AV

The modular design approach of the VQ 64MH allows the system designer to create seamless and very predictable arrays which are ‘tight packed’ to avoid any unsightly spaces between cabinets; or they can be used singly as part of large distributed systems. The VQ 64MH addresses this requirement for compact dimensions without compromising performance in any way. With the addition of these VQ products it is now possible to design and install arrayed configurations comprising of multiple MH (mid-high) horns and DF (down firing) horns, along with MB (mid bass) enclosures – ideal for applications such as large sports arenas and stadia.

The modular design approach of the VQ 64MH allows the system designer to create seamless and very predictable arrays which are ‘tight packed’ to avoid any unsightly spaces between cabinets; or they can be used singly as part of large distributed systems. The VQ 64MH addresses this requirement for compact dimensions without compromising performance in any way. With the addition of these VQ products it is now possible to design and install arrayed configurations comprising of multiple MH (mid-high) horns and DF (down firing) horns, along with MB (mid bass) enclosures – ideal for applications such as large sports arenas and stadia.

The modular design approach of the VQ 85DF allows the system designer to create seamless and very predictable arrays which are ‘tight packed’ to avoid any unsightly spaces between cabinets; or they can be used singly as part of large distributed systems. The VQ 85DF addresses this requirement for compact dimensions without compromising performance in any way. With the addition of these VQ products it is now possible to design and install arrayed configurations comprising of multiple MH (mid-high) horns and DF (down firing) horns, along with bass enclosures – ideal for applications such as large sports arenas and stadia.

The AE-4D is a compact converter that mutually converts AES/EBU signals and 4-channel Dante signals. With half the size of a standard 1U rack, the AE-4D is suitable for different Dante systems as an exquisite AES/EBU input/output unit. The built-in DSP mixer enables small scale systems to fully perform with a variety of input/output models the TASCAM Dante Compact Processor Series offers. AE-4D supports up to 96kHz/24bit and uses XLR connectors for AES/EBU output.

The CG-1000 from Tascam is specifically designed for recording studios, live sound applications and professional musicians. An OCXO (oven-controlled crystal oscillator) is used for its high precision and because it's not affected by the temperature of the environment. With a clock frequency precision of 0.01 ppm the unit delivers high-precision synchronization with a frequency stability of +/-0.005 ppm or less per day.

The TASCAM IF-DA64 is an optional 64-channel Dante interface card with ST 2110 support dedicated to the DA-6400 series models. Equipped with primary and secondary ports for I/O redundancy, the IF-DA64 supports simultaneous input/output of 64-channels in sampling frequencies of 44.1k/48kHz, and 32-channels in 88.2k/96kHz.

The ML-4D/OUT-E is a compact converter that converts Dante input signals into 4-channel line output signals. With half the size of a standard 1U rack, the ML-4D/OUT-E is suitable for different Dante systems as an exquisite analog output unit. The built-in DSP mixer enables small scale systems to fully perform with a variety of input/output models the TASCAM Dante Compact Processor Series offers. ML-4D/OUT-E supports up to 96kHz/24bit and uses Euroblock connectors for analog line output.

The ML-4D/OUT-X is a compact converter that converts Dante input signals into 4-channel line output signals. With half the size of a standard 1U rack, the ML-4D/OUT-X is suitable for different Dante systems as an exquisite analog output unit. The built-in DSP mixer enables small scale systems to fully perform with a variety of input/output models the TASCAM Dante Compact Processor Series offers. ML-4D/OUT-X supports up to 96kHz/24bit and uses XLR connectors for analog line output.