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Presonus Sceptre S6 6.5" Coaxial Near Field Studio Monitor with DSP Processing

Presonus Sceptre S6 6.5" Coaxial Near Field Studio Monitor with DSP Processing

Name: Presonus Sceptre S6 6.5" Coaxial Near Field Studio Monitor with DSP Processing
Brand: Presonus
SKU: Sceptre S6
Price: 499.95 USD
Availability: InStock

Vendor: Presonus

Presonus Sceptre S6 6.5" Coaxial Near Field Studio Monitor with DSP Processing The Sceptre S6 2-Way Co-Actual Studio Monitor with DSP Temporal Equalization by PreSonus articulates nuances of your music that can't be reproduced by conventional...

$499.95 $699.95

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Description

Presonus Sceptre S6 6.5" Coaxial Near Field Studio Monitor with DSP Processing

The Sceptre S6 2-Way Co-Actual Studio Monitor with DSP Temporal Equalization by PreSonus articulates nuances of your music that can't be reproduced by conventional designs. The Sceptre S6 is featured with a panoramic soundstage and a broad dynamic range. The advanced coaxial design works integrally with a 32-bit/96 kHz, dual-core processor running Fulcrum Acoustic's TQ Temporal Equalization Technology.

The Sceptre S6 is featured with a 6.5" low/mid-frequency driver, a 1" horn-loaded tweeter and front-firing acoustic ports. The systems of Sceptre S6 are bi-amplified, with each transducer powered by an independent 100W RMS, Class D power amplifier with an internal heat sink. Sceptre is having an internal power supply and a blue power-indicator LED. The S6 studio monitor is having a balanced XLR and a 1/4" TRS line-level input with an A-taper level control.

Specifications

PreSonus S6 Specs

Studio Monitor

Monitor Type: Active 2-Way
Enclosure: Bass-Reflex, Shielded
Drivers: HF Driver: 1 x 1" / 2.54 cm Tweeter
LF Driver: 1 x 6.5" / 16.51 cm Woofer
Amplification: HF Amplifier: Class-D Rated at 100 W
LF Amplifier: Class-D Rated at 100 W

Performance

Frequency Range: 42 Hz to 23 kHz (at -10 dB)
52 Hz to 20 kHz (at -10 dB)
Maximum Sound Pressure Level (SPL): 102 dB
Protections and Limiting: Fuse, Output Current Limiting, Peak Limiter, and Thermal Limiting

Signal Processing