Why Ghost 2.0 instead of Cane for this living room?

Ghost 2.0 is a deeper, higher-output speaker (80W RMS, 92dB sensitivity, extending to 80Hz) than Cane, suited to a brief that explicitly called for a rich, surround-sound movie experience rather than ambient background listening.

What does Ghost 2.0's 80Hz low end mean for the subwoofer's job?

Ghost 2.0 reaches lower than Cane's 150Hz limit on its own, so the Juniper subwoofer (rated to 25Hz) has a narrower gap to fill than in a Cane-based system — the crossover point sits lower, which generally means a smoother handoff between speaker and sub.

Why place the speaker centrally beside the TV panel?

Central placement beside the TV panel keeps the stereo image anchored to the screen — important for a media room where dialogue and on-screen effects need to feel like they're coming from what's on screen, not from a wall off to one side.

Is this a full home theater system?

No — it's a 2.1 stereo setup (Ghost 2.0 pair, Juniper subwoofer, Air Amp) built for cinematic audio and casual listening in a media room, not a discrete multichannel surround system. For a full theater build, see the home cinema case study.

How does this compare to the marble media zone case study?

Both solve a TV-wall placement brief, but this room uses Ghost 2.0 and Juniper for a more explicitly cinematic, surround-leaning brief, while the media zone case study uses Cane and Acacia 10 for a lighter, mood-elevation-focused goal.

What wall or ceiling depth does Ghost 2.0 need?

188mm of clear rear depth. That is the figure to check against the actual void before anything is cut, because a standard 2×4 timber stud gives roughly 89mm of usable depth — less than half. Confirming the cavity at the drawing stage is the single cheapest way to avoid discovering the problem after the plasterboard has closed.

Case Study: Contemporary Living Room Sound System (Ghost 2.0)

A contemporary media room asks for two things that usually fight each other: a rich, surround-sound experience for movies, and a clean, modern interior with nothing visually competing with the TV wall. This 16×18ft living room, finished in warm textured panelling, was built around XSCACE Ghost 2.0 to deliver both.

The System

XSCACE Ghost 2.0, centrally wall-mounted beside the TV panel for seamless visual integration
One XSCACE Juniper subwoofer
One XSCACE Air Amp

A Lower Crossover, By Design

XSCACE Ghost 2.0 slim in-ceiling speaker set flush into a plaster ceiling

Ghost 2.0 is rated 80Hz–20kHz — a substantially deeper low end than XSCACE's slim array speakers — which means the Juniper subwoofer, rated to 25Hz, only has to cover the octave and a half below that rather than the much wider gap a slim array plus sub combination has to bridge. That narrower handoff between speaker and subwoofer is a genuine reason to reach for a Ghost-class speaker specifically when a room's brief is cinematic surround sound rather than ambient background listening.

Case Study at a Glance

XSCACE Juniper 12-inch powered subwoofer in a living room installation

Room: Media room / contemporary living room, 16×18ft
Use case: Immersive entertainment and ambience
System: XSCACE Ghost 2.0, Juniper subwoofer, Air Amp
Placement: Centrally wall-mounted beside the TV panel
Goal: A rich, surround-sound experience for movies and casual listening without disrupting the clean, modern interior

See the full spec sheet for XSCACE Ghost 2.0, or read the home cinema case study for a full dedicated theater build.

Planned, controlled and calibrated

Every XSCACE installation follows the same three stages: planned in the simulator, controlled from the app that matches the hardware, and calibrated with measurement. A living room has one or two seats that matter and a great many surfaces that do not cooperate.

Planned

XSCACE Floorplan Sound Simulation takes a plan from trace to bill of quantities in the browser. For a room like this the outputs that matter are:

Coverage at the seating position rather than the room centre

First-reflection points flagged, which decides placement more often than taste does

Room modes located, so uneven bass is designed out rather than equalised later

XSCACE Floorplan Sound Simulation showing first reflections on a traced room plan

Trace, place, predict — before anything is ordered

Controlled

Day-to-day control is XSCACE Controller on iOS and Android. It handles volume, EQ and grouping, and the streaming amplifiers also appear natively as AirPlay 2 and Spotify Connect targets, so the app is for control rather than for getting audio into the room.

Calibrated

The calibration toolkit inside XSCACE Studio measures what the room actually does — eleven instruments covering SPL, delay, levels, polarity, frequency response, THD, sub alignment, transfer function, RT60, RTA and export, free on macOS. Here the ones that earn their place are:

Delay and polarity from a single sweep per channel

Sub Align, which integrates the subwoofer then re-measures to prove the correction

Frequency response at the listening position, not at the speaker

XSCACE Studio calibration toolkit — Sub Align

Ghost 2.0 runs down to 80Hz against Juniper's 25Hz, and the two records recommend different crossover points (150Hz and 200Hz). Which suits the room is a measurement, not a preference.