SennheiserXSW 2-ME2-A Wireless 2 Lavalier Omni-directional Microphone System. Ideal for public speakers, presenters, Conferences, House of worship, Interviewers, Auditoriums, Stage plays or rehersals

Description

Inspire your audience with flawless vocal clarity and absolute mobility using the genuine Sennheiser XSW 2-ME2-A Wireless Lavalier System. Designed to handle tougher live stage conditions and high-demand multi-mic configurations, this upgraded XS Wireless 2 system replaces complex setup menus with a clear visual LCD screen, robust external BNC antennas, and automatic frequency scanners to deliver professional speech transmission without audio compromises.

• Discreet ME 2-II Lapel Microphone: Premium permanently-polarized sub-miniature condenser lapel microphone captures a full-range linear sound profile (50 Hz to 16 kHz) with an omnidirectional pickup pattern, ensuring clear, consistent audio even if the speaker moves actively.
• True Diversity Metal Housing Receiver: Heavy-duty EM-XSW 2 stationary base is encased in a premium metal housing layout and relies on dual external antennas to actively scan and lock the strongest frequency link, eliminating dropouts completely.
• Expanded 12-Channel Capacity: Seamlessly manages complex multi-microphone setups in large venues, corporate environments, or auditoriums by offering up to 12 simultaneous channels across a stable, wide-bandwidth UHF range (A-Band: 548-572 MHz).
• Zero-Stress Sync & Automation: Features automatic environment scanning to locate clear channels instantly, paired with a one-touch remote synchronization path and a clean visual LCD screen for extra manual tuning control.
• Commercial Rackmount Hardware Included: Packed fully ready for standard commercial A/V soundboards or travel cases, arriving complete with a GA 1-XSW 2 rackmount kit, NT 12-5 CW power supply, storage pouch, and standard AA batteries.
• Official Brand Warranty: Backed by a standard 2-Year Official Manufacturer Warranty valid throughout India. Covered strictly for wireless sync failures, internal sound circuit component defects, receiver motherboard errors, and mechanical assembly flaws from the purchase invoice date.