Masks Midrange and High Frequency Detail
»
The Room’s Role in Creating Low Frequency Overhang
»
Low Frequency Overhang, Fatigue, and the Loss of Transparency
»
Identifying and Resolving Low Frequency Overhang
»
Why Low Frequency Absorption Is Fundamentally Different
»
Porous Absorption at Low Frequencies — How Thick Is Thick Enough?
»
Resonant Absorbers — Helmholtz and Membrane Traps
»
Bass Trap Placement — Where and Why
»
What Low Frequency Absorption Cannot Do — and What to Do Instead
»
Why Room Size Should Determine Speaker Size — Not the Other Way Around
»
The Consequences of Oversized Speakers in Small Rooms
»
The Consequences of Undersized Speakers in Large Rooms
»
Room Boundaries and Their Effect on Speaker Bass Output
»
Practical Guidance for Matching Speaker Size to Room Size
»
Why Speaker Placement Is the Most Powerful Free Adjustment Available
»
Toe-In — What It Does and How to Set It
»
The Equilateral Triangle — A Starting Point, Not a Rule
»
How Listening Position Affects What You Hear
»
The Interaction Between Placement, Listening Position, and Room Acoustics
»
Why Most Speaker Auditions Produce the Wrong Result
»
Choosing the Right Recordings for Speaker Evaluation
»
Level Matching — The Step That Almost Nobody Takes
»
What the Dealer’s Showroom Is Hiding From You
»
Listening for Tonal Balance — What Even and Uneven Sounds Like
»
Listening for Bass Quality — Definition Over Weight
»
Common Buying Mistakes and How to Avoid Them
»
What Specifications Are Worth Reading Before You Audition
»
Making the Final Decision — A Framework for Confident Buying
»
The Source Hierarchy — Why Garbage In Means Garbage Out
»
CD Players and Digital Transport — What Actually Matters
»
DACs — Understanding Digital to Analogue Conversion
»
Streaming — Quality, Formats, and What the Network Does to Sound
»
Turntables — The Engineering Behind Analogue Playback
»
Cartridges and Tonearms — The Mechanical Signal Chain
»
The Phono Stage — An Underestimated Component
»
File Formats and Resolution — What the Numbers Mean in Practice
»
Streaming vs Physical Media — A Practical Comparison
»
Building a Source System — Getting the Foundation Right
»
Blu-ray — Why Physical Disc Remains the Reference Standard for Home Cinema
»
Blu-ray Audio Codecs — Lossless Sound in the Home Cinema
»
What Kaleidescape Is and Why It Exists
»
Kaleidescape vs Streaming — The Quality Gap Explained
»
Integrating Blu-ray and Kaleidescape into a High-Performance Home Cinema
»
The Home Demonstration — Why It Is Non-Negotiable
Menu