LEA Professional CONNECT 702 19" 2-Channel Amplifier, 700W per Channel

Deliver consistent, reliable audio for security, surveillance, paging and AV installations with the LEA Professional CONNECT 702 2-channel amplifier. Purpose-built for small to medium-scale deployments, the CONNECT 702 supplies 700 watts per channel and selectable LoZ or HiZ (70V/100V) outputs so integrators can wire distributed speaker arrays or direct low-impedance loads without added transformers. Network-first connectivity—built-in Wi‑Fi access point, venue Wi‑Fi or Cat5/6 Ethernet—plus AWS IoT and an intuitive WebUI provide secure remote monitoring, firmware management and real-time load reporting for easier system maintenance and faster troubleshooting. The high-resolution 96 kHz DSP includes multiple crossover filters, 8 parametric EQs and user-configurable speaker limiters to protect speakers and fine-tune coverage for sensitive areas like surveillance rooms and public safety paging. Lightweight and energy-efficient Class D amplification with universal switching power supply (100–240VAC) reduces rack space and power draw, while TAA/NDAA compliance and a 3-year warranty give peace of mind for commercial and government installs. Ideal for security, monitoring and commercial AV projects—contact us to specify the CONNECT 702 for your next deployment.

• Reliable 700W-per-channel output in a lightweight 19" rack form lets you power medium-scale security, paging and AV systems with consistent headroom.
• Flexible LoZ and HiZ (70V/100V) selectable per channel simplifies integration with distributed speaker networks and ceiling paging.
• Three native network options (built-in Wi‑Fi AP, venue Wi‑Fi, or Ethernet) plus AWS IoT cloud access enable remote monitoring, configuration and centralized control.
• Built-in 96 kHz DSP with crossovers, parametric EQs and speaker limiters protects speakers, optimizes coverage and reduces on-site tuning time.
• Smart Power Bridge lets you double a channel’s output when needed, providing adaptable power distribution without sacrificing system control.