ASHLY XR 1001 Stereo 2-Way – Mono 3-Way Crossover

  The XR-Series crossovers are the product of an intensive research effort started in 1972 which combined a reexamination of traditional crossover theory with practical field use. Over the years, a number of refinements and new models have been added to our crossover series, but the original design goals have remained the same: to produce a crossover which is sonically accurate, is flexible enough to suit a wide variety of systems, and affords maximum protection for speakers and drivers.

All Ashly crossovers are based upon the same powerful state-variable filter circuit, which guarantees that two adjacent frequency band outputs always remain in phase. Our crossovers offer a number of useful and unusual features, including continuous tuning, a response control, and a unique output stage which maintains low noise at any level setting. These models also include a 200:1 tuning range, output mute switches, and both TRS and XLR connectors. Like other Ashly products, your crossover features low noise and distortion, active balanced inputs, a peak level indicator, a precision regulated power supply, protection against abnormal input or output conditions, and rugged mechanical construction. Conservative design and an unusually thorough procedure for quality control have earned Ashly a reputation for dependability in the recording, sound reinforcement, and broadcast fields.

Response Control an Ashly Exclusive...
This control, found adjacent to the crossover frequency control, adjusts the damping of the filter affecting the response shape of the filters at the crossover point. The dial calibrations refer to the amount of attenuation effected by the filter at the crossover frequency, i.e., a setting of 3dB means that the filter's high-pass and low-pass outputs are each "rolled off 3dB at the crossover point“. This describes Butterworth filter response, or a gentle 3dB peak at the crossover point when the two filter output signals overlap. To obtain a flat signal, or "Linkowitz-Riley" response through the crossover region, set the Response control to "6“. This attenuates each output of the filter by 6dB at the crossover point (two identical signals added together yield a +6dB increase). To obtain a notch at the crossover point, turn down the response control past "6" to best suit your needs.

The purpose of this control is to help offset the inaccuracies inherent in typical loudspeakers, thereby helping you to achieve a flat system response. NOTE: The Response control is not a "slope" control. A 24dB/octave crossover will always have a slope of 24dB/octave. The Response control only affects filter response shape in the immediate vicinity of the crossover frequency; the ultimate crossover slope is a fixed parameter.

Based on a two-in, six-out topology, the DC-One is designed primarily for users of small-to-medium sized sound systems in both mobile and installed applications. While the unit is an all-new development based on a powerful SHARC processor, it is 100 percent compatible with all settings from other Electro-Voice signal processors. A large part of DC-Oneʼs development was aimed at ensuring that users can easily handle its serious digital horsepower and high-end audio performance. Free. PC-Editor software is available, or the DC-One can be operated via the front panel.   A/D Conversion    24-Bit Delta-Sigma
A/D Conversion    24-bit/sigma-delta (linear phase) 128 times oversampling
Analog Inputs    2 XLR (Electronically Balanced), 2 XLR THRU OUT (Electronically Balanced)
Analog Outputs    6 XLR (Electronically Balanced)
Control Protocol    Front Panel USB Connector
D/A Conversion    24-bit/sigma-delta 128 times oversampling
D/A Conversion    24-Bit Delta-Sigma
Data Format    24-Bit
Digital Inputs    1 XLR AES/EBU (2 Ch)
Dynamic Range    111 dB (unweighted, band limited 22 Hz - 22 kHz)
Electronics Type    Processor
FIR-Drive    No
Frequency Response    10 Hz - 22 kHz (±0.5 dB)
Input Impedance (Balanced)    10 kΩ
Internal Processing    32-Bit Floating Point
Mains Voltage    100-240 VAC
Maximum Input Voltage    8.7 V / +21 dBu (Without -6 dB Analog Pad Engaged)
Maximum Output Voltage    8.7 V / +21 dBu
Nominal Input Voltage    1.23 V / +4 dBu
Nominal Output Voltage    1.23 V / +4 dBu
Output Impedance (Balanced)    50 Ω
Power Consumption    25 W
Sample Rate    48 kHz
THD+N    < 0.01% (band limited 22 Hz - 22 kHz)
Height    1RU 44.45 mm (1.75“)
Width    482.6 mm (19“)
Depth    355.6 mm (14“)
Weight Net    4.6 kg (10.14 lbs) 

The LD DPA260 is a 6-Channel 19" Speaker Processor for our VA-4, VA-8 and UNO-Array with plenty of useful setups for each system

• Type: DSP Controller for Line Array VA-4, VA-8 and UNO
• Model Name: DPA-260
• Description: 6-Channel 19" speaker processor, 32bit DSP, 24bit AD/DA (48 kHz) converter
• Inputs: 2 Channels Analog/Digital, L + R, Noise Gate, the inputs and outputs are freely assignable, that means you can assign any input to any output and vice versa
• Input EQ: 5 Band PEQ, Low Shelf and High Shelf Types available
• Crossover Range: 20 Hz - 20 kHz
• Outputs: 6 Channels, High/Low Pass Filter, Filtertype and dB available, 7 Band PEQ, Low Shelf and High Shelf Types available, Limiter with Threshold, Attack and Release Parameters
• Delay: Time or Meter available, Max. Delay up to 848 ms
• Phase Invert Function: USB Port, Full programmable Software included with 24 Memory Capacity for Presets
• Display: 2 × 16 character LCD with backlight
• Switch mode power supply: 90 V - 250 V
• Dimensions:    19" / 1U

• XLR balanced ins and outs
• Mode switch for stereo 2-way or mono 3-way operation
• Low frequency summed (subwoofer) output
• x10 range switch on both channels
• 40Hz high pass (low cut) filter both channels
• Phase reverse switch on all outputs
• Individual level controls on all outputs
• 24dB per octave Linkwitz-Riley filters (the professional standard)
• Stereo/Mono status LEDs indicate the selected mode
• dbx® 2 year parts and labor as standard
• CSA NRTL/C approved
• CE compliant