| Quantity: | |
|---|---|
DS-1300
Auway
Model | DS-800 | DS-1000 | DS-1300 |
8Ω Stereo | 2x800W | 2x1000W | 2x1300W |
4Ω Stereo | 2x1450W | 2x1800W | 2x2350W |
8Ω Bridge | 2900W | 3600W | 4700W |
4Ω Bridge | 4060W | 5000W | 6600W |
Output Circuit | ClassD | ||
Frequency Response | 5Hz-20KHz（+0/-0.1dB）,1W | ||
THD+N | <0.05%20Hz-20KHz | ||
Slew Rate | 28V/us | ||
Damping Factor | ＞500（8ohm,10Hz-400Hz） | ||
SNR | A-weighted>110 d B | ||
Input Dependence | Balanced 20k ohms, unbalanced 10k ohms | ||
Protection | Short circuit/DC/radio interference protection circuit | ||
Size（WxLxH） | 483x310x88MM | ||
Packing Size | 550x395x120MM 1pcs/carton | ||
Net Weight/ Gross Weight | 6.25KG/7.3KG | ||
The DS-1300 Professional GaN Power Amplifier redefines elite performance in professional audio, leveraging cutting-edge GaN (Gallium Nitride) technology to deliver exceptional power density. As a 2-channel amplifier, it outputs 2x1300W @8Ω and 2x2350W @4Ω for stereo use, and an impressive 4700W @8Ω / 6600W @4Ω in bridged mono mode—all within a compact 2U chassis (483x310x88mm) weighing just 7.3KG (gross). Designed for high-demand scenarios where maximum power and reliability are non-negotiable, the DS-1300 sets new standards for large-scale sound reinforcement, premium installations, and professional rental fleets. Its Class D topology ensures energy efficiency, while advanced thermal management keeps it running cool even during continuous high-power operation.
• GaN semiconductors enable higher power density than traditional silicon: the DS-1300 delivers 2x1300W @8Ω in a 2U chassis, a 30% space savings compared to silicon-based amplifiers with similar power.
• Reduced power consumption lowers operating costs, making it ideal for long events (e.g., 12+ hour festivals) or 24/7 installations (e.g., stadiums with permanent sound systems).
• Faster switching speeds improve transient response, capturing sharp audio details (e.g., drum hits, vocal sibilance) that silicon amplifiers might miss—critical for live music fidelity.
• <0.05% THD+N (20Hz-20kHz) ensures distortion-free sound, even at full power—essential for high-fidelity applications like orchestral performances or stadium concerts.
• A wide 5Hz-20kHz (+0/-0.1dB) frequency response (at 1W) covers deep bass frequencies for subwoofers and crisp highs for main speakers, supporting full-range audio systems.
• >110dB A-weighted SNR (Signal-to-Noise Ratio) minimizes background noise, ensuring clear audio in quiet environments like theaters or corporate keynote halls.
• >500 damping factor (8Ω, 10Hz-400Hz) provides tight control over speakers, reducing cone flutter and improving sound precision for large line arrays.
• The 2U chassis is built with impact-resistant aluminum to withstand transportation shocks and vibrations—essential for touring and rental use (e.g., festival rigs, mobile DJ setups).
• Comprehensive protection circuits guard against short circuits, DC faults, and radio frequency (RF) interference, preventing damage from electrical anomalies common in live events (e.g., faulty speaker cables, walkie-talkie interference).
• Optimized thermal management (heat-dissipating housing + directed airflow) keeps internal components cool, even during 8+ hours of continuous use at maximum power (e.g., stadium concerts).
• Festival main stages: Powers high-output line arrays with 2x2350W @4Ω stereo output, ensuring sound coverage for crowds of 5,000+ people without signal drop-off.
• Stadium concerts: Used in bridged mono mode (4700W @8Ω) to drive large subwoofer arrays, delivering deep bass that fills the venue and reaches upper-tier seating.
• Outdoor music festivals: Withstands variable weather conditions (when paired with weatherproof speakers) and provides consistent power for all-day events (e.g., 10+ hour music marathons).
• Performing arts centers: Delivers high-fidelity sound for orchestras, ballets, and theater productions, with low distortion preserving nuanced performances (e.g., violin solos, vocal harmonies).
• Major worship facilities: Supports large sanctuary speakers and satellite zones (e.g., youth halls, outdoor chapels), ensuring clear speech and music for congregations of 1,000+ members.
• Cinema complexes (IMAX/Premium Screens): Drives surround sound systems in large-format theaters, with wide frequency response capturing movie soundtrack details (e.g., explosion effects, orchestral scores).
• Rental company fleets: Its compact size (483x310x88mm) and light weight (7.3KG) make it easy to transport and set up for events, reducing labor and logistics costs.
• Mobile DJ rigs: Powers DJ speakers and subwoofers, with fast transient response handling electronic music’s dynamic beats (e.g., EDM drops, hip-hop basslines).
• Corporate keynote events: Provides reliable sound for product launches, conferences, and award shows, with interference protection ensuring no audio drops during critical presentations.
GaN semiconductors have higher thermal conductivity and faster switching speeds than silicon, translating to three key benefits: 1) Higher power density (more power in a smaller chassis, saving rack space), 2) Lower power consumption (reduces electricity costs and heat output, extending component life), and 3) Better transient response (captures fast audio details like drum kicks or vocal pops, improving live music fidelity). For users, this means a more portable, efficient, and sonically accurate amplifier.
In stereo mode (2x1300W @8Ω), it can cover medium venues (e.g., 1,000-2,000 capacity halls) with main speakers and monitors. In bridged mono mode (4700W @8Ω), it powers large setups like festival stages or stadiums (5,000+ capacity) when paired with high-sensitivity line arrays or subwoofers (e.g., 95dB+ sensitivity speakers). The exact size depends on speaker sensitivity, but the DS-1300 is engineered for large-scale sound reinforcement.
No, it uses standard pro-audio connectors: balanced XLR inputs (20K ohms, compatible with mixers, microphones, and signal processors) and SPEAKON output connectors (standard for professional speakers). For optimal performance, use high-quality shielded XLR cables (to reduce RF interference) and 12-gauge or thicker speaker cables (to minimize power loss, especially for long runs >20 meters).
Model | DS-800 | DS-1000 | DS-1300 |
8Ω Stereo | 2x800W | 2x1000W | 2x1300W |
4Ω Stereo | 2x1450W | 2x1800W | 2x2350W |
8Ω Bridge | 2900W | 3600W | 4700W |
4Ω Bridge | 4060W | 5000W | 6600W |
Output Circuit | ClassD | ||
Frequency Response | 5Hz-20KHz（+0/-0.1dB）,1W | ||
THD+N | <0.05%20Hz-20KHz | ||
Slew Rate | 28V/us | ||
Damping Factor | ＞500（8ohm,10Hz-400Hz） | ||
SNR | A-weighted>110 d B | ||
Input Dependence | Balanced 20k ohms, unbalanced 10k ohms | ||
Protection | Short circuit/DC/radio interference protection circuit | ||
Size（WxLxH） | 483x310x88MM | ||
Packing Size | 550x395x120MM 1pcs/carton | ||
Net Weight/ Gross Weight | 6.25KG/7.3KG | ||
The DS-1300 Professional GaN Power Amplifier redefines elite performance in professional audio, leveraging cutting-edge GaN (Gallium Nitride) technology to deliver exceptional power density. As a 2-channel amplifier, it outputs 2x1300W @8Ω and 2x2350W @4Ω for stereo use, and an impressive 4700W @8Ω / 6600W @4Ω in bridged mono mode—all within a compact 2U chassis (483x310x88mm) weighing just 7.3KG (gross). Designed for high-demand scenarios where maximum power and reliability are non-negotiable, the DS-1300 sets new standards for large-scale sound reinforcement, premium installations, and professional rental fleets. Its Class D topology ensures energy efficiency, while advanced thermal management keeps it running cool even during continuous high-power operation.
• GaN semiconductors enable higher power density than traditional silicon: the DS-1300 delivers 2x1300W @8Ω in a 2U chassis, a 30% space savings compared to silicon-based amplifiers with similar power.
• Reduced power consumption lowers operating costs, making it ideal for long events (e.g., 12+ hour festivals) or 24/7 installations (e.g., stadiums with permanent sound systems).
• Faster switching speeds improve transient response, capturing sharp audio details (e.g., drum hits, vocal sibilance) that silicon amplifiers might miss—critical for live music fidelity.
• <0.05% THD+N (20Hz-20kHz) ensures distortion-free sound, even at full power—essential for high-fidelity applications like orchestral performances or stadium concerts.
• A wide 5Hz-20kHz (+0/-0.1dB) frequency response (at 1W) covers deep bass frequencies for subwoofers and crisp highs for main speakers, supporting full-range audio systems.
• >110dB A-weighted SNR (Signal-to-Noise Ratio) minimizes background noise, ensuring clear audio in quiet environments like theaters or corporate keynote halls.
• >500 damping factor (8Ω, 10Hz-400Hz) provides tight control over speakers, reducing cone flutter and improving sound precision for large line arrays.
• The 2U chassis is built with impact-resistant aluminum to withstand transportation shocks and vibrations—essential for touring and rental use (e.g., festival rigs, mobile DJ setups).
• Comprehensive protection circuits guard against short circuits, DC faults, and radio frequency (RF) interference, preventing damage from electrical anomalies common in live events (e.g., faulty speaker cables, walkie-talkie interference).
• Optimized thermal management (heat-dissipating housing + directed airflow) keeps internal components cool, even during 8+ hours of continuous use at maximum power (e.g., stadium concerts).
• Festival main stages: Powers high-output line arrays with 2x2350W @4Ω stereo output, ensuring sound coverage for crowds of 5,000+ people without signal drop-off.
• Stadium concerts: Used in bridged mono mode (4700W @8Ω) to drive large subwoofer arrays, delivering deep bass that fills the venue and reaches upper-tier seating.
• Outdoor music festivals: Withstands variable weather conditions (when paired with weatherproof speakers) and provides consistent power for all-day events (e.g., 10+ hour music marathons).
• Performing arts centers: Delivers high-fidelity sound for orchestras, ballets, and theater productions, with low distortion preserving nuanced performances (e.g., violin solos, vocal harmonies).
• Major worship facilities: Supports large sanctuary speakers and satellite zones (e.g., youth halls, outdoor chapels), ensuring clear speech and music for congregations of 1,000+ members.
• Cinema complexes (IMAX/Premium Screens): Drives surround sound systems in large-format theaters, with wide frequency response capturing movie soundtrack details (e.g., explosion effects, orchestral scores).
• Rental company fleets: Its compact size (483x310x88mm) and light weight (7.3KG) make it easy to transport and set up for events, reducing labor and logistics costs.
• Mobile DJ rigs: Powers DJ speakers and subwoofers, with fast transient response handling electronic music’s dynamic beats (e.g., EDM drops, hip-hop basslines).
• Corporate keynote events: Provides reliable sound for product launches, conferences, and award shows, with interference protection ensuring no audio drops during critical presentations.
GaN semiconductors have higher thermal conductivity and faster switching speeds than silicon, translating to three key benefits: 1) Higher power density (more power in a smaller chassis, saving rack space), 2) Lower power consumption (reduces electricity costs and heat output, extending component life), and 3) Better transient response (captures fast audio details like drum kicks or vocal pops, improving live music fidelity). For users, this means a more portable, efficient, and sonically accurate amplifier.
In stereo mode (2x1300W @8Ω), it can cover medium venues (e.g., 1,000-2,000 capacity halls) with main speakers and monitors. In bridged mono mode (4700W @8Ω), it powers large setups like festival stages or stadiums (5,000+ capacity) when paired with high-sensitivity line arrays or subwoofers (e.g., 95dB+ sensitivity speakers). The exact size depends on speaker sensitivity, but the DS-1300 is engineered for large-scale sound reinforcement.
No, it uses standard pro-audio connectors: balanced XLR inputs (20K ohms, compatible with mixers, microphones, and signal processors) and SPEAKON output connectors (standard for professional speakers). For optimal performance, use high-quality shielded XLR cables (to reduce RF interference) and 12-gauge or thicker speaker cables (to minimize power loss, especially for long runs >20 meters).
